Profile C-MAC Frequency Products Products. Ordering Information O
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PROFILE PRODUCTS
Profile C-MAC Frequency Products Products. Ordering Information
Overview Crystal Production. viii Crystal Product Handling Precautions. Verkaufsinformationen Presentation Conditions Ventes
Introduzione Informazioni Sugli Ordini xxiv Quartz Crystals Section Contents SPXOs Section Contents
OCXOs Rubidium Oscillators Section Contents Programmable Oscillators Section Contents Crystal Filters Section Contents SAWs Section Contents Quartz Crystals Section Contents SPXOs Section Contents VCXOs Section Contents.
SPXOs
TCXOs Section Contents
Application Notes Section Contents Appendix Section Contents. Distributors Representatives
OCXOs RUBIDIUM OSCILLATORS
TCXOs
OCXOs Section Contents
PROGRAMMABLE OSCILLATORS
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DISTRIBUTORS REPRESENTATIVES
CRYSTAL FILTERS
PART NUMBER INDEX
APPLICATION NOTES
SURFACE MOUNT OCXOs
TCXOs Section Contents.
SURFACE MOUNT TCXOs
VCXOs
SURFACE MOUNT VCXOs
VCXOs Section Contents
QUARTZ CRYSTALS
Introduccion Informacion Sobre Pedidos
SURFACE MOUNT SPXOs
SURFACE MOUNT QUARTZ CRYSTALS
Introduction Quartz
ORDERING INFORMATION QUARTZ OVERVIEW
SAWs
PROFILE PRODUCTS
PROFILE C-MAC FREQUENCY PRODUCTS
Division C-MAC MicroTechnology
LTCC (Low Temperature Co-Fired Ceramic) substrates with unique shrink' process, with capability buried/embedded components complex cavities. Fine line photo image ceramic thick film high density high performance interconnects. Chip board, chip ceramic direct attach flip chip Highly automated thick film printing Highly automated manufacturing capability
C-MAC MicroTechnology formed during 1999 unite resources C-MAC Frequency Products C-MAC Microcircuits, bringing together broad capabilities products C-MAC Frequency Products advanced manufacturing, engineering packaging technologies C-MAC Microcircuits. division employs best class customer service, manufacturing engineering techniques through leveraging strengths capabilities both divisions. With manufacturing France, Germany, Belgium, USA, Canada, China India, global technical sales network providing customers both leading-edge technology unprecedented levels engineering support wherever whenever they needed. C-MAC MicroTechnology offer world class product solutions response customer market requirements, addressing complex analogue, digital frequency control requirements modern systems. customers many world's leading telecommunications, automotive, military, aerospace medical manufacturers, with whom have developed strategic partnerships over number years.
indication commitment quality, manufacturing processes assesed operated under Statistical Process Control (SPC). This complemented techniques such design process Failure Mode Effect Analysis (FMEA) product simulation. dedication building quality product fundamental reflected wide range international approvals, which include QS9000, 9001, PRF38534, UKAS, CECC BS9450 plus many individual customer certifications. have established reputation providing high reliability microelectronic components Space integration. products offer range from simple resistor networks semiconductor packs with Class screening full custom hybrids. integrated design engineering package provided, featuring analogue, digital thermal simulation prior thick film design realisation, there separate suite full custom FPGA ASIC design requirements. C-MAC Microcircuits major manufacturer custom hybrids Military market. have long history design manufacture avionics databus products 1553 1760 applications. achieve functionality cost effectiveness required military sector have invested considerably development full semi-custom ASICs that heart these products. supply many millions pieces annum thick film hybrid circuits into Telecommunications market. Typical applications include, main switches (line cards), private switches transmission products. Through close working partnerships with some world's leading Wireless Communications OEMs, have co-developed range leading edge power modules. Today, internationally recognised state-of-the-art solutions cellular telephones, cellular base stations two-way radios. order support continued expansion into Automotive sector, have gained 9000 approval sites. This development 9000 registration part commitment continuous improvement, policy that extends throughout C-MAC.
C-MAC Microcircuits world leader supply microelectronic solutions, with mutliple manufacturing facilities throughout North America, Europe Asia. Extensive design manufacturing experience thick film substrates, surface mount hybrids, chip wire hybrids multi-chip modules enables offer integrated microelectronic solutions range complex system challenges. Engineering expertise includes extensive circuit design hybrid layout skills, backed state-of-the-art systems enabling offer simulated electronic thermal performance early project stages. addition, considerable experience silicon design enables cost effective ASIC solutions wide variety electronic packaging products. C-MAC Microcircuits brings wide variety technology cost manufacturing capability newly formed MicroTechnology division. latest advanced materials assembly techniques currently volume production. Advanced material processing capabilities include:
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C-MAC Frequency Products formed during 1998 combine strengths four industry leaders, C-MAC Quartz Crystals, CEPE, Greenray Limited. range frequency control products probably widest available from single source, ranging from low-cost commercial crystals high-specification oscillators used most demanding military space applications. Besides standard products described this Data Book, C-MAC Frequency Products offers well developed custom design service cater requirements that beyond those commonly specified. variety products with European Space Agency British Standard releases also available. Because C-MAC Frequency Products Division includes several well established manufacturing operations, in-house expertise covers full spectrum quartz frequency control technologies. Alternate sourcing individual devices available, continuity supply assured. Manufacturing throughout division controlled networked MRPII manufacturing resource planning systems, giving total visibility across stages process. Constant inspection evaluation ensure reliability finished product. ISO9001 quality procedures force across sites being either ISO9001 certified working towards certification. C-MAC Frequency Products preferred approach customer service partnership. Each customer assigned specialist account manager who, drawing upon engineering expertise C-MAC's Application Support Department, guides customers through product development cycle from design concept full-scale manufacture. Customers order from C-MAC Frequency Products through this comprehensive Data Book, CD-ROM counterpart, world wide http://cfpwww.com. C-MAC stocks wide range commonly specified components immediate delivery deliver many others within days through express manufacturing service. truly international frequency control specialists, C-MAC Frequency Products substantial direct sales organisation supported over distributors representatives countries (see page 279). C-MAC FREQUENCY PRODUCTS SITES C-MAC Quartz Crystals Harlow Lincoln, C-MAC Quartz Crystals traces roots back 1937 Radio Division Standard Telephones Cable (STC). Following move from Woolwich Harlow, 1952 addition quartz growing facilities 1962, STC's crystal hybrid circuit operations were purchased from Nortel C-MAC Industries 1992.
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Today C-MAC Quartz Crystals offers extensive product range, including temperature compensated voltage controlled crystal oscillators (TCXOs VCXOs), (surface acoustic wave) filters, simple crystal oscillators (XOs) resonators. Dedication supplying quality product reflected C-MAC's ISO9001 certification range customer product approvals, which include CECC 68000, CECC 68100 ESA/SCC 3501. Total quality management (TQM), practised throughout company, supported 'continuous improvement teams' whose self imposed targets zero defects 100% on-time delivery. C-MAC CEPE Argenteuil, France CEPE (Compagnie world leader design manufacture ultrastable quartz OCXOs, with dedicated 7800-square-metre facility Argenteuil, Paris, France. within Thomson-CSF nearly years provide (bulk acoustic wave) crystal products defence avionics markets, company since diversified into commercial markets such mobile communications. CEPE purchased C-MAC Industries January 1998. CEPE considerable expertise manufacture, cutting, metallisation mounting high-stability quartz crystals, well thermal optimisation oscillator circuitry, component locations, oven materials. C-MAC Quartz Crystals Inc. Mechanicsburg, USA. Formerly known Greenray, this site long established provider oscillator products diverse range applications industries, were acquired C-MAC Industries 1995. 20,000-square-foot facility Mechanicsburg, Pennsylvania, well located serve requirements North American customers. Besides conventional printed wiring board construction, C-MAC qualified manufacture product using bare semiconductor chips wire bonded connections. C-MAC Frequency Products (formerly Ltd.) Crewkerne, established 1973 manufacture market wide range frequency control products, from commercial grade that used most stringent military professional applications. Quality been cornerstone company's success. first crystal manufacturer approved BS5750 ISO9001 certified. comprehensive programme encompasses aspects customer support from initial sales contact on-time delivery. company changed name following acquistion C-MAC 1998 centre excellence factored product sales.
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PROFILE PRODUCTS
1995 business strengthened acquisition Plessey Semiconductors' quartz crystal facility Lincoln,
PROFILE PRODUCTS
PRODUCTS
formation C-MAC Frequency Products resulted perhaps widest range frequency control products available from single source. Featured below list products that have recently been launched. VCXOs
SPXOs
CFPS-8 p182
CFPV-2365
OCXOs Rubidium Oscillators C-MAC design manufacture wide range high specification OCXO's. Many variants available with stabilities down 10-10, with frequencies available 60.0MHz. range package styles offered (with options being produced) which cater fine frequency tuning adjustment. addition, C-MAC willing discuss individual customer requirements. further information, please p109.
CFPS-8, family surface mountable simple packaged crystal oscillators (SPXOs) ultraminiature 0.95 packages. Operating from power supply, these tiny oscillators well suited provide clock signal wide range portable telecommunications, computing, multimedia digital equipment. CFPT-635
CFPO-US1 p100 CFPO-DO3 p108 CFPR-01, p118
Quartz Crystals
CFPX-5 p154
CFPX-5 series surface mountable crystals housed within sub-miniature 0.8mm ceramic package with seam welded metal lid. Operating fundamental mode over frequency range 20MHz 40MHz.
CFPX-93 p172
Housed ceramic package measuring 1.6mm CFPX-93 series quartz crystal available large number standard frequencies including 16.384MHz 40.32MHz. devices operate fundamental mode designed match 18pF load.
CFPS-72, p190 CFPS-95, -96, p196
CFPT-9100
Designed industry standard 5.0mm surface mountable package, this series SPXO (simple packaged crystal oscillator) advantage very short lead times. This virtue it's ability programmed factory specific customer specified frequency range 125.0MHz.Versions available 3.3V 5.0V supply with devices being tri-stateable standard.
CFPS-130, -131 p198
Designed compliment existing IQXO-53 IQXO-57 series, these Leaded surface mountable crystal oscillators housed plastic package. Operating from standard 3.3V supply, devices specified with output frequencies upto 70MHz provide HCMOS drive. CFPS-131 requested then this automatically comes with tri-state capability. VCXOs
CFPV-41, -42, -43, p210
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Where board area limited need high performance then CFPT-105 ideal solution. This TCXO (temperature compensated crystal oscillator) offered surface mountable package measuring only 2.0mm. Offered number standard frequencies including 12.8MHz 19.2MHz, oscillator provides performance better than +/-2.5ppm over operating temperature range +750C. Driven supply, clipped sine wave output provided together with external frequency adjustment.
CFPT-120 p234
CFPT-120 available range frequencies between 12.6 19.8 MHz, including standard mobile telecomms frequencies 13.0 19.44 MHz. error correction incoming signal, voltage control facility allows user trim frequency minimum application external voltage range Besides specification mentioned above, CFPT-120 offers ±2.5 frequency stability over -20° +75°C standard, extended temperature option -30° +75°C stability.
CFPT-141 p236 CFPT-635 p238 CFPT-9100 Series p246
CFPV-41, -42, -43, voltage controlled quartz crystal oscillators offer high degree "frequency pulling" i.e. control output frequency applied voltage allowing degraded incoming signals corrected nominal frequency through phase locked loop (PLL). Frequency pulling least specified CFPV-41 devices, while CFPV-43 offer control least ±100 ppm. CFPV-41 operate from power supply require 2.0V frequency control voltage while CFPV-42 supply work from 1.65 control voltage.
Iincorporating base which thermally matched substrates, CFPT-9100 series temperature compensated crystal oscillators customised individual requirements. Offering stabilities down +/-0.3ppm, device offers either HCMOS Sine wave output with 3.3V 5.0V supply options. Various frequency pulling ranges, tri-state options drive capabilities also offered. OCXOs
CFPO-12 p252 CFPS-97
CFPV-386, -387 p214
Specified industry standard surface mountable package, this series voltage controlled crystal oscillators ordered either 5.0V (CFPV-386) 3.3V (CFPV-387) operation. Standard frequencies available including 13.0MHz 32.0MHz with frequency pulling being minimum +/-100ppm. Coming with tri-state capability standard.
CFPV-2340 p217
Operating standard SONET frequency 155.52MHz, CFPV-2340 housed 5.5mm surface mountable package. Providing complimentary current mode logic output into Ohms, device allows frequency pulling between +/-65 +/-110ppm over control voltage range 4.5V. TCXOs
CFPT-101, -102, -103 p230
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CFPT-120
CFPT-105 p232
ORDERING INFORMATION
Minimum Order Charge Account Orders Prepaid other currency equivalent postage packaging).
ORDERING INFORMATION QUARTZ OVERVIEW
Quotations Quotations made C-MAC Frequency Products valid days unless otherwise stated. Certificate Conformance available upon request fixed charge other currency equivalent) order confirmed writing letter. Order Acknowledgment Order acknowledgments sent orders within days order. Order Cancellation Purchase orders made-to-order products non-cancellable. Despatch Orders received ex-stock items normally despatched same specifically requested time order. Please Standard Conditions Sale regarding postponement delivery dates. Terms days from date invoice approved credit accounts. Special Services
offer communication internationally agreed standards. Please contact I.T. department.
Coding
Product Packaging bar-coded required. Please contact I.T. department. Payment Currencies other than Sterling preferred international currency dollars, operate account number different currencies; please agree this with your sales contact when placing your first order. Please ensure that remittance agreed currency reaches full without deduction charges. Returns Customers wishing return goods whatever reason should contact sales department first, otherwise considerable delays result processing return. Specifications part continuing efforts provide customers with very components, C-MAC Frequency Products reserves right change specifications, designs models without notice.
Electronic Data Interchange (EDI)
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INTRODUCTION QUARTZ
NATURAL CULTURED QUARTZ Quartz crystalline form silicon dioxide (SiO2) which abundant nature, forming about combination limited supply natural quartz along with high sulte development cultured quartz. Crystals quartz grown dissolving SiO2 alkaline solution high temperature pressure. This process takes place autoclaves which built withstand extreme conditions required. Seed crystals mounted frames cooler part autoclave lutio carb fragments SiO2 placed warmer portion. solution moves from hotter cooler region doing dissolves nutrient deposits seed crysta controlled throughout this process. Large bars crystal grown about weeks. quality quartz depends conditions growth. Crystals grown shapes sizes that minimise wastage time material. bars crystal into wafers. angle which these wafers crucial determining frequency temperature stability final crystal. most common AT-cut where blank from crystal approximately 35°, allowing frequency range 1MHz 300MHz. PIEZOELECTRIC PROPERTIES QUARTZ Since discovery piezoelectric properties quartz 1880 Pierre Curie, quartz become significant factor growth electronics industry. stretching compressing piezoelectric material voltage generated. reverse also true: voltage applied material causes become mechanically stressed. case crystals, pressure resulting from voltage being applied displayed form oscillations particular resonant frequency. This frequency function thickness crystal. carefully preparing crystal, made oscillate frequency.
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OVERVIEW CRYSTAL PRODUCTION
This process followed cleaning etching blanks which further improves surface finish also reduces frequency spread within batch crystals.
ORDERING INFORMATION QUARTZ OVERVIEW
Electrical connections formed depositing metal (usually silver) blank evaporation under vacuum. crystal then mounted base which spring mounts. Once crystal positioned, conductive adhesive bonds tails electrode mount. Next crystal requires adjustment final frequency. This achieved plating more silver crystal until exact frequency reached. Once frequency correct, crystals baked ovens before being encapsulated into their package. When this complete, crystal unit fully tested.
manufacturing process begins reducing thickness blank. Frequency determined thickness; blanks thicker than required that they reduced according frequency desired. This reduction achieved lapping with abrasive such aluminium oxide, produce fine surface finish. crystal lapped until slightly above required final frequency.
intricacy production process, with considerations frequency stability throughout, highlights need detailed specifications from customers what they require from their crystals. minimum specifications that typically required when placing order crystal products outlined beginning each section.
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viii
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NOTES
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ORDERING INFORMATION QUARTZ OVERVIEW
CRYSTAL PRODUCT HANDLING PRECAUTIONS
described previously, quartz crystal unit includes small disc strip quartz that processed exact size thickness dependent customer-specified resonating frequency. quartz plated with conducting electrodes mounted hermetically sealed protective enclosure (See Fig. Figure oscillator complex filter. Fig. illustrates simple crystal oscillator. Because nature crystal unit, correct handling very important. Mechanical Shock
ORDERING INFORMATION QUARTZ OVERVIEW
lliz
Crystal components manufactured withstand certain level mechanical shock. These levels outlined within environmental specifications each individual component type throughout Data Book.
electrodes connect leads which pass through base assembly glass metal seals. Figure
lliz
Excessive levels shock cause change electrical characteristics, which will most likely manifest itself change frequency. Severe mistreatment, such dropping onto hard surface, well result actual breakage.
Crystal units often encapsulated together with other circuitry order realise fully functional module, e.g.
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Handling Leads Excessive bending damage glass metal seal which result loss hermeticity enclosure. Enclosures filled with inert loss hermeticity will result deterioration contamination. Care should therefore taken when handling crystal pull bend leads. component needs moved that involves bending, lead should bent slightly away from glass seal avoid cracking recommended minimum radius curvature product dependent, example: HC49's UM1's. Tape Reel Product Before using crystal components automated placement machines, tests should undertaken test level shock that crystal devices will subjected during placement process. necessary shock level should reduced. Temperature crystals subjected extreme temperatures outside storage temperature limits, electrical performance affected, resulting eventual failure. Electrostatic Discharge (ESD) Only extreme voltages static electricity seen, heard even felt, even lowest voltages damage electronic circuits. damage caused oscillators result electrostatic discharge immediately evident delayed, causing oscillator circuitry degrade, which turn cause failure oscillator field.
appropriate protective Packaging. Packaging should marked with warning notice protective measures Packaging should conform 100015. more detailed breakdown precautions that should taken please contact Application Support Department. General Information approximate thickness quartz disc strip given following equation: Thickness(mm) 1.67 (MHz)
ORDERING INFORMATION QUARTZ OVERVIEW
Note: Multiply thickness (mm) mode using overtone crystal (e.g. 16MHz crystal 0.1mm thick)
Although quartz necessarily susceptible damage, associated electronic circuitry contained within oscillator should considered Electrostatic Discharge Sensitive device (ESDS). ESDS devices should only handled Protected Area EPA, where typically wrist straps used. transportation should undertaken using
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VERKAUFSINFORMATIONEN
Eine Abteilung C-MAC MicroTechnology C-MAC MicroTechnology wurde 1999 Ressourcen C-MAC Frequency Products C-MAC Microcircuits vereinen Palette Produkte C-MAC Frequency Products hochmodernen technischen Planungs-, Herstellungs- Kapselungstechnologien C-MAC Microcircuits kombinieren. neue Abteilung bietet Kundendienst sowie Planungs- Herstellungstechniken, indem ider eilung oduk tionse icht USA, Frankreich, Kanada, China Indien, sowie sechs Kontinente umspannendes technisches Verkaufsnetz, seinen Kunden modernste Technologie technische bieten kann, wann immer dies ist. C-MAC MicroTechnology entwickelt klas unden- Marktanforderungen komplexen Analog-, Digital- Frequenzregelungserfordernise moderner Systeme. unserem Kundenkreis viele weltweit Hersteller Branchen Telekommunikation, Kfz, Luft-/Raumfahrt Medizin, denen viele Jahre strategische Partnerschaften aufgebaut haben. C-MAC Microcircuits weltweit Entwicklung mikroelektronischer mehrere Nordamerika, Europa Asien. Aufgrund unserer umfangreichen Erfahrungen Entwurf Herstellung Dickschichtsubstraten, Chip- Drahthybriden sowie Multichip-Modulen sind Lage, integrierte mikroelektronische einer Reihe komplexer Systemherausforderungen anzubieten. Unsere technische Expertise u.a. extensive Bereich Schaltungsdesign Hybridlayout, durch modernste CAD- CAE-Systeme, bereits Phasen eines Projekts elektronische thermische Leistung simuliert darstellen hinaus aufgrund unserer htliche nung Siliziumbauelementen preiswerte verschiedensten elektronischen Kapselungsprodukte entwickeln. C-MAC Microcircuits bringt eine Reihe verschiedener Technologien MicroTechnology-Abteilung ein. neuesten fortschrittlichen Werkstoffe Montagetechniken befinden sich derzeit Massenproduktion. tlic
Leiterplattenchips,Keramikchips -Flip-Chips Hochautomatisiertes Dickschichtdrucken Hochautomatisierte
Zeichen unserer Verpflichtung beurteilen betreiben unsere Herstellungsprozesse Statistischer (SPC). Dies wird durch Techniken Entwurfs- sowie Produktsimulation. Unser Engagement Konstruktion Produkten hoher fundamental spiegelt sich wider unserer breiten Palette internationaler Normenzulassungen, z.B. QS9000, 9001, 772A, PRF38534, UKAS, CECC BS9450, plus zahlreiche individuelle Bescheinigungen unserer Kunden. einen Herst ellung mikroelektronischer Komponenten Raumintegration gemacht. Produkte, anbieten, reichen einfachen Widerstandsnetzen Halbleiterchip-Paketen Screening Klasse vollkommen anwendungsspezifischen Hybriden. bieten integriertes Paket Entwurf Engineering Analog-, Digital- Thermosimulation Dickschichtherstellung, haben separates Portefeuille vollkommen anwendungsspezifische oder FPGA ASIC Konstruktionsanforderungen. C-MAC Microcircuits bedeutender Hersteller anwendungsspezifischen Hybriden blicken eine lange Geschichte Entwurf Herstellung Datenbusprodukten Luftfahrt Anwendungen 1553 1760. erzielen, verlangt, haben erheblich Entwicklung ganz teilweise anwendungsspezifischen ASICs investiert, dieser Produkte sind. liefern hrlich iele Millionen Dickschicht bridscha ungen Telekommunikationsmarkt. Typische Anwendungen sind u.a. Knotenvermittlungsstellen, private Vermittlungsstellen Durch unsere engen Partnerschaften einigen weltweit OEMs Bereich Drahtloskommunikation konnten Entwicklung RF-Leistungsmodule mitwirken. heute internationale Anerkennung unsere hochmodernen Zellulartelefone, Zellularbasisstationen unsere fortgesetzte Expansion Kfz-Sektor erst zen, erla unsere Zulassung 9000. Diese Entwicklung unserer 9000 Registrierung Teil unserer Verpflichtung Verbesserung, eine Strategie, sich gesamte Unternehmen C-MAC erstreckt. C-MAC Frequency Products wurde 1998 vier kombinieren: C-MAC Quartz Crystals, CEPE, Greenray Limited.
LTCC- (Low Temperature Co-Fired Ceramic) Substrate einem einzigartigen Verfahren vergrabene/eingebettete Komponenten komplexe Mikrostrukturierte Fotoimage-Keramikdickschicht Verbindungen hoher Dichtigkeit Leistung.
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Palette unserer Frequenzregelungsprodukte einer einzigen Quelle ist, reicht kostenarmen kommerziellen Kristallen hochentwickelten Oszillatoren, anspruchsvollsten Anwendungen Raumfahrt Einsatz kommen. Neben vorliegenden Data Book beschriebenen Standardprodukten bietet C-MAC Frequency Products einen etablierten Spezialentwurfsdienst Anforderungen abdeckt, hinausgehen. steht auch eine Reihe verschiedener Produkte Anforderungen European Space Agency Normen British Standard wurden. C-MAC Frequency Products Division mehrere wohletablierte Herstellungsbetriebe ihre lung chnolog ien. Einzelne Bauelemente auch fremdbeschafft werden, Versorgung sicherzustellen. Herstellung gesamten Abteilung wird durch Netzbetrieb arbeitende gelenkt, alle Phasen Prozesses vollkommen transparent sind. Konstante Inspektion Beurteilung fertigen Produkts. anla ISO9001 gearbeitet, jeweilige Werk bereits Zulassung besitzt oder darauf hinarbeitet. bevorzugte Ansatz C-MAC Frequency Products Kundendienst eine Partnerschaft. Jedem Kunden wird sein eigener Manager zugeordnet, sich technische Expertise Anwendungssupportabteilung C-MAC Kunden Entwurfskonzept Vollserienherstellung durch Produktentwicklungszyklus begleitet. Kunde kann C-MAC Frequency Products umfangreiche Data Book, sein CD-ROM Pendant, oder Website http://cfpwww.com bestellen. C-MAC eine Vielzahl verlangten Komponenten sofortige Lieferung kann viele weitere seinen innerhalb weniger Tage liefern. C-MAC Frequency Products einer wenigen wahrhaft internationalen Frequenzregelungsspezialisten eine umfangreiche Direktverkaufsorganisation, mehr Distributoren Vertretungen wird (seite 275). MITGLIEDER C-MAC FREQUENCY PRODUCTS FIRMENGRUPPE C-MAC Quartz Crystals C-MAC Quartz Crystals gehen Jahr 1937 Radioabteilung Standard Telephones Cable (STC). Nach einem Umzug Woolwich nach Harlow, 1952 Anbau 1962 erwarb C-MAC Industries 1992 Kristall- Hybridschaltungsbetriebe Nortel. 1995 wurde Unternehmen durch Erwerb talle inric htung lessey Semiconductors Lincoln, Heute bietet C-MAC Quartz Crystals eine umfassende Produktreihe temperaturkompensierten spannungsgeregelten Kristalloszillatoren (TCXOs VCXOs), SAW- (akustische Filtern, einfachen Kristalloszillatoren (XOs) Resonatoren.
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Verpflichtung Lieferung spiegelt sich 1S09001-Zulassung C-MAC sowie zahlreichen Kunden- wider, u.a. CECC 68000, CECC 68100 ESA/SCC 3501. vollkommene gesamten Unternehmen praktiziert wird, wird durch deren selbstauferlegte Ziele absolute Fehlerfreiheit 100% sind. CEPE CEPE (Compagnie weltweit Entwurf Herstellung ultrastabiler Quarz-OCXOs besitzt eine spezielle, 7800 Quadratmeter Produktionsanlage Argenteuil Paris. Unternehmen wurde nahezu Jahren Ziel BAW- (Bulk Acoustic Wave) Kristallprodukte sowie Luft- Raumfahrt herzustellen, seinen inzwischen kommerzielle Mobilkommunikation ausgeweitet. CEPE wurde Januar 1998 C-MAC lndustries erworben. CEPE Expertise Herstellung, Schneiden, Metallisierung Montage hochstabiler geschnittener Halbleiterquarzkristalle sowie hermischen imierung Komponentenplazierung, sowie Ofen- Leiterplattenmaterialien. Greenray Greenray seit langem etablierter Hersteller Oszillatorprodukten eine Palette Anwendungen Industriezweigen wurde 1995 C-MAC Industries aufgekauft. Standort seiner Produktionsanlage 1860 Quadratmetern Mechanicsburg, Pennsylvania, Anforderungen aller nordamerikanischen Kunden Greenray produziert nicht konventionelle Leiterplatten, sondern auch Lage, Produkt unbest lbleit erchips drahtgebondeten herzustellen. Limited IQD, seinen Sitz englischen Crewkerne hat, wurde 1973 Ziel eine Reihe verschiedener Frequenzregelungsprodukte vermarkten, angefangen kommerziellen anspruchsvollsten Fachanwendungen. schon immer Kern Erfolgs Unternehmens. wurde ersten Kristallhersteller, Zulassung BS5750 erhielt, heute IS09001-Bescheinigung. Sein umfangreiches TQM-Programm alle Aspekte Kundenbetreuung, angefangen beim ersten Verkaufskontakt Lieferung. wird durch Personalentwicklungs- -ausbildungsprogramm dessen Erfolg durch Auszeichnung "Investors People Award" anerkannt wurde, Unternehmen Dezember 1997 wurde. AUFTRAGSINFORMATIONEN Mindestbestellwert Kundenkonten: 125,00 Vorauszahlung: 125,00 oder sprechender nderen Post Verpackung). Angebote
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Wenn nicht anders angegeben, sind genannten Preise Tage (Certificate Conformance sind Anfrage gegen eine geringe oder entsprechender Betrag anderen wenn Bestellung schriftlich durch oder Brief worden ist. werden alle innerhalb Tagen nach Auftragseingang versandt. Auftragsstornierung Sonderanfertigungen nicht storniert werden. Zustellung Bestellungen Lager lieferbaren Waren, 17:00 (deutscher Zeit) eingehen, Wunsch gleichen verschickt werden. Zahlungsbedingungen zugelassenen Kundenkonten Bezahlung Tage nach Monatsende Rechnungsstellung erfolgen. Sonderdienstleistungen Elektronischer Datenaustausch (EDA) bieten elektronischen Datenaustausch international abgestimmten Normen. Bitte wenden sich unsere EDV-Abteilung. Strichcodes Gegebenenfalls kann Verpackung Strichcodes versehen werden. Bitte wenden sich unsere EDV-Abteilung. Bezahlung Unsere bevorzugte sind US-Dollar, Kunden-Konto kann jedoch Wunsch einer Reihe werden. Besprechen Ihre Anforderungen Ihrem ersten Auftrag unserer Verkaufsabteilung, bitte stellen sicher, vollen entsprechenden ohne erreichen. Kunden, Waren welchen auch immer sollte unser Verkaufsabteilung sonst ndung lichen kommen kann. Technische Daten Rahmen unserer unseren Kunden stets Quarz-Komponenten neuesten Stand Technik liefern, sich Recht vor, technische Daten, Design Modell ohne vorherige TECHNISCH ERZEUGTE QUARZKRISTALLE Quarz eine kristalline Form Silicium Dioxid (SIO2), Natur sehr vorkommt, bestehen doch rund
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Prozent Erdkruste diesem Material. begrenzte Naturquarz damit verbundenen hohen Kosten haben Entwicklung technisch erzeugtem Quarz forciert. Quarzkristallen wird durch Siliciumdioxid einer alkalischen hoher Temperatur hohem Druck Dieser speziellen Tiegeln (Autoklaven) dabei extremen Bedingungen ausgelegt sind. Teil Autoklaven werden speziellen Kristallkeime aufgebracht, Teil eine Natriumcarbonat einigen Anteilen Siliciumdioxid eingebracht wird. wandert Bereich, diesem lagert Kristallkeimen ganzen Prozesses wird Temperatur laufend zehn Wochen wachsen dann auf. Quarzkristalls ganz entscheidend Bedingungen Aufwachsprozesses Form sind eine optimale Nutzung Zeit Material ausgerichtet. werden Scheiben (Wafer) geschnitten. Schnittwinkel dabei ausschlaggebend Frequenz Endprodukts. sogenannte Schnitt, Rohling einem Winkel Grad abgeschnitten wird, womit Frequenzbereich 1MHz abgedeckt werden kann. PIEZOELEKTRISCHE EIGENSCHAFTEN QUARZ Seit Entdeckung piezoelektrischen Eigenschaften Quarz durch Pierre Marie Curie Jahr 1880 Quarz einem bedeutsamen Faktor Wachstum Elektronikindustrie geworden. Wenn piezoelektrisches Material auseinandergezogen oder wird, entsteht eine elektrische Spannung. Ebenso gilt umgekehrte Effekt: Durch Anlegen einer elektrischen Spannung betreffenden Material entsteht eine mechanische Verformung. Fall Schwingquarzen wird Druck, sich angelegten Spannung ergibt, Form einer Schwingung einer bestimmten Resonanzfrequenz dargestellt. Diese Frequenz eine Funktion Kristalldicke. Durch eine Verarbeitung Kristalls Schwingungen jeder beliebigen Frequenz erzeugt werden. HERSTELLUNG SCHWINGQUARZ KOMPONENTEN beginnt Reduzierung Dicke Rohlings. Denn Frequenz wird durch Dicke bestimmt. Rohlinge werden dicker erforderlich geschnitten dann sukzessive gemacht, Resonanzfrequenz erreicht ist. Abgetragen werden Schichten durch einer Substanz beispielsweise Aluminiumoxid, eine sehr glatte entsteht. Schwingquarz wird lange Schichtdicke knapp Frequenz Dicke liegt.
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Danach folgt Rohlinge weiter verbessert Frequenzabweichungen innerhalb einzelnen Lose reduziert werden. Elektrische Verbindungen werden durch Abscheiden eines Metalls Regel Silber) Rohling mittels Verdampfung unter Vakuum gebildet. Danach wird Schwingquarz seiner Grundseite, Federhalterungen ausgestattet ist, befestigt. Nach Positionierung Bauelements verbindet Kleber Elektrodenenden Halterung. Jetzt Schwingquarz Frequenz feinabgestimmt werden. Dies wird durch Zugeben Silber erreicht. Nach Einstellung Frequenz werden Schwingquarze speziellen gebrannt dann jeweils vorgesehenen eingebracht. Kompliziertheit Herstellungsprozesses, Frequenz geachtet werden unterstreicht Notwendigkeit, Anwendern genaue Angaben Anforderungen bekommen, jeweiligen Schwingquarz stellen. Beginn jedes Abschnitts werden diesem Datenbuch Mindestspezifikationen aufgelistet, Bestellung eines Schwingquarzes erforderlich sind. HANDHABUNG zuvor beschrieben, beinhaltet Quarzkristalleinheit eine kleine Scheibe oder einen Streifen Quarz, die/der nach Kunden vorgegebenen Resonanzfrequenz eine genaue Dicke zugeschnitten wird. Quarz wird Leitungselektroden versehen hermetisch abgedichtetes gesteckt. Elektroden werden Kabel angeschlossen, durch Grundbaugruppe Glas-Metall-Dichtungen Kristallvorrichtungen werden anderen Schaltungen zusammen verkapselt, vollfunktionelles Modul z.B. einen Oszillator oder komplexes Filter herzustellen. Abb. veranschaulicht einen einfachen Kristalloszillator. Aufgrund Natur Kristalleinheit eine korrekte Handhabung sehr wichtig. Mechanische Kristallkomponenten werden hergestelit, mechanische einer bestimmten aushalten. Diese Werte sind Umgebungsdaten jeden einzelnen Komponententyp Datenbuch ausgewiesen. starke eine elektrischen Eigenschaften Folge haben, sich hoher Wahrscheinlichkeit schwerwiegender z.B. Fallenlassen eine harte kann Vorrichtung zerbrechen. Handhabung Kabeln starkes Verbiegen Kabeln kann Glas-Metall-Dichtung verursachen, Vertlust hermetischen Abdichtung Folge haben sind einem trockenen Edelgas einem Verlust hermetischen Abdichtung kommt einer raschen Verschlechterung Produkts aufgrund Kontamination. daher
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Handhabung eines Kristalls darauf achten, Kabel nicht gedehnt oder verbogen werden. Wenn Teil eine solche Weise bewegt werden Biegen unvermeidlich ist, dann sollte Kabel leicht Glasdichtung weggebogen werden, empfohlene jeweiligen Produkt z.B: HC49-Modelle, UM1-Modelle. Band Rollenprodukt Benutzen Kristallkomponenten automatischen Verpackungsmaschinen sollten werden, denen Plazierungsvorgangs ausgesetzt sind. Falls notwendig, sollten diese reduziert werden. Temperatur Wenn Kristalle extremen Temperaturen Lagertemperatur-Grenzwerte ausgesetzt werden, dann kann dies elektrische Leistung Ausfall Folge hat. Elektrostatische Entladung (ESD) Statische extremen Spannungswerten sicht-, oder sogar aber selbst niedrigste Spannungswerten elektronische Schaltungen aufgrund statischer Entladungen Oszillatoren entstehen, sind zwar nicht unbedingt sofort sichbar, aber zutage treten, dazu Oszillatorschaltung abnimmt, wiederum einen Ausfall Oszillators Praxis nach sich zieht. Quarz zwar nicht unbedingt empfindlich durch ESD, aber jedem Oszillator vorhandene elektronische Schaltung elektrostatische Entladungen empfindliches (ESDS) sollte auch solches behandelt werden. sollten einem ESD-Schutzbereich (EPA) gehandhabt werden, getragen werden. sollten geeigneter Schutzverpackung transportiert werden. Verpackungsmaterial sollte einem Warnhinweis versehen werden, Verpackung sollten 100015 entsprechen. Informationen treffenden sind Allgemeine Informationen Dicke Quarzstreifens ergibt sich durch folgende Gleichung: Dicke 1,67/f(MHz)
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PRESENTATION CONDITIONS VENTES
C-MAC MicroTechnology 1999 dans ressources C-MAC Frequency Products C-MAC Microcircuits, ainsi large savoir faire produits C-MAC Frequency Products production, services technologies pointe C-MAC Microcircuits. nouvelle tilis qu'il iste pour pour fabrication ainsi pour service augmentant ainsi forces deux divisions. Avec sites production Royaume-Uni, Etats-Unis, France, Canada, Belgique, Allemagne, Chine Inde, technique ventes continents offre technologies pointe niveau support jamais atteint jusqu'ici, quand cela C-MAC MicroTechnology peut solutions classe demande clients faisant front exigences plus complexes analogue, digital modernes. partenariats sont avec clients dont beaucoup sont leaders dans secteur l'automobile, miliaire, l'instrumentation mondia l'approvisionnement solutions dispose multiples sites production Nord, Europe Asie. Notre grande applications production substrats couche d'hybrides composants CMs, d'hybrides avec report puces modules multi-puces nous permet d'offrir solutions plus plus complexes. notre assure conception experts plus nous permet simuler performances thermiques premier stade d'un projet. plus, notre dans domaine silicium nous permet d'offrir solutions ASIC prix pour large gamme produits C-MAC Microcircuits apporte nouvelle division diversification technologie production prix plus techniques d'assemblage pointe assurent actuellement productions grand volume. production pointe comprennent:
preuve notre engagement dans domaine fabrication travaillent sous Statistique (CSP). Ceci techniques telles AMDEC (Analyse modes leurs effets leur simulations produits. L'engagement fabriquer produits fondamental dans large gamme certifications internationales obtenues parmi lesquelles QS9000, 9001, 1772A, PRF38534, UKAS, CECC, BS9450 ainsi nombreux certificats individuels clients. Nous avons fournir composants hautement fiables pour spatiale. produits offerts simple pack semiconductors selon classe l'hybride mesure. solution modulaire comprenant simulation analogue, digitale thermique avant circuit couche groupe pour ASICS's FPGA mesure. C-MAC Microcircuits principaux fabricants d'hybrides mesure militaire. Nous avons longue histoire dans fabrication produits databus avioniques pour applications 1553 1760. Afin d'arriver secteur militaire, nous avons investi dans ASIC's partiellement mesure coeur produits. Annuellement, nous fournissons millions circuits hybrides applications typiques comprennent centrales publiques (cartes ligne) centrales produits transmission. partenariat avec principaux fabricants mondiaux communications sans nous avons gamme modules puissance Actuellement, nous sommes internationalement reconnus pour solutions pointe pour cellula ire, cent cellula ires dios bidirectionnelles. Afin supporter notre expansion continue dans secteur l'automobile, deux sites obtenu certification QS9000. notre qualification 9000 fait partie notre engagement continue, politique C-MAC tout C-MAC Frequency Products 1998 afin combiner forces quatre leaders industriels, C-MAC Quartz Crystals, CEPE, Greenray Limited. Notre gamme produits probablement plus importante disponible d'une seule source; elle varie cristaux commerciaux oscillateurs hautement dans applications militaires spaciales. produits standards dans Data Book, C-MAC Frequency Products offre service mesure bien satisfait exigences bien celles requises.
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LTCC (Substrat co-cuit basse avec "sans permettant incorporer composants ainsi toutes formes. Photo gravure pistes fines couche pour interconnections haute performance. Chip board, report puces montage direct flip chip couche hautement production hautement
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produits l'Agence l'Espace ainsi British Standard sont disponibles. Comme division C-MAC Frequency Products dispose plusieurs sites fabrication, propres couvrent spectre entier technologie quartz. Plusieurs sources alternatives sont ible insi ontinuit l'approvisionnement. production toute division MRPII planification resources production) permettant claire toutes fabrication. inspections permanentes assurent produit fini. ISO9001 sont dans tous sites lesquels sont soit ISO9001 cours qualification. L'approche choisie service C-MAC Frequency Products celle partenariat. responsable client celui-ci, avec soutien Application Support C-MAC, guide client depuis conception produit fabrication grande client peut commander soit Data Book, soit pendant CD-ROM, world wide l'adresse http://cfpwww.com. C-MAC dispose stocks composants courants permettant livraison mesure livrer nombre composants quelques jours service fabrication rapide. Etant l'un rares internationaux produits C-MAC Frequency Products dispose d'une organisation ventes soutenue plus distributeurs dans pays (voir page 275). MEMBRES GROUP C-MAC FREQUENCY PRODUCTS C-MAC Quartz Crystals racines C-MAC Quartz Crystals remontent 1937 avec Radio Division Standard Telephones Cable (STC). Woolwich Harlow 1952 l'ajoute d'installations quartz 1962, cristaux circuits hybrides Nortel C-MAC Industries 1992. 1995 compagnie suite l'achat production quartz cristal Plessey Semiconductors Lincoln, Actuellement, C-MAC Quartz Crystals offre gamme produits, allant oscillateurs (TCXO), oscillateurs tension (VCXO) filtres (surface acoustic wave), simples oscillateurs quartz (XO). L'engagement C-MAC livrer produits dans certification 9001 ainsi dans gamme qualifications clients produits, parmi lesquelles CECC 68000, CECC 68100 ESA/SCC 3501. gestion totale (TQM), travers toute compagnie, soutenue "groupes continue" dont buts volontairement sont livraison temps 100%.
CEPE (Compagnie d'Electronique leader mondial dans fabrication quartz ultrastables OCXO's, dispose d'un site production 7800 Argenteuil, Paris, France. Etabli sein Thomson-CSF environ afin produire produits (bulk acoustic wave crystal) pour l'avionique, compagnie s'est dans produits secteur commercial communications mobiles. CEPE 1998 Industries C-MAC. CEPE dispose d'une dans fabrication, taillage, montage cristaux quartz haute ainsi dans domaine l'optimalisation thermique oscillateurs, l'emplacement composants, choix four circuit Greenray Greenray, fournisseur bien produits pour gamme diverse d'applications d'industries C-MAC Industries 1995. usine 20000 sq/ft sise Mechanicsburg, Pennsylvania, bien pour servir besoins toute Nord. fabrication circuits Greenray pour fabriquer produits utilisant puces Limited IQD, Crewkerne, 1973 afin produire vendre large gamme produits allant niveau commercial celui requis applications militaires professionnelles plus astreignantes. base compagnie. premier fabricant ayant BS5750 dispose actuellement certification 9001. programme englobe tous aspects support premier contact vente livraison dans CONDITIONS VENTE Commandes minimum Commandes clients paiement l'avance: devises port emballage). Devis devis sont valides pendant jours, sauf indication contraire. Certificat certificats sont disponibles demande (pour minimum devises) commande courrier. commande dans trois jours suivant reception commandes. Annulation commande L'achat produits mesure Envois
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xvii
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commandes plus tard 17h00 portant articles pris stock peuvent normalement jour condition vous l'ayez commande. Termes conditions Trente jours compter mois facturation pour tous comptes Services Echangde Nous offrons type communication base normes internationales. Veuillez contacter pour cela notre Service Informatique. Codes barres L'emballage produits peut recevoir code barres, condition demander. Veuillez contacter pour cela notre Service Informatique. Paiement devises autres livre sterling devise internationale nous dollar mais nous pouvons exploiter pour vous compte dans grand nombre devises veuillez vous mettre d'accord point avec notre service ventes lorsque vous passez votre commande. Veuillez vous assurer versements dans devise nous parviennent sans aucune frais. Renvois Nous prions clients contactet notre service ventes avant nous renvoyer produits, pour quelque raison soit, afin importants dans traitement renvoi produits. fait efforts continuels ayant pour d'offrir technologie plus dans secteur composants cristaux droit changer conceptions, sans aucun QUARTZ NATUREL quartz forme cristalline silice, dioxyde silicium (SiO2), abondant dans nature, formant environ terrestre. combinaison d'une quartz naturel prix conduit quartz fait cristaux quartz dissolvant silice dans solution alcaline pression processus lieu dans autoclaves sont construits supporter conditions cristaux sont dans cadres dans partie plus froide l'autoclave, tandis qu'une solution carbonate sodium fragments silice sont dans partie plus chaude. Cette solution plus chaude vers plus froide faisant, dissout silice cristal sont pendant tout processus. faut environ semaines pour obtenir grandes barres cristal. quartz conditions croissance. fait cristaux selon formes tailles perte temps
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barres cristal sont tranches. L'angle tranches critique dans quartz final. coupe plus courante coupe tranche selon angle d'environ 35°, permettant gamme 1MHz MHz. QUARTZ Depuis quartz 1880 Pierre Marie Curie, quartz devenu facteur important dans croissance l'industrie traction compression d'un produit tension. L'inverse vrai, tension provoque Dans quartz, pression d'une tension produite sous forme d'oscillations Cette fonct isseur soigneusement dernier, peut fabriquer pour qu'il oscille PRODUCTION COMPOSANTS QUARTZ processus fabrication commence wafer. wafer sont plus pour qu'ils puissent amincis fonction Cette obtenue l'usant avec abrasif comme l'alumine pour produire surface lisse. quartz l'obtention d'une finale processus suivi d'un nettoyage d'une attaque wafer pour encore finition surface dispersion dans quartz. connexions sont (habituellement l'argent) wafer vaporisation sous vide. quartz ensuite embase ressort. fois quartz conducteur relie montage. quartz ensuite ajustage finale. Ceci peut obtenu plaquant plus d'argent quartz exacte soit atteinte. fois correcte, cristaux sont cuits dans fours avant dans leur fois quartz peut totalement processus fabrication, avec souligne besoin clients doivent attendre leurs quartz. minimum sont habituellement lors d'une commande quartz sont mises valeur chaque section. MANIPULATION Ainsi nous l'avons auparavant, l'unite quartz comprend petit disque petite barre quartz dimensions exactes correspondant clients. quartz avec conduction dans
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compartiment protection (Voir illustration sont fils passent dans base sceaux quartz sont souvert d'autres circuits afin produire module fontionnel, c'est dire oscillateur filtre complexe. L'illustration montre oscillateur quartz simple. Etant nature, important manipuler correctement quartz. Chocs cristal sont subir certains niveaux choc niveaux sont Data suiva ifica environnementales chaque individuel. niveaux choc excessifs peuvent provoquer changements dans cela produira changement peut briser suite d'une manipulation brutale, exemple lasisse tomber surface dure. Manipulation fils dangereux trop fils cela peut endommager sceau faire compartiment sera plus compartiments sont remplis inerte sceau pollution rapidement produit. faut donc faire attention todre tendre fils lorsque l'on manipule cristal. S'il tordant fil, fuadra tordre doucement sceau verre pour briser. rayon minimum courbe produit, exemple sera pour HC49 pour l'UM1. Produit bande bobine Avant d'utiliser quartz machines mise place automatiques, tester niveau choc auquel sera pendant processus mise place. faudra niveau choc. cristaux sont soumis dehors limites stockage, leur performance sera pourra provoquer panne. (ESD) statique peut vue, entendue sentie voltages voltages plus peuvent endommager circuits endommagement oscillateur peut dans subir circuits suite, panne l'oscillateur. Bien quartz soit sensible ESD, circuits contenus dans oscillateur sont doivent comme produits sensibles (ESDS Electrostatic Discharge Sensitive Device).
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ESDS devraient dans zone contre (EPA Protective Area), utilisera bandes poignets. Tout transport devra s'effectuer utilisant conditionnement protecteur Tout conditionnement devra porter avertissement mesures protection ainsi conditionnement devront standard 100015. Pour plus prendre, veuillez contacter service Application Support Department. approximative disque barre quartz selon l'equation suivante: Epaisseur (mm) 1,67 (MHz)
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INTRODUCCION INFORMACION SOBRE PEDIDOS
C-MAC MicroTechnology Durante 1999 C-MAC MicroTechnology para reunir recursos C-MAC Frequency Products C-MAC Microcircuits, aglomerar pericia productos C-MAC Frequency Products avanzadas embalaje C-MAC Microcircuits. nueva emplea mejor servicio clientes, usando como palanca puntos fuertes habilidades divisiones. Contamos plantas Reino Unido, EE.UU., Francia, China India, ventas extiende seis continentes, para ofrecerle nuestros clientes moderna niveles inigualables apoyo cuando donde necesite. C-MAC MicroTechnology ofrece soluciones productos clase mundial como respuesta necesidades mercantiles cliente, complejas necesidades digitales frecuencia sistemas modernos. Nuestros clientes entre principales fabricantes nivel mundial telecomunicaciones, automotriz, militar, aeroespacial paso tiempo, hemos desarrollado ellos asociaciones C-MAC Microcircuits mundial entrega soluciones varias plantas Europa Asia. Gracias nuestra amplia experiencia substratos gruesos montaje superficial chips chips podemos ofrecerle soluciones integradas para diversos sistemas complejos. Nuestra amplia experiencia incluye circuitos respaldada sistemas modernos CAE, permite ofrecerle simulada durante etapas tempranas proyecto. nuestra considerable experiencia silicio permite ofrecerle soluciones CIAE para amplia variedad productos embalaje C-MAC Microcircuits formada MicroTechnology trae consigo diversas habilidades pericias actualidad, usan materiales avanzados montaje moderna volumen. Entre posibilidades materiales procesamiento avanzado cuenta con:
Posibilidad automatizada montaje superficial.
Como nuestro compromiso calidad, nuestros procesos operan bajo Control Procesos, complementado tales como Modo Fallos Efectos proceso (FMEA) productos. Nuestra productos alta calidad fundamental refleja nuestra amplia gama aprobaciones bajo normas internacionales como QS9000, 9001, 1772A, PRF38534, UKAS, CECC BS9450, certificados clientes individuales. reconoce componentes gran fiabilidad para espacial. Nuestros productos desde redes resistencias simples hasta empaques troqueles semiconductores blindaje Clase pasando medida". Ofrecemos paquete integrado desde hasta incluyendo digital antes llevar cabo gruesa, contamos separada para requisitos individuales bajo FPGA ASIC. C-MAC Microcircuits fabricantes principales medida para mercado militar. Desde hace mucho tiempo hemos participado productos canal datos para aplicaciones 1553 1760. Para alcanzar funcionalidad requeridas sector militar, hemos invertido considerablemente desarrollo CIAE medida casi medida, meollo estos productos. Proveemos mercado telecomunicaciones muchos millones piezas circuitos gruesa. Entre aplicaciones normales conmutadores principales (tarjetas conmutadores privados productos Gracias estrecha trabajo tenemos algunos fabricantes originales equipo importantes mundo comunicaciones hemos desarrollado conjuntamente gama avanzada radiofrecuencia. actualidad, reconoce mundialmente nuestras soluciones vanguardistas celulares, estaciones base celulares radios bidireccionales. apoyar nuestra continua sector automotriz, hemos obtenido bajo norma 9000 para nuestras clave. Este desarrollo nuestro registro bajo 9000 parte nuestro compromiso continuas, extiende largo C-MAC. Durante 1998 C-MAC Frequency Products para combinar puntos fuertes cuatro industriales: C-MAC Quartz Crystals, CEPC, Greenray Limited. Probablemente nuestra gama productos control frecuencias amplia disponible sola fuente, desde cristales comerciales bajo costo hasta osciladores alta usados aplicaciones militares
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LTCC Substratos co-cocida baja temperatura mediante proceso exclusivo "sin posibilidad tener componentes incrustados/intercalados cavidades complejas. gruesa para para fina para interconexiones alta densidad alta Chips placa, pastillas dispersoras directa. automatizada gruesa.
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espaciales productos descritos este Libro Datos, C-MAC Frequency Products ofrece servicio bien desarrollado medida para cubrir necesidades especificadas normalmente. contamos diversos productos emisiones Agencia Espacial Europea Normas C-MAC Frequency Products incluye varias operaciones bien establecidas, experiencia interna cubre espectro completo control frecuencia cuarzo. Contamos fuentes alternativas para equipos individuales, manera podemos asegurar continuidad entregas. toda controla mediante sistemas interconectados recursos MRPII, logrando visibilidad total largo todas etapas proceso. constantes aseguran fiabilidad producto terminado. Todas nuestras plantas funcionan bajo procedimientos calidad ISO9001, hayan sido certificados bajo esta norma buscando preferida C-MAC Frequency productos cuanto servicio cliente asigna cada cliente director especializado cuentas que, experiencia Departamento Apoyo C-MAC, clientes ciclo desarrollo productos desde concepto hasta escala completa. clientes enviar pedidos C-MAC Frequency Products usando este Libro Datos, CD-ROM, Internet http://cfpwww.com. C-MAC tiene existencia amplia gama componentes especificados para entrega inmediata, puede entregar muchos otros unos cuantos gracias servicio C-MAC Frequency Products, pocos especialistas verdaderamente internacionales control frecuencias, cuenta gran ventas directas apoyada distribuidores representantes (ver 275). MIEMBROS GRUPO C-MAC FREQUENCY PRODUCTS C-MAC Quartz Crystals C-MAC Quartz Crystals remontan 1937 Radio Standard Telephones Cable (STC). 1952 mudaron Woolwich desde Harlow, Reino Unido, planta cuarzo 1962, C-MAC Industries operaciones circuitos cristal Nortel 1992. 1995, empresa mediante planta cristal cuarzo Plessey Semiconductors, Lincoln, actualidad, C-MAC Quartz Crystals ofrece extensa productos, incluyendo osciladores cristalinos compensados temperatura (TCXO) controlados voltaje (VCXO), filtros ondas superficie (OAS), osciladores cristalinos simples (XO) resonadores. Nuestra suplir productos calidad refleja bajo norma ISO9001 C-MAC gama aprobaciones clientes productos, incluyendo CECC 68000, CECC 68100 ESA/SCC 3501. total
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calidad practica toda apoyada "equipos mejoras continuas" cuyos objetivos autodeterminados "cero defectos" "entrega tiempo 100% casos". CEPE CEPE (Compagnie mundial osciladores cristalinos controlados estufa (OCXO) cuarzo ultraestable, planta especializada 7800 superficie, ubicada Argenteuil, Francia. Establecida hace casi dentro Thomson-CSF para suplir productos cristal onda para mercados militar diversificado mercados comerciales como comunicaciones enero 1998, C-MAC Industries CEPE. CEPE cuenta experiencia considerable corte, montaje cristales cuarzo gran estabilidad cortados carburo silicio, como circuitos osciladores, componentes materiales horno PCI. Greenray Greenray, proveedor productos osciladores reconocido prestigio para amplia gama aplicaciones industrias, adquirido 1995 C-MAC Industries. planta 1860 Mechaniesburg, Pennsylvania, bien ubicada para atender necesidades todos clientes norteamericanos. placas circuito impreso tradicionales, Greenray calificada para construir productos usando conexiones chips semiconductores aislamiento unidas alambre. Limited 1973, IQD, sede Crewkerne, para fabricar vender amplia gama productos control frecuencias, desde grado comercial hasta usados aplicaciones militares profesionales estrictas. calidad sido piedra toque primer fabricante cristales bajo norma BS5750 actualidad, posee bajo ISO9001. programa completo total calidad abarca todos aspectos apoyo cliente, desde contacto inicial ventas hasta entrega tiempo. Este programa programa desarrollo personal cuyo sido reconocido prestigioso premio Investors People Award, recibido 1997. INFORMACION SOBRE PEDIDOS Cargo minimo pedido Pedidos clientes cuenta: libras esterlinas; pago anticipado: libras esterlinas otra moneda equivalente dicha suma gastos embalaje envio). Cotizaciones cotizaciones hechas durante estipule otra manera. Certificado conformidad Previa solicitud certificados conformidad (por coste otra moneda equivalente dicha suma confirma pedido escrito mediante carta.
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suma confirma pedido escrito mediante carta. Otros acuses recibo envian acuses recibo para todos pedidos dentro dias dfas pedido. pedido pedidos compra pedidos personalizados pueden cancelar. Normalmente, pedidos existencia recibidos antes tarde pueden enviar mismo solicita hacer pedido. Condiciones partir final factura para clientes aprobado. Servicios especiales Intercambio datos (Electronic Data Interchange) (EDI) Ofrecemos comunicaciones bajo normas internacionales. ponerse contacto nuestro Departamento barras embalaje productos puede codificarse barras requiere. ponerse contacto nuestro Departamento Pago monedas distintas libra esterlina Nuestra moneda internacional preferida EEUU, pero podemos abrir cuenta para usted cualquiera varias monedas distintas; hacer primer pedido clarifique esto contacto ventas. recibamos transferencia fondos moneda acordada, decir deducciones gastos. Devoluciones clientes cualquier dessen devolver mercancias primero contactar nuestro departamento ventas. otro modo, podria resultar able mient devoluciones. Especificaciones Como parte continua ofrecer clientes avanzada componentes cristal, reserva derecho cambiar especificaciones, modelos previa. CRISTAL CUARZO NATURAL CULTIVADO cuarzo forma cristalina silicio (SiO2), material abunda naturaleza constituye corteza terrestre. Como resultado escasez cuarzo natural alto coste, desarrollado cuarzo cultivado. generan cristales cuarzo disolviendo SiO2 alcalina alta temperatura Este proceso realiza autoclaves construidos para tolerar extremas condiciones requeridas.
cristales generados montan marcos parte autoclave, mientras parte caliente coloca carbonato sodio fragmentos SiO2. pasa desde parte caliente hacerlo, disuelve trozos cuarzo natural cristal cultivado. Durante totalidad este proceso, temperatura mantiene bajo control. unas diez semanas posible cultivar grandes barras cristal. calidad cuarzo condiciones cultivo. cristales generan formas permitan reducir tiempo material. barras cristal cortan obleas. corte estas crucial para determinar frecuencia estabilidad cristal final. corte llamado pieza corta oblicuidad unos respecto barra cristal, permite obtener gama frecuencias entre MHz. PROPIEDADES CUARZO Desde familia Curie descubrieran 1880 propiedades cuarzo, este material convertido elemento importante para desarrollo sector estirar comprimir material genera ocurre contrario: aplicar material, queda sometido caso cristales, resultante traduce oscilaciones determinada frecuencia resonante. Esta frecuencia espesor cristal. cuidadosamente, posible hacerlo oscilar cualquier frecuencia. INFOR GENER SOBR COMPONENTES CRISTAL CUARZO proceso comienza reduciendo espesor pieza. frecuencia queda determinada espesor. general, piezas cortan espesor mayor necesario, poder reducidas acuerdo frecuencia deseada. Esta consigue mediante lapidado abrasivo, como aluminio, para producir acabado cristal lapidado hasta alcanzar espesor ligeramente superior necesario para frecuencia final. material sometido proceso limpieza pulido, suaviza acabado reduce asimismo frecuencia lote cristales. Utilizando metal (por general plata), forman sobre pieza conexiones mediante cristal monta sobre base, tiene soportes muelle. colocado lugar, adhesivo conductor extremos electrodo soporte. Seguidamente, cristal somete ajuste para frecuencia final. Esto puede realizarse mediante plata metal, hasta alcanzar frecuencia exacta.
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frecuencia correcta, cristales secan hornos antes introducirse contenedores. Finalmente, unidad sometida diversas pruebas. complejidad proceso debe tomar cuenta consideraciones tales como frecuencia estabilidad, hace necesidad obtener cliente especificaciones detalladas acerca darle cristales. general, recibir pedido cristales, comienzo cada estipulan especificaciones PRECAUCIONES Como descrito anteriomente, unidad cristal cuarzo incluye disco tira cuarzo procesa espesor exactos, dependiendo frecuencia especificada cliente. recubre cuaezo electrodos conductores instala unidad (vease Figura electrodos conectado conductores pasan conjunto base mediante sellos metal visrio. menudo encapsulan unidades cristal otros circuitos para formar totalmente fincional, ejemplo, oscilador filtro complejo. Figura muestra oscilador cristal sencillo. Debido caracteristicas unidad cristal, importante manejarla correctamente. Impactos fabrican componentes cristal para resistan cierto nivel impacto resumen estos niveles especificaciones ambientales cada tipo componente Libro Datos. impactos excesivos pueden causar cambios caracteristicas electricas probablemente manifestaran forma cambio frecuencia. maltrato excesivo, ejemplo, caen sobre superficie dura, puede resultar fractura unidad. Manejo conductores doblan excesivamente conductores puede resultar daar sello entre vidrio metal hermeticidad unidad. unidades contienen inerte seco pierde hermeticidad podria resultar deteriorio producto debido contaminacion tanto, teber cuidad cuando maneja unidad para doblar tirar conductores. necesario desplazar componente manera neceaite doblar conductor, debe doblar este cirte distancia sello vidrio para evitar rajarlo. radio curvatura minino recomendado depende producto; ejemplo, para HC49s para UM1s. Producto cinta bobina Antes usar productos cristal automatizada, deben realizar pruebas para medir impacto someten dispositivos cristal durante proceso necesario, reducir intensidad impacto. Temperatura someten cristales temperatura fuera limites recomendados almacenamiento, podria afectar prestaciones electricas causar fallo enentual.
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Descarga (DES) Solamente pueden ver, hasta sentir descargas cuando excesiva, pero voltajes minimos pueden circuitos inmediatamente evidente causado descarga pero puede retardarse podria causar fallo oscilador durante uso. Aunque cuarzo necesariamente vulnerable DES, circuitos asociados oscilador pueden debe considerar como dispositivo sensible descargas (SDES). dispositivos SDES deben manejar zona protegida contra DES, donde normalmente usan pulseras conductoras. Cualquier transporte debe realizar usando empaques protectores correspondientes. Todos empaques deben estar marcados advertencia, medidas protectoras empaques conformar 100015. Para analisis detallado precauciones deben tomar, sirvase contactar nuestro Departamento Soporte Aplicaciones. general espesor aproximado disco tira cuarzo puede obtener siguiente Espesor (mm) =1,67 (MHz)
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INTRODUZIONE INFORMAZIONI SUGLI ORDINI
divisione della C-MAC MicroTechnology C-MAC MicroTechnology stata fondata durante 1999 unificare risorse della C-MAC Frequency Products della C-MAC Microcircuits, amalgamando vaste prodotti della C-MAC Frequency Products avanzate tecnologie della tecnica produzione della C-MAC Microcircuits. nuova divisione utilizza migliori tecnologie l'assistenza cliente, produzione tecnica, avvalendosi delle forze delle entrambe divisioni. stabilimenti Regno Unito, USA, Francia, Canada, Cina India, rete vendite copre continenti fornisce clienti tecnologia d'avanguardia livelli assistenza tecnica senza precedenti dovunque qualsiasi momento sono richiesti. C-MAC MicroTechnology offrire soluzioni classe mondiale risposta alle esigenze clienti mercato, indirizzando esigenze complessi controlli analogici, digitali frequenza moderni sistemi. nostri clienti sono maggior parte produttori leader mondiali settori delle telecomunicazioni, dell'industria automobilistica, militare, aerospaziale medicale, abbiamo sviluppato delle associazioni strategiche durante numero anni. C-MAC Microcircuits leader nella fornitura soluzioni microelettronica, multipli impianti produzione tutto Nord America, Europa Asia. Vasta esperienza nella progettazione nella produzione spessi substrati pellicola, ibridi supporti superficie, ibridi chip cavi moduli multi chip consentono offrire soluzioni microelettronica integrate gamma sfide sistemi complessi. competenza tecnica include vasta progettazione circuiti lay-out ibridi, supporto sistemi allo stato dell'arte consentono offrire prestazioni simulate elettroniche termiche all'inizio degli stadi progettazione. Inoltre nostra considerevole esperienza nella progettazione silicone consente soluzioni ASIC costo efficienti vasta prodotti d'imballaggio elettronici. C-MAC Microcircuits porta vasta tecnologica produttiva economica alla nuova divisione della MicroTechnology. materiali avanzati recenti tecniche assemblaggio sono attualmente produzione volume. materiale avanzato produttive includono:
Come indicazione dell'impegno alla nostri processi produzione vengono valutati azionati sotto Controllo Processo Statistico (SPC).Questo complimentato dalle tecniche come Failure Mode Effect Analysis (FMEA) simulazione prodotto. dedicazione produrre prodotti fondamentale viene riflessa nella nostra vasta gamma approvazioni internazionali, includono QS9000, 9001, 1772A, PRF38534, UKAS, CECC BS9450 oltre molte certificazioni clienti individuali. vantiamo reputazione stabilita nella fornitura componenti microelettronica integrazione dello Spazio. prodotti offriamo vanno semplici reti resistenze pacchetti mescolatura semiconduttori schermatura classe ibridi completamente customizzati. Viene fornito design integrato pacchetto tecnico, caratterizzato simulazione analogica, digitale termica prima della realizzazione della pellicola spessa, versione separata completa customizzazione requisiti design FPGA ASIC. C-MAC Microcircuits grande produttore ibridi customizzati settore mercato militare. vantiamo storia progettazione produzione prodotti databus avionica applicazioni 1553 1760. fine ottenere costo effettivo richiesto settore militare, abbiamo investito considerevoli somme nello sviluppo customizzazioni ASIC suono centro questi prodotti. Forniamo milioni pezzi l'anno circuiti ibridi pellicola spessa mercato delle telecomunicazioni. Tipiche applicazioni includono interruttori principali (schede linea), interruttori privati prodotti trasmissione. Tramite stretta collaborazione lavoro alcuni leader della Comunicazione Radio, abbiamo sviluppato gamma moduli potenza all'avanguardia. Oggi siamo riconosciuti campo internazionale nostre soluzioni allo stato dell'arte telefoni cellulari, stazioni base cellulari radio ricetrasmittenti. fine sostenere nostro impegno d'espansione settore dell'indust omobilist bbia enut l'approvazione 9000 nostri stabilimenti chiave. Questo sviluppo della nostra registrazione 9000 parte nostro impegno continuo miglioramento, politica estende tutta C-MAC. C-MAC Frequency Products stata fondata durante 1998 combinare forze quattro industrie leader, C-MAC Quartz Crystals, CEPE, Greenray Limited. nostra gamma prodotti controllo frequenza probabilmente vasta disponibile singolo fornitore, cristalli commerciali economici oscillatori alte specifiche usati nelle esigenti applicazioni militari spaziali. Oltre prodotti standard descritti presente Manuale Dati, C-MAC Frequency Products offre servizio progettazione customizzata sviluppato soddisfare quelle esigenze vanno oltre quelle comunemente specificate. prodotti normative della
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Substrati LTCC (Low Temperature Co-Fired Ceramic) ingo esso (senza ristringimento) componenti incassati/nascosti, complesse Pellicola spessa ceramica foto immagine fine alta elevati collegamenti alte prestazioni. Chip scheda, chip ceramica chip flip diretto attacco Stampa pellicola spessa altamente automatizzato produttive Saltamente automatizzate
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European Space Agency della British Standard sono anche disponibili. C-MAC Frequency Products Division include diversi impianti produzione stabiliti, competenza sede copre l'intero spettro delle tecnologie controllo frequenze quartz. Fonti alternative dispositivi individuali sono disponibili, quindi fornitura assicurata. produzione tutta divisione controllata sistemi pianificazione rete MRPII, offre completa tutte fasi processo. costante ispezione valutazione assicura prodotto finito. procedure della ISO9001 sono vigore tutti stabilimenti certificata corso certificazione ISO001. L'approccio preferito della C-MAC Frequency Products servizio cliente partner. ogni cliente viene assegnato manager specialista quale, attingendo dalla competenza tecnica Reparto Assistenza Applicazione della C-MAC, guida clienti attraverso ciclo sviluppo concetto della progettazione prodotti alla produzione piena scala. clienti possono ordinare C-MAC Frequency Products tramite questo esauriente libro dati (Data Book), relativo CD-ROM, tramite sito internet http://cfpwww.com. C-MAC tiene magazzino vasta gamma componenti specificati consegna immediata consegnare molti altri entro pochi giorni grazie servizio produzione espressa. pochi veri specialisti internazionali controllo della frequenza, C-MAC Frequency Products solida organizzazione vendita diretta assistita oltre distributori rappresentanti paesi (vedi pagina 275). MEMBRI GRUPPO C-MAC FREQUENCY PRODUCTS C-MAC Quartz Crystals C-MAC Quartz Crystals trova radici 1937 alla divisione Radio Division Standard Telephones Cable (STC). seguito trasloco Woolwich Harlow, 1952 l'aggiunta della crescita servizi quartz 1962, stabilimenti circuiti ibridi cristallo della vennero acquistati dalla Nortel dalla C-MAC Industries 1992. 1995 l'azienda venne rinforzata l'acquisizione degli impianti cristallo quartz della Plessey Semiconductors Lincoln, Oggi C-MAC Quartz Crystals offre gamma intensiva prodotti, incluso oscillatori (TCXO VCXO) cristallo compenso temperatura controllo tensione filtri (onde acustiche superficie), semplici oscillatori cristallo (XO) risonanti. dedicazione fornire riflette nella certificazione ISO9001 della C-MAC gamma approvazioni clienti prodotto, includono CECC 68000, CECC 68100 ESA/SCC 3501. totale gestione della (TQM), adottata tutta l'azienda, coadiuvata dalle `squadre continuo supporto' bersagli auto imposti sono zero difetti 100% tempi consegna. CEPE CEPE (Compagnie leader mondiale nella progettazione nella produzione OCXO quartz, stabilimento dedicato 7800 metri
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quadri Argenteuil, Parigi, Francia. Fondato all'interno della Thomson-CSF circa anni allo scopo offrire prodotti cristallo (onda acustica massa) (bulk acoustic wave) mercati della difesa dell'avionica, l'azienda diversificato mercati commerciali quali comunicazioni mobili. CEPE stata acquisita dalla C-MAC Industries gennaio 1998. CEPE considerevole competenza nella produzione, taglio, nella metallizzazione montaggio cristalli quartz tagliati, alta nell'ottimizzazione termica circuiti oscillatori, locazione componenti materiali PCB. Greenray Greenray, rinomata ditta lungo tempo fornitura prodotti oscillatori varia gamma applicazioni industrie, stata acquisita dalla C-MAC Industries 1995. stabilimento 20,000 piedi quadri Mechanicsburg, Pennsylvania, piazzato servire esigenze clienti Nord America. Oltre alla produzione schede stampate convenzionali, Greenray qualificata manifattura prodotti utilizzando chip semiconduttori nudi collegamenti leganti cavi. Limited IQD, sede Crewkerne, stata fondata 1973 produrre commercializzare vasta gamma prodotti controllo frequenza, grado commerciale quello usato nelle rigide applicazioni militari professionali. stato pietra angolare successo dell'azienda. stato primo produttore ricevere l'approvazione BS5750 possiede certificazione ISO9001.Il esauriente programma comprende tutti aspetti assistenza cliente contatto della vendita iniziale alla consegna tempo. complimentata programma sviluppo addestramento personale successo stato riconosciuto dall'ambito premio Investors People Award, presentato all'azienda dicembre 1997. INFORMAZIONI SUGLI ORDINI Ammontare minimo ordine Ordini clienti abituali Prepagata altre valute invio confezionamento). Preventivi preventivi fatti dalla sono validi periodo giorni, altrimenti dichiarato. Certificati Certificati sono disponibili richiesta importo minimo altre valute) l'ordine confermato iscritto lettera. Conferma dell'ordine accuse ricezione ordini inviate tutti ordini entro giorni dalla ricezione. Cancellazione dell'ordine Ordini d'acquisto merce prodotta ordinazione sono annullabili. Spedizione
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Ordini merce ex-stock, ricevuti prima delle 17:00 pomeridiane, sono normalmente spediti stesso giorno specificatamente richiesto momento dell'ordine. Termini pagamento giorni dalla fine mese della fattura approvazione credito cliente. Speciali servizi Scambio elettronico dati (EDI) Offriamo collegamenti accesso agli standard internazionali. ntattare nostro Dipartimento I.T. Codice barre richiesta, codice barre essere applicato alla confezione prodotto. prechiamo contattare nostro Dipartimento I.T. Pagamenti valuta, esclusa sterlina. nostra valuta internazionale preferita dollaro americano, possiamo operare qualsiasi valuta desiderasse; preghiamo discutere cosa reparto vendite prima fare primo ordine. preghiamo inoltre assicurarsi rimessa nella valuta stabilita arrivi completa, senza deduzione degli oneri. Restituzione della merce clienti desiderano restituire della merce qualsiasi ragione devono contattare primo luogo nostro reparto vendite, altrimenti siverificherebbero considerevoli ritardi trattare restituzioni. Specifiche mettere disposizione clienti, tecnologie componenti quarzo sempre avanzate, riserva diritto modificare senza preavviso specifiche, disegno modelli vendita. CRISTALLI QUARZO: NATURALI COLTIVATI quarzo forma cristallina biossido silicio (SiO2), sostanza estremamente comune natura, tanto costituire circa della crosta terrestre. combinazione limitato numero fornitori quarzo naturale l'elevato costo questo materiale favorito produzione quarzo "coltivato". crescita cristalli quarzo avviene dissolvendo, ambiente alta temperatura alta pressione, biossido silicio soluzione alcalina. Questo processo svolge autoclavi appositamente costruite sopportare severe condizioni ambientali richieste. cristalli "seme" vengono montati cornici posizionate nella parte fredda dell'autoclave: soluzione carbonato sodio alcuni frammenti SiO2 vengono invece posizionati nella parte calda dell'impianto. soluzione muove dalla sezione calda quella fredda: durante questo spostamento vengono dissolti frammenti vanno depositarsi cristallo seme. corso tutto processo temperature vengono accuratamente controllate. Nell'arco circa dieci settimane possono essere ottenute barre cristallo dimensioni rilevanti. prodotto dipende larga parte dalle condizioni della crescita. cristalli vengono comunque prodotti secondo profili
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dimensioni consentono minimizzare sprechi tempo materiale. volta prodotte, barre vengono tagliate fette. L'angolo taglio wafer essenziale fini della determinazione della frequenza della temperatura cristallo finale. tipo taglio diffuso l'AT, dove pezzo grezzo viene ottenuto incidendo barra cristallo un'angolazione circa 35o: tale inclinazione consente ottenere range frequenze compreso MHz. PROPRIETA' PIEZOELETTRICHE QUARZO dalla scoperta delle piezoelettriche quarzo, avvenuta 1880 opera Pierre Marie Curie, questo materiale assunto, fini della crescita dell'industria elettronica, ruolo estremamente significativo. Comprimendo allungando materiale piezoelettrico possibile ottenere tensione. Questa bivalente: tensione applicata materiale causa infatti deformazione tipo meccanico. caso cristalli pressione risultante tensione adesso applicata viene restituita sotto forma oscillazione particolare frequenza risonanza. Tale frequenza funzione dello spessore cristallo. accuratamente preparato cristallo essere predisposto oscillare qualsiasi frequenza. PANORAMICA DELLA PRODUZIONE COMPONENTI BASATI CRISTALLI processo produttivo inizio riduzione dello spessore pezzo grezzo. Come detto, frequenza viene determinata dallo spessore: pezzi vengono tagliati spessore superiore quello richiesto modo tale potere operare riduzione dell'altezza fino ottenere frequenza desiderata. Tale riduzione viene realizzata tramite lappatura abrasivi (come esempio quelli base ossido d'alluminio), operazione consente ottenere superfici estremamente rifinite. cristallo viene lappato fino quando spessore raggiunge dimensione leggermente superiore quello corrispondente alla frequenza finale. processo lappatura viene seguito dalla pulitura taglio pezzo: tali fasi permettono migliorare finitura della superficie riducendo inoltre variazioni frequenza nell'ambito stesso lotto cristalli. connessioni elettriche vengono realizzate depositando pezzo metallo (normalmente argento): metodo seguito basa sull'evaporazione vuoto. questo punto cristallo viene montato tramite serie apposite molle sulla relativa base. volta posizionato cristallo, opportuno adesivo conduttivo incarica collegare code degli elettrodi. passo successivo prevede l'accordatura alla frequenza finale. regolazione viene ottenuta deponendo strato maggiore argento. volta accertata frequenza corretta, cristalli vengono cotti forni prima essere incapsulati nella confezione. Completato l'assemblaggio sono finalmente pronte test finale. complicazione processo produttivo specialmente quanto riguarda frequenza livelli sottolinea l'esigenza fornitore potere contare dettagliate specifiche d'utente. specifiche minime normalmente
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richieste quando ordinano prodotti quarzo sono elencate all'inizio ciascuna sezione. PRECAUZIONI Come descritto precedenza, l'unita cristallo quartz comprende piccolo disco striscia quartz stato elaborato all'esatta dimensione spessore seconda della frequenza risonante specificata cliente. quartz elettrodi conduttivi montato astuccio ermeticamente sigillato (Vedi Fig.1) elettrodi collegano conduttori passano attraverso gruppo base mediante delle tenute vetro metallo. cristallo sono spesso incapsulate assieme altri circuiti fine realizzare modulo completamente completamente funzionale, oscillatore filtro complesso, Fig. illustra semplice oscillatore cristallo. Data natura cristallo, corretta manipolazione molto importante. Urto meccanico componenti cristallo sono prodotti resistere certo livello urto meccanico. Tali livelli sono descritti all'interno delle specifiche ambientali ciascun tipo componente individuale tutto Manuale Dati. Eccessivi d'urto possono causare cambiamenti nelle caratteristiche elettriche, molto probabilmente come cambio frequenza. Severo maltrattamento, come lasciarlo cadere superficie dura, potrebbe risultare effettiva rottura. Manipolazione conduttori Eccessiva piegature conduttori potrebbe causare danni alla tenuta vetro metallo causerebbe perdita dell'astuccio. astucci sono riempiti inerte perdita rapida deteriorazione prodotto causa contaminazione atmosferica. Pertanto bisogna aver cura nella manipolazione cristallo tirare piegare conduttori. componente bisogno essere spostato modo necessita piegare conduttori, questi ultimi devono essere piegati lievemente distanti dalla tenuta vetro onde evitare lesione. raggio minimo consigliato curvatura dipende pdodotto, esempio: HC49 UM1. Prodotti Tape Reel Prima utilizzare cristalli macchinario piazzamento automatico necessario svolgere test verifichino livello shock meccanico dispositivo sottoposto durante processo montaggio: necessario tale livello essere ridotto. Temperatura cristalli vengono sottoposti estreme temperature, fuori limiti temperature d'immagazzinaggio, prestazioni elettriche potrebbe subire degli effetti, causerebbero eventuale guasto. Scarica elettrostatica (ESD) Solo estreme tensioni vedere, udire sentire statica, anche basse tensioni possono danneggiare circuiti elettronici. danneggiamento causato agli oscillatori risultori scariche elettrostatiche potrebbe
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essere evidente immediatamente essere ritardato, causando degrado circuiti, volta causare guasto dell'oscillatore campo. Sebbene quartz suscettibile danneggiamenti ESD,i circuiti elettronici associati contenuti all'interno dell'oscillatore deve essere considerato come dispositivo Sensibile alle Scariche Elettrostatiche (ESDS). dispositivi ESDS devono essere manipolati soltanto Area protezione ESDS EPA, dove tipicamente vengono usate fascette polsini. Qualsiasi forma trasporto deve essere intrapresa utilizzando i'opportuno imballaggio protettivo. Tutti imballaggi devono essere contrassegnati avviso avvertenza misure protezione l'imballaggio devono essere conformi alla 100015. dettagliato elenco delle precauzioni bisogna prendere prega contattare reparto Application Support Department. Informazioni Generali approssimato spessore disco della fascetta ottiene seguendo l'equazione riportata seguito: Spessore (mm) 1,67 (MHz)
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NOTES
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QUARTZ CRYSTALS Section Contents
Specifying Quartz Crystals Stock Quartz Crystals Watch Crystals 32.7680kHz Cylinder Crystals (3.0 9.0) CX-1-03 CRYSTALS 10.0kHz 2.10MHz CX-1-03 CRYSTALS 160.0MHz HC35 (TO5) Crystals Crystals
QUARTZ CRYSTALS
Crystals. HC49/4H HC49/3H Crystals HC49 Crystals Crystals: CFPX-2000 Series CFPX-3000 ESA/SCC Approved Quartz Crystals
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SPECIFYING QUARTZ CRYSTALS
typical quartz crystal specification reads like this: 35.0MHz HC49 Frequency Holder Style Frequency Tolerance 25°C Frequency Stability Lower Operating Temp Range Circuit Condition
QUARTZ CRYSTALS
Frequency Tolerance cost manufacture depends partly accuracy required reference temperature (which case AT-cut crystal, usually 25°C). Where high initial accuracy important additional manufacturing cost should weighed against cost including frequency trimming facility within oscillator. Frequency Stability Frequency stability normally specified frequency tolerance over defined operating temperature range with respect frequency reference temperature. temperature ranges defined each crystal relevant data sheet. However majority crystals will continue operate quite satisfactorily outside temperature range which they specified, with possible degradation their frequency stability. Generalised frequency temperature curves AT-cut crystal types illustrated following pages. These indicate that, without compensation, crystal specified operation over wide frequency range will probably have inferior performance over narrower range than whose design optimised narrower range. angle quartz blank from quartz stone determines which curve will followed; chosen angle being subject tolerance. Thus, since manufacturing cost tolerance-dependent wise specify wider operating temperature range than actually needed unless some sacrifice stability, increase cost, accepted. Standard Frequency Tolerances Stabilities
Overtone order Packaging Additional Text Code (for non-standard product) following notes define each element specification. Frequency Frequency normally specified kilohertz (kHz) 999.999kHz megahertz (MHz) from 1.0MHz. computer-generated transaction documents follow this standard convention automatically. frequency should given seven significant figures. seven significant figures used, figure that might follow those given will taken zero. Thus frequency given 16.6MHz will taken 16.60, 16.66667. Some specifiers extend crystals operating fundamental mode, reserving overtones. minimise possibility misunderstanding best standard method specify mode. Holder Style Before manufacture crystal start, holder style must defined. holder size known unimportant, will supply holder normally adopted frequency specified, such HC49 majority microprocessor applications. holder information should also cover mechanical variant required such wire cropped leads. following variants example available most crystals, either singly some cases, combination:
±5ppm, ±10ppm, ±15ppm, ±20ppm, ±30ppm, ±50ppm, ±100ppm
Operating Temperature Ranges
50°C 60°C 70°C 80°C
90°C 105°C 125°C
lead base wire Insulating sleeve Taped reeled Fitted insulator Cropped leads Formed leads
When required temperature range symmetrical about 25°C, indicated specification lower figure, 70°C would read `20' shown example. required temperature range symmetrical about 25°C, both figures used, 85°C appear additional text code section (T). Circuit condition characters `SR' used denote calibration crystal series resonance. calibrated load resonance characters represent circuit load capacitance Packaging Codes Tape Reel packaging available option many products outlined Quartz Crystal chapter.
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Unless individual datasheets state Tape Reel packaging, items will Bulk packed. Please note: only complete Reels sold.
Outline (inches)- Insulated Sleeve HC49
Bulk packed
Tape Reel packed
Additional Text Code product non-standard, letter will appear product specification. This refers additional text quotation/sales order identify special requirements. Outline Drawings Dimensions crystal outline drawings shown only guide. Precise dimensions crystal holders available from Engineering Department upon request. dimensions shown inches) nominal unless otherwise stated. outlines scale unless otherwise specified. Marking Product will indelibly marked detailed individual data sheets. Where space limited some information will omitted truncated C-MAC Frequency Products discretion. Full product details will found individual batch packaging. Delivery Options following Express delivery options available certain crystals; timescales refer despatch from factories.
Outline (inches)- HC49 with Wire
working days (Express service) working days (Express service) working days (Express service) working days (Express service)
Prices larger quantities longer delivery times manufacturing costs. Please refer individual datasheets further information. Ordering Information
Outline (inches)- Tape HC49
individual datasheet
Stability Conversion Chart
10-3 10-4 10-5 10-6 10-7 10-8 10-9 10-10 1000 0.01 0.001 0.0001 0.01 0.001 0.0001 0.00001 0.000001 0.0000001 0.00000001
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QUARTZ CRYSTALS
STOCK QUARTZ CRYSTALS
Minimum Order Information Required
Stock Number Alpha Code
Frequency 15.0MHz Stock XTAL002995 XTAL002996 XTAL002997 XTAL014219 XTAL003018 XTAL011315 Alpha Code A103A A103B A103C A103V A109C A103U 15.360MHz 16.0MHz
Holder HC49/4H HC49/4H HC49/4H
Specification 30/50/10/30 20/30/10/30 30/50/20/30 30/50/10/30 30/50/20/30 30/50/10/30 30/50/20/12 30/50/10/20
Stock XTAL003236 XTAL003554 XTAL003240 XTAL003366 XTAL003176 XTAL003309 XTAL003185 XTAL003186
Alpha Code A160K M451K A161K A213K A146K A182K A147K A147L A189K A116K A166K A216K A220H
WATCH CRYSTALS
Frequency 32.7680kHz 32.7680kHz 32.7680kHz 32.7680kHz
QUARTZ CRYSTALS
Holder 3x8mm 3x8mm 2x6mm 2x6mm 3x8mm 2x6mm
Specification 20/-/-/12.5 15/-/-/12.5 20/-/-/12.5 -/-/-/6 100/-/-/12.5 50/-/10/10
16.93440MHz HC49/4H 18.4320MHz HC49/4H
19.66080MHz HC49/4H 20.0MHz 20.0MHz 24.0MHz HC49/4H HC49/4H
40.0kHz 60.0kHz
HC49/4H 30/50/10/30 Fund XTAL003325 HC49/4H 30/50/10/20 Fund XTAL003046 HC49/4H 30/50/20/SR XTAL003254 XTAL003371 XTAL003379
HC49/4H CRYSTALS
Frequency 3.27680MHz Holder HC49/4H Specification 30/50/10/12 30/50/20/20 30/50/20/30 20/50/10/30 30/50/20/30 30/50/10/30 30/50/10/30 30/50/10/12 30/50/10/20 30/50/20/30 30/50/10/30 30/50/10/30 30/50/10/30 30/50/10/30 30/50/10/30 15/30/10/18 30/50/10/30 30/50/20/30 30/50/10/30 30/50/10/30 30/50/20/30 30/50/10/30 30/50/20/30 30/50/20/30 30/50/10/30 30/50/20/30 30/50/10/30 Stock XTAL003052 XTAL003063 XTAL003263 XTAL003074 XTAL003081 XTAL003084 XTAL003092 XTAL003093 XTAL003102 XTAL003115 XTAL003119 XTAL003510 XTAL003132 XTAL003137 XTAL003335 XTAL003336 XTAL003145 XTAL003156 XTAL003271 XTAL003279 XTAL003169 XTAL003365 XTAL003523 XTAL003215 XTAL003286 XTAL003200 XTAL003224 Alpha Code A118C A119K A169K A120K A121K A122K A123J A123K A124K A127K A128K L102K A132K A133K A194K A194L A139A A140K A170K A173K A143K A212K L108K A158K A175K A153L A159K
24.5760MHz 32.0MHz
35.25120MHz HC49/4H 15/30/20/18 40.320MHz HC49/4H 30/50/10/18
3.579545MHz HC49/4H 3.68640MHz 4.0MHz 4.0320MHz 4.0960MHz HC49/4H HC49/4H HC49/4H HC49/4H
HC49 CRYSTALS Please note: Specifications followed denote specification.
Frequency 1.84320MHz 2.0MHz 2.45760MHz 2.45760MHz 3.27680MHz 3.579545MHz 3.579545MHz 3.579545MHz 3.68640MHz 3.68640MHz 3.68640MHz 4.0MHz 4.0MHz 4.0MHz 4.0MHz 4.0320MHz 4.0960MHz 4.0960MHz 4.194304MHz 4.433619MHz 4.433619MHz Holder HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 Specification 20/50/10/30 50/100/0/20 20/50/10/30 30/50/20/32 20/30/10/12 20/50/10/20 30/50/10/20 30/50/20/18 20/50/10/30 30/50/10/30 30/50/20/20 20/10/20/30 20/50/10/30 30/50/10/30 30/50/20/20 20/10/20/30 20/10/20/30 20/50/10/30 20/30/10/12 20/30/10/20 30/50/10/20 Stock XTAL003033 XTAL003037 XTAL003044 XTAL012873 XTAL003081 XTAL003056 XTAL003064 XTAL010035 XTAL003257 XTAL003264 XTAL012878 XTAL003067 XTAL003068 XTAL003077 XTAL011512 XTAL003079 XTAL003082 XTAL003083 XTAL003086 XTAL003099 XTAL003628 Alpha Code A113B A114E A116C A116U A118B A119C A119M A119U A169A A169M A169U A120A A120B A120N A120U A121A A122A A122B A123A A124D A124M
4.194304MHz HC49/4H 4.194304MHz HC49/4H 4.433619MHz HC49/4H 4.91520MHz 5.0MHz 5.760MHz 6.0MHz 6.1440MHz 7.37280MHz 7.37280MHz HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H
7.864320MHz HC49/4H 8.0MHz 8.1920MHz 9.83040MHz 10.0MHz 10.7520MHz HC49/4H HC49/4H HC49/4H HC49/4H HC49/4H
11.05920MHz HC49/4H 12.0MHz 12.2880MHz HC49/4H HC49/4H
14.318180MHz HC49/4H 14.74560MHz HC49/4H
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Frequency 4.6080MHz 4.91520MHz 4.91520MHz 5.0MHz 5.0MHz 5.242880MHz 6.0MHz 6.0MHz 6.1440MHz 6.1440MHz 6.1440MHz 6.55360MHz 7.37280MHz 7.37280MHz 7.6800MHz 8.0MHz 8.0MHz 8.0MHz 8.1920MHz 8.388608MHz 8.867237MHz 9.83040MHz 10.0MHz 10.0MHz 11.0MHz 11.05920MHz 11.05920MHz 11.05920MHz 11.05920MHz 11.05920MHz 11.28960MHz 12.0MHz 12.0MHz 12.0MHz 12.2880MHz 12.2880MHz 14.0MHz 14.318180MHz 14.74560MHz 15.0MHz 15.360MHz
Holder HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49
Specification 20/50/10/30 20/50/10/30 30/50/10/30 20/50/10/30 30/50/20/20 20/30/10/12 20/50/10/30 30/50/10/30 20/50/10/30 20/50/0/12 30/50/20/20 20/30/10/12 20/50/10/30 30/50/20/20 20/50/10/30 20/50/10/30 30/50/10/30 30/50/20/20 20/50/10/30 20/50/10/30 30/30/10/20 20/50/10/30 20/10/20/30 20/50/10/30 20/30/10/30 20/30/10/20 20/30/10/30 30/50/10/20 30/50/10/30 30/50/20/20** 20/30/10/30 20/30/10/30 30/50/10/30 30/50/20/20 20/30/10/30 30/50/20/20 20/50/10/30 20/50/10/30 20/30/10/30 20/50/10/30 20/30/10/30
Stock XTAL003107 XTAL003110 XTAL003111 XTAL003118 XTAL012882 XTAL003316 XTAL003127 XTAL003128 XTAL003134 XTAL003135 XTAL012886 XTAL003141 XTAL003329 XTAL012889 XTAL003144 XTAL003147 XTAL003148 XTAL010875 XTAL003268 XTAL003157 XTAL003201 XTAL003277 XTAL003162 XTAL003164 XTAL003327 XTAL003515 XTAL003517 XTAL003518 XTAL003995 XTAL012876 XTAL003367 XTAL003206 XTAL003207 XTAL012884 XTAL003280 XTAL012892 XTAL003338 XTAL003194 XTAL003218 XTAL003228 XTAL003552
Alpha Code A125C A127A A127B A128B A128U A186A A132A A132B A133A A133B A133U A135A A194A A194U A138A A140A A140B A140U A170A A141A A154A A173A A143A A143E A193A L108A L108C L108D L108S L108U A214A A158A A158B A158U A175A A175U A195A A153A A159A A160C M451A
Frequency 16.0MHz 16.0MHz 16.0MHz 18.4320MHz 19.66080MHz 20.0MHz 20.0MHz 20.480MHz 22.57920MHz 24.0MHz 24.000140MHz 24.5760MHz 32.0MHz 32.0MHz 35.25120MHz 40.320MHz
Holder HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49 HC49
Specification 20/30/10/30 30/50/10/30 30/50/20/20 30/50/20/20 30/50/10/18 20/50/10/30 30/50/10/30 30/50/10/30
Stock XTAL003231 XTAL003242 XTAL012898 XTAL011515 XTAL003306 XTAL003177 XTAL003180 XTAL010276
Alpha Code A161A A161N A161U A146U A182C A147A A147D A208B A315A
QUARTZ CRYSTALS
10/20/10/15 Fund XTAL003407 20/50/10/30 Fund XTAL003320 15/30/10/18 Fund XTAL003360 20/50/10/30 Fund XTAL003386 20/30/10/SR XTAL003248
A189A A210A A223A A166A A166M A216A A220A
30/50/10/SR Fund XTAL003667 15/30/10/18/ 15/30/10/18/ XTAL003370 XTAL003377
CRYSTAL ACCESSORIES
Description Insulators (Mylar, holes) Insulators (Mylar, holes) Insulator (PTFE, holes) Clips Holder (HC45) HC49 HC49 HC49 Stock INSL000003 INSL000002 INSL000004 CLPS000001 Alpha Code M153C M153B M153D M156A
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NOTES
QUARTZ CRYSTALS
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WATCH CRYSTALS 32.7680kHz
ISSUE JUNE 1998 Delivery Options
Outline (inches) (scale 3:1)
Product available from stock. Please details
Holder Style
Watch crystals press sealed. sizes available: 8.2mm 6.2mm
General Specifications
Load Capacitance (CL): 15pF Drive Level: 1.0mW max. Static Capacitance (C0): 1.6pF typical
Standard Frequency Tolerances Stabilities
±20ppm, ±30ppm, ±50ppm, ±100ppm
Operating Temperature Ranges
50°C 60°C
70°C 80°C
Storage Temperature Range
125°C Frequency Temperature Curve
f/f0
Marking
Frequency (3.0 8.2mm only; 6.2mm product unmarked)
Minimum Order Information Required
Frequency Holder Frequency Tolerance 25°C Operating Temperature Range Circuit Condition
-0.038(
Electrical Specification maximum limiting values
Frequency Range Frequency Tolerance 25°C ±2°C ±10ppm ±100ppm Operating Temperature Range 50°C 60°C 70°C 80°C Frequency Stability Available Over Operating Temperature Minimum 32.7680kHz -25ppm -50ppm -85ppm -150ppm Maximum -100ppm -100ppm -100ppm -300ppm 50kW Fundamental Vibration Mode
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QUARTZ CRYSTALS
CYLINDER CRYSTALS (3.0 9.0mm)
ISSUE JUNE 1999 Delivery Options
Outline (inches) (scale 2:1)
Please contact sales office current leadtimes
Holder Style
9.0mm cylinder crystals press sealed
General Specifications
Load Capacitance (CL): 15pF (15.0kHz 1.5360MHz) 10pF 50pF Series (3.570MHz 60.0MHz) Drive Level: 1.0mW max. (15.0kHz 1.5360MHz) 500.0mW max. (3.570MHz 60.0MHz)
QUARTZ CRYSTALS
Standard Frequency Tolerances Stabilities
±10ppm, ±20ppm, ±30ppm, ±50ppm, ±100ppm, ±150ppm, ±200ppm, ±300ppm
Operating Temperature Ranges
50°C 60°C 70°C
80°C 90°C
Storage Temperature Range
125°C
Marking
Frequency
Minimum Order Information Required
Frequency Holder Frequency Tolerance 25°C Operating Temperature Range Circuit Condition
Electrical Specification maximum limiting values
Frequency Range Frequency Tolerance 25°C ±2°C ±20ppm ±100ppm Operating Temperature Range 50°C 60°C 70°C 80°C 90°C 350.0kHz 1.5360MHz ±50ppm ±100ppm 50°C 60°C 70°C 80°C 90°C Frequency Stability Available Over Operating Temperature Minimum 15.0 150.0kHz -25ppm -50ppm -80ppm -120ppm -170ppm ±50ppm ±100ppm ±150ppm ±200ppm ±300ppm Maximum -300ppm -300ppm -300ppm -300ppm -500ppm ±300ppm ±300ppm ±300ppm ±300ppm ±500ppm 1.5kW Fundamental 35kW Fundamental max. Vibration Mode
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Frequency Range
Frequency Tolerance 25°C ±2°C ±30ppm ±100ppm
Operating Temperature Range 50°C 60°C 70°C 80°C 90°C
Frequency Stability Available Over Operating Temperature Minimum Maximum ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±10ppm ±20ppm ±30ppm ±40ppm ±50ppm ±10ppm ±20ppm ±30ppm ±40ppm ±50ppm ±10ppm ±20ppm ±30ppm ±40ppm ±50ppm ±10ppm ±20ppm ±30ppm ±40ppm ±50ppm ±10ppm ±20ppm ±30ppm ±40ppm ±50ppm ±10ppm ±20ppm ±30ppm ±40ppm ±50ppm ±10ppm ±20ppm ±30ppm ±40ppm ±50ppm ±10ppm ±20ppm ±30ppm ±40ppm ±50ppm
max. 200W
Vibration Mode Fundamental
3.570 3.70MHz
3.70 4.0MHz
±30ppm ±100ppm
50°C 60°C 70°C 80°C 90°C
180W
Fundamental
5.0MHz
±30ppm ±100ppm
50°C 60°C 70°C 80°C 90°C
200W
Fundamental
10.0MHz
±30ppm ±100ppm
50°C 60°C 70°C 80°C 90°C
120W
Fundamental
10.0 16.0MHz
±30ppm ±100ppm
50°C 60°C 70°C 80°C 90°C
Fundamental
16.0 26.0MHz
±30ppm ±100ppm
50°C 60°C 70°C 80°C 90°C
Fundamental
26.0 30.0MHz
±30ppm ±100ppm
50°C 60°C 70°C 80°C 90°C
Fundamental
30.0 60.0MHz
±30ppm ±100ppm
50°C 60°C 70°C 80°C 90°C
100W
Overtone
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QUARTZ CRYSTALS
CX-1-03 CRYSTALS 10.0kHz 2.10MHz
ISSUE MARCH 1998 Delivery Options
Storage Temperature Range
125°C
Please contact sales office current leadtimes
Environmental Specification
Description
Shock: 1000g, 1.0ms sine 614.40kHz) Shock: 750g, 0.3ms sine (530.0kHz 2.10MHz) Vibration: 20g, 2000Hz
Statek's CX-1,-1V, crystals high quality chemically etched resonators manufactured with photolithographic process. CX-1H version tuning fork resonator intended simple series oscillators over frequency range 10.0 614.40kHz. CX-1V versions intended simple Pierce oscillators. They tuning fork resonators over frequency range 10.0 614.40kHz. CX-1 length extensional resonators covering frequency range 530.0kHz 2.10MHz.
Marking
Includes Frequency
QUARTZ CRYSTALS
Minimum Order Information Required
Frequency Model Terminations Frequency Tolerance 25°C Operating Temperature Range Circuit Condition
Holder Style
Outline (inches) (scale 2:1)
CX-1-03 crystals housed ceramic package, hermetically sealed, with soft soldered glass leads.
General Specifications
Load Capacitance (CL) CX-1V type: 11pF (10.0 16.0kHz) 10pF (16.0 25.0kHz) (25.0 55.0kHz) (55.0 100.0kHz) (100.0 180.0kHz) (180.0 614.40kHz) Load Capacitance (CL) CX-1 type: (530.0kHz 2.10MHz) Other values available upon request CX-1H type calibrated Series Resonance Static Capacitance (C0): 1.0pF 2.0pF Drive Level CX-1V type: 0.5mW max. (10.0 25.0kHz) 1.0mW max. (25.0 614.40kHz) Drive Level CX-1 type: 3.0mW max. (530.0kHz 2.10MHz) Drive Level CX-1H type: 1.5mW max. (10.0 25.0kHz) 3.0mW max. (25.0 614.40kHz) Ageing: ±5ppm maximum first year
Frequency Temperature Curve (32.768kHz)
f/f0
Operating Temperature Ranges
70°C 85°C 125°C
-0.035(
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Electrical Specification maximum limiting values
Frequency Range 10.0 25.0kHz *Frequency Tolerance 25°C ±2°C ±30ppm ±100ppm ±1000ppm ±30ppm ±100ppm ±1000ppm ±30ppm ±100ppm ±1000ppm ±50ppm ±100ppm ±1000ppm ±100ppm ±200ppm ±2000ppm ±200ppm ±500ppm ±5000ppm ±500ppm ±1000ppm ±10000ppm Operating Temperature Range 70°C 85°C 125°C 70°C 85°C 125°C 70°C 85°C 125°C 85°C 125°C 70°C 85°C 125°C 70°C 85°C 125°C 70°C 85°C 125°C 50.0kHz CX-1V Extensional 25kW Tuning Fork 50kW Tuning Fork
QUARTZ CRYSTALS
**ESR max. 2.1MW
Vibration Mode Tuning Fork
25.0 50.0kHz
360kW
Tuning Fork
50.0 75.0kHz
160kW
Tuning Fork
75.0 170.0kHz
70°C
100kW
Tuning Fork
170.0 250.0kHz
250.0 614.40kHz
530.0kHz 2.10MHz
Ordering Example Frequency Model Terminations Frequency Tolerance 25°C Operating Temperature Range: 70°C; 85°C; 125°C Load Capacitance (Circuit Condition) non-standard *Please note: other frequency tolerances available request. Above values CX-1H only, CX-1V divide above values Only CX-1 available
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CX-1-03 CRYSTALS 160.0MHz
ISSUE MARCH 1998 Delivery Options
Outline (inches) (scale 2:1)
Please contact sales office current leadtimes
Description
Statek's CX-1-03 crystals high quality chemically etched resonators manufactured with photolithographic process.
Holder Style
QUARTZ CRYSTALS
CX-1-03 crystals housed ceramic package, hermetically sealed, with soft soldered glass leads.
General Specifications
Load Capacitance (CL): 20pF Other values available upon request Static Capacitance (C0): 3.5pF Drive Level: 500mW Ageing: ±5ppm first year ±100ppm, ±1000ppm, ±10000ppm Tighter tolerances available
f/f0
Typical Frequency Temperature Curves various angles AT-cut crystals
Standard Frequency Tolerances*
Operating Temperature Ranges
70°C 85°C 125°C
Storage Temperature Range
125°C
Environmental Specification (higher specification available request)
Shock: 3000g, 0.3ms sine Vibration: rms, 2000Hz random
Marking
Includes Frequency
Minimum Order Information Required
Frequency Model Terminations Frequency Tolerance 25°C Frequency Stability Operating Temperature Range Circuit Condition
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Electrical Specification maximum limiting values
Frequency Range *Frequency Tolerance 25°C ±2°C ±100ppm ±1000ppm ±10000ppm ±100ppm ±1000ppm ±10000ppm ±100ppm ±1000ppm ±10000ppm ±100ppm ±1000ppm ±10000ppm ±100ppm ±1000ppm ±10000ppm ±100ppm ±1000ppm ±10000ppm Operating Temperature Range 70°C 85°C 125°C 70°C 85°C 125°C 70°C 85°C 125°C 70°C 85°C 125°C 70°C 85°C 125°C 70°C 85°C 125°C Frequency Stability Available Over Operating Temperature Minimum 9.0MHz ±10ppm ±20ppm ±30ppm ±10ppm ±20ppm ±30ppm ±10ppm ±20ppm ±30ppm ±10ppm ±20ppm ±30ppm ±10ppm ±20ppm ±30ppm ±10ppm ±20ppm ±30ppm Maximum ±100ppm ±100ppm ±300ppm ±100ppm ±100ppm ±300ppm ±100ppm ±100ppm ±300ppm ±100ppm ±100ppm ±300ppm ±100ppm ±100ppm ±300ppm ±100ppm ±100ppm ±300ppm Overtone Fundamental Fundamental 100W Fundamental
QUARTZ CRYSTALS
300W
Vibration Mode Fundamental
11.0MHz
200W
Fundamental
11.0 14.0MHz
14.0 20.0MHz
20.0 70.0MHz
48.0 160.0MHz
Ordering Example
10.0MHz CX-1 100ppm 18pF
Frequency Model Terminations Frequency Tolerance 25°C Frequency Stability Operating Temperature Range: 70°C; 85°C; 125°C Load Capacitance (Circuit Condition) non-standard *Please note: other frequency tolerances available request.
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HC35 (TO5) CRYSTALS
ISSUE JUNE 1998 Delivery Options
Outline (inches)
Express Manufacturing Service, subject piece part stock availability
Holder Style
HC35 (TO5) crystals resistance welded, hermetically sealed inert atmosphere with glass metal seals securing lead wires
General Specifications
QUARTZ CRYSTALS
Load Capacitance (CL): 10pF 75pF Series Drive Level: 1.0mW max. Static Capacitance (C0): max. Ageing: ±3ppm typical year
Standard Frequency Tolerances Stabilities
±5ppm, ±10ppm, ±15ppm, ±20ppm, ±30ppm, ±50ppm, ±100ppm
Typical Frequency Temperature Curves various angles AT-cut crystals
Operating Temperature Ranges
f/f0
50°C 60°C 70°C 80°C
90°C 105°C 125°C
Storage Temperature Range
125°C Shock: 981m/s2 6ms, three shocks each direction along three mutually perpendicular planes Vibration: 60Hz 0.75mm displacement, 2000Hz 98.1m/s2 acceleration, minutes each three mutually perpendicular planes
Environmental Specification
Marking
Includes Frequency
Minimum Order Information Required
Frequency Holder Frequency Tolerance 25°C Frequency Stability Operating Temperature Range Circuit Condition Overtone Order
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Fax: 0530
Electrical Specification maximum limiting values
Frequency Range Frequency Tolerance 25°C ±2°C ±5ppm ±100ppm Operating Temperature Range 50°C 60°C 70°C 80°C 90°C 105°C 125°C 15.0MHz ±5ppm ±100ppm 50°C 60°C 70°C 80°C 90°C 105°C 125°C 15.0 30.0MHz ±5ppm ±100ppm 50°C 60°C 70°C 80°C 90°C 105°C 125°C 25.0 90.0MHz ±5ppm ±100ppm 50°C 60°C 70°C 80°C 90°C 105°C 125°C 60.0 150.0MHz ±5ppm ±100ppm 50°C 60°C 70°C 80°C 90°C 105°C 125°C 125.0 175.0MHz ±5ppm ±100ppm 50°C 60°C 70°C 80°C 90°C 105°C 125°C 170.0 210.0MHz ±5ppm ±100ppm 50°C 60°C 70°C 80°C 90°C 105°C 125°C Europe Tel: (0)1460 74433 Fax: (0)1460 72578 Frequency Stability Available Over Operating Temperature Minimum 8.0MHz ±10ppm ±15ppm ±15ppm ±20ppm ±25ppm ±50ppm ±50ppm ±10ppm ±15ppm ±15ppm ±20ppm ±25ppm ±50ppm ±50ppm ±5ppm ±5ppm ±10ppm ±20ppm ±25ppm ±50ppm ±50ppm ±5ppm ±5ppm ±10ppm ±20ppm ±25ppm ±50ppm ±50ppm ±5ppm ±5ppm ±10ppm ±20ppm ±25ppm ±50ppm ±50ppm ±5ppm ±5ppm ±10ppm ±20ppm ±25ppm ±50ppm ±50ppm ±5ppm ±5ppm ±10ppm ±20ppm ±25ppm ±50ppm ±50ppm Maximum ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±100ppm ±10
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