The Datasheet Archive

SQ3344-49.152 MHZ datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
SQ3344-49.152 MHZ SQ3344-49.152 MHZ ECAD Model Pletronics OSC 5V 8PIN CMOS Original PDF

SQ3344-49.152 MHZ Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
SQ3300

Abstract: SQ3300V SQ3300P
Text: -125.000 MHz ±1 0 0 PPM is standard, but up to ± 25 PPM available. 0 - 70°C is standard, but can be , listed here.) 3. Frequency of Operation in kHz or MHz EXAMPLES: SQ3300V-10.000 MHz : SQ3345E-10.000 MHz . When customer's requirements are non-standard, a special engineering part number will be , . Range ( MHz ) 0.250 - 39.999 40.000-71.999 72.000-125.000 Icc (mA) Maximum 25 35 50 Tr & Tf (nS


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PDF SQ3300 60/404V) 390ohm IN914 SQ3300 SQ3300V SQ3300P
2001 - SQ3345

Abstract: sq33
Text: 19013 36th Ave. West Suite H Lynnwood, WA 98036, USA SQ3345 Series Half Size (8 Pin DIP) Metal Clock Oscillator CMOS with Enable/ Disable Lower Ringing Noise Option Available to Reduce EMI Available in Thru-Hole or Surface Mount Configuration 650 kHz ­ 69.999 MHz Standard Specifications , Logic "1"; Output disabled when Pin #1 is at Logic "0". Frequency Range ( MHz ) 0.650 ­ 10.001 ­ , MHz Model Frequency Stability 45 = ± 50 PPM 44 = ± 25 PPM 20 = ± 20 PPM Special


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PDF SQ3345 SQ3345: SQ3344: SQ3320: sq33
2001 - SQ3300

Abstract: No abstract text available
Text: Ringing Noise Enable/Disable Option (E/D) Frequency Range ( MHz ) 650 kHz ­ 69.999 MHz SQ3345: ± 50 , Option Frequency in MHz Special Specifications (choose all that apply) Blank: Std Specs (5.0V ± 10%, 0 to


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PDF SQ3300 SQ3345: SQ3344:
2001 - SQ3300

Abstract: SQ3345 SQ3345N
Text: kHz ­ 69.999 MHz (Consult factory for specific available frequencies) ± 50 PPM is standard, but ± 25 , of Operation in kHz or MHz 4. Optional Surface Mount Configuration ­ SMD EXAMPLES: SQ3345V-50.000 MHz ; SQ3345E-10.000 MHz , SQ3344N-10.000 MHz-SMD n When customer's requirements are non-standard, a , time with 15pF Load & Jitter Frequency Range ( MHz ) 0.650 ­ 10.000 10.0001 ­ 25.999 26.000 ­ 34.999


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PDF SQ3300 SQ3345 SQ3345N
2000 - Not Available

Abstract: No abstract text available
Text: 650 kHz – 69.999 MHz (Consult factory for specific available frequencies) ± 50 PPM is standard , (There are other alphabet designators not listed here.) 3. Frequency of Operation in kHz or MHz 4. Optional Surface Mount Configuration – SMD EXAMPLES: SQ3345V-50.000 MHz ; SQ3345E-10.000 MHz , SQ3344N-10.000 MHz-SMD n When customer’s requirements are non-standard, a special , 15pF Load & Jitter Frequency Range ( MHz ) 0.650 – 10.000 10.0001 – 25.999 26.000 – 34.999


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PDF SQ3300
2007 - p1100-hc

Abstract: SM10T-18 crystal oscillator 11.0592 mhz smd SM5544 VCXO Oscillators Crystals SM5545 SMD FREQUENCY CRYSTAL SC-Cut Crystals sq3300 MP49
Text: MHz ( ) 27.0 MHz ( ) 36.0 MHz ( ) 60.0 MHz ( ) 100.0 MHz 3. Which cut-angle is used in , tuning-fork type (N)? ( ) 20.0 MHz MP49 crystals ( ) 25.0 MHz SM42 crystals ( ) SM20S watch crystals , frequency stability ( ) crystals in OCXO's with 10 PPB frequency stability ( ) crystals in 20.0 MHz VCXO's ( ) 20.0 MHz SM10T crystals ( ) 20.0 MHz SM13T crystals ( ) crystals in 100.0 MHz PE99 , temperature range. aa. Suppose a 10.0 MHz crystal unit is specified with ± 30 PPM calibration tolerance


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PDF SM13T SM12T SM11T SM10T HC-49/US HC-49/SMD p1100-hc SM10T-18 crystal oscillator 11.0592 mhz smd SM5544 VCXO Oscillators Crystals SM5545 SMD FREQUENCY CRYSTAL SC-Cut Crystals sq3300 MP49
2007 - sq3300

Abstract: LV7720DEV SM10T-18 SQ3344-10 PE7744DV 100 p1100-hc p1100 SM7745HE-10 SM30 ceramic crystal
Text: mode (F), of 3rd overtone mode (T) or either (E)? ( F ) 20.0 MHz ( F ) 27.0 MHz ( E ) 36.0 MHz ( T ) 60.0 MHz ( T ) 100.0 MHz A fundamental mode crystal at 63MHz is about 0.001" thick. To , as tuning-fork type (N)? ( A ) 20.0 MHz MP49 crystals ( A ) 25.0 MHz SM42 crystals ( N ) SM20S , ) crystals in 20.0 MHz VCXO's ( A ) 20.0 MHz SM10T crystals ( A ) 20.0 MHz SM13T crystals ( A ) crystals in 100.0 MHz PE99 oscillators The Tuning Fork and BT cut all have parabolic frequency temperature


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PDF SM13T SM12T SM11T SM10T HC-49/US PE7744DV-156 SM5545TEW-50 SM4420TV-25 SQ3300E-30 LV7720DEV-622 sq3300 LV7720DEV SM10T-18 SQ3344-10 PE7744DV 100 p1100-hc p1100 SM7745HE-10 SM30 ceramic crystal
MX0-55GAE

Abstract: MXO-55LGA-2C crystals 4.9152 MHz 4.9152 mhz MX055 4,9152 CTS Knights 4.9152 MXO-55 MX055GA
Text: 4.9152 MHz TO 70 MHz BASIC OSCILLATOR (NO ENABLE) GA 4.9152 MHz TO 70 MHz BASIC OSC WITH ENABLE (NOTE) GAE 2.4576 MHz to > 4.9152 MHz BASIC OSCILLATOR WITH DIVIDERS GB 4.9152 MHz TO 25 MHz COMPLEMENTARY , TIME (MEASURED BETWEEN 0.5V & 2.4V) A.B.C A.B.C, FREQ. RANGE 2.4576 to 70 MHz 4.9152 to 25 MHf >25 to 70 MHz 2.4576 to < 4.9152 MHz 4.9152 to 25 MHz 2.4576 to 70 MHz 4.9152 to 25 MHz >25 to 70 MHz 2.4576 to < 4.9152 MHz 4.9162 to 25 MHz SYMBOL Vol tR&tF MIN. 4.50 TYP. 30 3.60 0.30


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PDF G00317M MXO-55L MXO-55L Sn/37 -55to125Â 1000G, MX0-55GAE MXO-55LGA-2C crystals 4.9152 MHz 4.9152 mhz MX055 4,9152 CTS Knights 4.9152 MXO-55 MX055GA
cts knights

Abstract: MXO-55 mxo 55 ga gd48 556C GD16
Text: , MODEL & OPTIONS CODE 4.9152 MHz to 100 MHz Basic oscillator No enable GA 4.9152 MHz to 70 MHz Basic , 7.00 V A 4.9152 to 25 MHz >25 to <70 MHz 20 38 3 S 65 70 to 100 MHz 60 30 110 50 Supply-Current B 2.4576 to < 4.9152 MHZ 307.2 KHZ to <2.4578 MHz — 55°C to +125°C Icc 45 75 ma 19.2 to , MHz — 40°C to +85°C 0.25 0.40 A 4.9152 to 25 MHz 3 5 >25 to 100 MHz 2 4 nS Rise & Fall Time (measured between 0.5V & 2.4V) (Note 7) B 2.4576 to < 4.9152 MHz -55°Cto +125°C tR&tF 3 5


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PDF MXO-55 MXO-55 cts knights mxo 55 ga gd48 556C GD16
1999 - M2006-03

Abstract: m2006
Text: One upstream clocks, frequency-selectable VCSO Frequency: 491.52 MHz Downstream Clock: 245.76 or 491.52 MHz REF_OUT always provides a 10.24MHz reference clock Upstream Clock: 40.96, 81.92, 163.84, or 491.52 MHz All output rising edges aligned to within 1nsec of selected input reference rising , ( MHz ) ( MHz ) REF M1_SEL Value 1 2 491.52 48 24 1 2 10.24 Table 7: M1 Selector , Output Frequencies ( MHz ) 40.96 81.92 163.84 491.52 Communications Modules w w w. i c s t .


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PDF M2006-03 m2006
2008 - TCO-2111

Abstract: HP6642A toyocom 45 filter CDCE72010 E5052A HP6624A TDS694C tco2111
Text: CDCE72010 Device Configuration . 5 491.52-MHz HS-LVPECL Output Phase Noise. 7 491.52-MHz HS-LVDS Output , (50 ps, RMS Input) . 491.52-MHz LVPECL VCXO (TCO-2111) Phase Noise Profile , reference, the 491.52-MHz Epson-Toyocom VCXO (TCO-2111), and output phase noise of the CDCE72010 at various , is used with a 491.52-MHz Epson-Toyocom (TCO-2111) VCXO. Figure 3 shows the CDCE72010 device


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PDF SCAA091 CDCE72010 TCO-2111 HP6642A toyocom 45 filter E5052A HP6624A TDS694C tco2111
AD9510

Abstract: ASIC2
Text: VCO at 491.52 MHz which corresponds to a period of ~2ns. Finally, by taking advantage of the multiple , 491.52 MHz ASIC 1 5) OUT6 LVDS/CMOS clock set to DIV=4, phase offset = 1 for ~2ns time delay; CMOS , mode; OUT7B not connected DAC2 100 Differential LVPECL 491.52 MHz LVDS 491.52 MHz 7) Reference is custom 30.72 MHz with PN floor at -170dBc/Hz. 8) VCO is custom 491.52 MHz with PN floor at , VCP REFIN REFINB 491.52 MHz ADC1 CP STATUS CLK2 CLK2B CLK1 CLK1B OUT0 OUT0B


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PDF AD9510, 52MHz. 52MHz 88MHz. -170dBc/Hz. -160dBc/Hz AD9510 AD9510 ASIC2
mxo 55 ga

Abstract: CX-065 knights MXO-55 CX065 GD48 IT8386VG-192 CXO cts knights SCX055 mx0-53
Text: , MODEL & OPTIONS CODE 4.9152 MHz to 100 MHz Basic oscillator No enable GA 4.9152 MHz to 70 MHz Basic , °C to +125°C Vcc Max. 7.00 A 4.9152 to 25 MHz 20 35 >25 to <70 MHz . 33 65 70 to 100 MHz 80 110 Supply Current B 2.4576 to < 4.9152 MHz 30 50 307.2 KHz to <2.4576 MHz -55°C to , +85°C 0.25 0.40 A 4.9152 to 25 MHz 3 5 >25 to 100 MHz 2 4 Rise & Fall Time B 2.4576 to < 4.9152 MHz — 55°C to + 125°C tR&tF 3 5 nS (measured between 19.2 KHz to <2.4576 MHz 8 18 0.5V


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PDF QD030M2 MXO-55 MXO-55 SMXO-25 SMX025 MX055 SCX025 CX065 MXO-25 mxo 55 ga CX-065 knights GD48 IT8386VG-192 CXO cts knights SCX055 mx0-53
Not Available

Abstract: No abstract text available
Text: . In this case that is a VCO at 491.52 MHz which corresponds to a period of ~2ns. Finally, by taking , bypassed TX ASIC 5) Reference is custom 30.72 MHz with PN floor at -170dBc/Hz. 6) VCO is custom 491.52 MHz with PN floor at -160dBc/Hz DAC Differential LVPECL 491.52 MHz 100 LVDS 491.52 , REFIN REFINB 491.52 MHz ADC1 CP STATUS FUNCTION CLK1 CLK1B RX ASIC CLK2 CLK2B , times are met. The available reference in this example is 30.72 MHz . By using the phase locked loop


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PDF AD9511, 52MHz. 52MHz 88MHz. -170dBc/Hz. -160dBc/Hz AD9511
AD9512

Abstract: No abstract text available
Text: case, a 491.52 MHz "clean" clock is applied to the CLK input which corresponds to a period of ~2ns , TX ASIC 5) Input Clock is custom 491.52 MHz with PN floor at -160dBc/Hz DAC Differential LVPECL 491.52 MHz 100 LVDS 491.52 MHz Receive Signal Path CIRCUIT +3.3V VS DSYNC DSYNCB +3.3V SYNC STATUS ADC1 FUNCTION 491.52 MHz CLK1 CLK1B CLK2 CLK2B RX ASIC OUT0 , TX ASIC RSET 4.12K AD9512 SCLK SDIO SDO CSB GND Differential LVPECL 122.88 MHz


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PDF AD9512, 52MHz. 52MHz 88MHz. -160dBc/Hz AD9512 AD9512
2009 - 491 marking transistor

Abstract: C61157-A7-A95 LI62A B39491B5217H310
Text: express consent is prohibited. SAW Components B5217 491.52 MHz SAW IF filter Data Sheet , Components B5217 491.52 MHz SAW IF filter Data Sheet Characteristics Operating temperature range , ) 3 Sep 11, 2009 - °C SAW Components B5217 491.52 MHz SAW IF filter Data Sheet , B5217 491.52 MHz SAW IF filter Data Sheet Transfer function Transfer function (Passband , SAW Components B5217 491.52 MHz SAW IF filter Data Sheet References Type B5217


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PDF B5217 B39491B5217H310 QCC12C 491 marking transistor C61157-A7-A95 LI62A B39491B5217H310
Not Available

Abstract: No abstract text available
Text: Value Unit 7.1 SSB Phase Noise power density @ 10 Hz offset Typical value for a 491.52 MHz , value for a 491.52 MHz VCXO @ 25 °C -90 dBc/Hz 7.3 SSB Phase Noise power density @ 1 kHz offset Typical value for a 491.52 MHz VCXO @ 25 °C -113 dBc/Hz 7.4 SSB Phase Noise power density @ 10 kHz offset Typical value for a 491.52 MHz VCXO @ 25 °C -132 dBc/Hz 7.5 SSB Phase Noise power density @ 100 kHz offset Typical value for a 491.52 MHz VCXO @ 25 °C -145


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PDF RVX1490M 1490M 1490M-Hi
2010 - Not Available

Abstract: No abstract text available
Text: filter s Temperature stable B5217 491.52 MHz Features Package size 7.0 x 5.0 x 1.35 mm3 Package , - fN n rel - 6.0 - typ. @ 25 491.52 7.0 - max. - 8.0 ±0.9 B5217 491.52 MHz MHz dB dB , Oct 22, 2010 SAW Components SAW IF filter Data Sheet Matching network to 50 B5217 491.52 MHz , 491.52 MHz Transfer function (Passband) Please read cautions and warnings and important notes at , 491.52 MHz References Type Ordering code Marking and package Packaging Date codes S-parameters


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PDF B5217 B39491B5217H310 QCC12C
2004 - M2006-03

Abstract: upstream docsis cmts m2006
Text: reference rising edge (unless M2_SEL= 1) VCSO Frequency: 491.52 MHz Downstream Clock: 245.76 or 491.52 MHz Upstream Clock: 40.96, 81.92, 163.84, or 491.52 MHz Output Ref. Clock: 10.24 MHz Output duty , 1 0 0 DS Value Downstream Output Frequencies ( MHz ) 2 245.76 1 491.52 DS_CLK_SEL 1 0 , VCSO M1 REF × Frequency ÷ = Frequency Value Value ( MHz ) ( MHz ) 1 2 491.52 48 24 1 , -03-491.5200 Upstream Output Frequencies ( MHz ) 40.96 81.92 163.84 491.52 Networking & Communications Revised


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PDF M2006-03 M2006-03 17arties, 14Jul2004 upstream docsis cmts m2006
Not Available

Abstract: No abstract text available
Text: to data rates chosen from 1228.8 Mbps, 2457.6 Mbps, 4915.2 Mbps, and 9830.4 Mbps, you are required , Serial Data Rates The Cyclone V device supports up to 4915.2 Mbps. Arria V and Stratix V devices support , €” Yes Yes Yes 3072 — Yes Yes Yes 4915.2 — — — Yes 6144 , setting to divide down the 4915.2 Mbps to support this data rate. Refer to Reconfiguration Scheme on page , your design. The supported data rates with this approach are 6144 Mbps, 4915.2 Mbps, 3072 Mbps, 2457.6


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PDF AN-653
RS232 communication port

Abstract: crystals 4.9152 MHz
Text: tion board includes a 4.9152 MHz gate oscillator and counter-divider chain as the primary clock source , clock inputs to the CS5501/CS5503. The 4.9152 MHz crystal fre quency was chosen to allow the , . This table describes the jumper selections available. PI Selects between the on-board 4.9152 MHz , using the on-board 4.9152 MHz stand ard baud rates between 1200 and 19,200 are available. P4 Selects the , . These include: 1) an external clock (+5 V CMOS-Compatible); 2) an on-board 4.9152 MHz crystal oscillator


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PDF CDB5501/CDB5503 CDB5501/CDB5503 CS5501/CS5503 CS5501/CS5503, CS5501 CS5503. LT1019-2 DS31DB3 RS232 communication port crystals 4.9152 MHz
2010 - 155.520000

Abstract: 491 marking transistor MARKING JM E5052B GR-253-CORE vs 705
Text: divider circuit is deployed for output frequencies less than 491.52 MHz . The oscillator is housed in a , Swing Current Rise Time Fall Time Symmetry Spurious Suppression Jitter (> 491.52 MHz to <1000.0 MHz ) Jitter (>245.76 MHz to < 491.52 MHz ) Jitter (>122.88 MHz to <245.76 MHz ) VCC-1.5 IOUT tR tF SYM , > 491.52 MHz , Jitter is Integrated across 50 kHz to 80 MHz . For Frequencies < 491.52 MHz , Jitter is , Generation ASIC Technology for Ultra Low Jitter 120 fs-rms (fN = 622.08 MHz , 12 kHz to 20 MHz ) 105 fs-rms


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PDF VS-705 23Jul2010 VS-705 15Apr2008 30May2008 29July2008 23Oct2008 08Mar2010 1-88-VECTRON-1 155.520000 491 marking transistor MARKING JM E5052B GR-253-CORE vs 705
Not Available

Abstract: No abstract text available
Text: less than 491.52 MHz . The oscillator is housed in a hermetically sealed leadless surface mount , Symmetry Spurious Suppression Jitter (> 491.52 MHz to <1000.0 MHz ) Jitter (>245.76 MHz to < 491.52 MHz , production, guaranteed by design, verified at qualification. 8. For Frequencies > 491.52 MHz , Jitter is Integrated across 50 kHz to 80 MHz . For Frequencies < 491.52 MHz , Jitter is Integrated across 12 kHz to 20 , €¢ 5th Generation ASIC Technology for Ultra Low Jitter 120 fs-rms (fN = 622.08 MHz , 12 kHz to 20 MHz


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PDF VS-505 1-88-VECTRON-1 01Apr2010 VS-505 05Nov2008 24Feb2010 08Mar2010
12 volt zener diode

Abstract: cmos 4103 UCN-4104M 9721 UCN4104M UCN-4112M UCN-4112A UCN-4111A UCN-4104A 4111
Text: designed to operate in the 1-5 MHz range and provide a division of 49152 and 65536 respectively. Both , . out DWi. NO. A-9? 19 UCN-4103A 'out = 'l n/ 49152 DWÛ. *0. A-9721 OWG. NO. i-10.0« DWG. HO. i , either a 6 volt or a 12 volt Zener diode which can be used for this purpose. By using a 2.949120 MHz crystal with the UCN-4103 or a 3.932160 MHz crystal with the UCN-4112, a 60 Hz timebase can be generated , -4111A UCN-4111M 'out " 'in/ 49152 "ururLTLr: DWG. HO. »-9721 The UCN-4104 and UCN-4111 are low-voltage


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PDF UCN-4100 UCN-4103A n/49152 UCN-4103 UCN-4112A UCN-4112M UCN-4112 12 volt zener diode cmos 4103 UCN-4104M 9721 UCN4104M UCN-4112M UCN-4112A UCN-4111A UCN-4104A 4111
2014 - VCSO

Abstract: VS505
Text: less than 491.52 MHz . The oscillator is housed in a hermetically sealed leadless surface mount , Current Rise Time Fall Time Symmetry Spurious Suppression Jitter (> 491.52 MHz to <1000.0 MHz ) Jitter (>245.76 MHz to < 491.52 MHz ) Jitter (>122.88 MHz to <245.76 MHz ) VCC-1.5 IOUT tR tF SYM 20 , . For Frequencies > 491.52 MHz , Jitter is Integrated across 50 kHz to 80 MHz . For Frequencies < 491.52 , Generation ASIC Technology for Ultra Low Jitter 120 fs-rms (fN = 622.08 MHz , 12 kHz to 20 MHz ) 105 fs-rms


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PDF VS-505 10ion. 1-88-VECTRON-1 0Mar2014 VS-505 05Nov2008 24Feb2010 08Mar2010 01Apr2010 02Mar2014 VCSO VS505
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