70PF 250V Search Results

3v LED 50ma

Abstract: 70pf 250v 254h 75mW
Contextual Info: PHOTOMOS RELAYS Optolink GENERAL TYPE PHOTO MOS RELAYS WITH STANDARD I/O ISOLATION TYPE AND REINFORCED ISOLATION TPYE. THE RELAYS CAN BE NORMALLY CLOSED AND SURFACE MOUNTED BY FORMING THE LEADS PTV2 51 PART NUMBER OUTPUT PTV 257 PTV 253 PTV 254 PTV 259

Contextual Info: Agilent 44473A 4x4 Two-Wire Matrix Switch Dat a Sheet Input Characteristics Thermal Offset: <3µV Maximum Scan Rate: 43 chan/sec Relay life mechanical : 108 Maximum Voltage: 250V Maximum Current: Per channel: 2A, Per module: 8A Maximum Power: Per channel: 60W; 125VA, Per module: 240W;500VA

Contextual Info: RoHS VDSL LINE TRANSFORMER SURFACE MOUNT MAGNETICS EN60950 Basic Insulation compliant 250Vrms SMD compact foot print design Industrial operating temp: -40ºC to +85ºC Electrical Specifications @25oC Part Number AEP035SI Turns Ratio 10KHz,0.1V OCL (10KHz,0.1V)

Contextual Info: Agilent Technologies 44472A Dual 1x4 VHF M ultiplexer Dat a Sheet Input Characteristics Maximum Voltage center-center, center-low : 250V DC, 30V AC RMS or 42V AC peak; (Low-chassis or low-low): 42V DC Maximum Current(per chan.): 30mA DC,300mA AC RMS Thermal Offset: <15uV

AEP041SI

Contextual Info: RoHS ADSL LINE TRANSFORMER SURFACE MOUNT MAGNETICS EN60950 Basic Insulation compliant 250Vrms SMD compact foot print design Industrial operating temp: -40ºC to +85ºC Electrical Specifications @25oC Turns Ratio 10KHz,0.1V Part Number 1-4:8-5 (short 2-3,6-7)

AEP022SI

Abstract: AEP0
Contextual Info: RoHS VDSL LINE TRANSFORMER SURFACE MOUNT MAGNETICS EN60950 Basic Insulation compliant 250Vrms SMD compact foot print design Industrial operating temp: -40ºC to +85ºC Electrical Specifications @25oC Part Number AEP022SI Turns Ratio OCL 10KHz,0.1V (10KHz,0.1V)

AEP035SI

Contextual Info: RoHS VDSL LINE TRANSFORMER SURFACE MOUNT MAGNETICS EN60950 Basic Insulation compliant 250Vrms SMD compact foot print design Industrial operating temp: -40ºC to +85ºC Electrical Specifications @25oC Part Number AEP035SI Turns Ratio @10KHz,0.1V 1-4:8-5 short 2-3,6-7

Contextual Info: 2 . Sch em atic: 1. M echanical D im ensions: 1 o— XFMRS XFADSL61 WWW -o 9 Line 4 O- (Chip) (Pri) 2 O- (Se c) , -o 7 5 o- B 0.536 Max 0.560 Max 3. E lectrical Sp écification s 25°C: X OCL: Pins 1 - 5 3 .6 7 m H ± 1 0 % @ 10KHz 0.1V o Leakage L: Pins 1—5 18uH Max @ 100KHz 0.1V (Short Chip)

Contextual Info: ELECTRICAL SPECIFICATIONS @ 25°C unless otherwise noted: LONGITUDINAL BALANCE: TBDdB min., 20k-30MHz, per ITU Method L->M . D.C. RESISTANCE (@20°C): 1-4 (tie 2+3), 1.50 Ohms max. 8-5 (tie 6+7), 1.50 Ohms max. DIELECTRIC RATING: 1500VAC, 1 minute tested by applying 1875VAC for 1 second

Contextual Info: * DIMENSION MAY BE EXCEEDED WITH SOLDER ONLY G> PRI Line I i <D CD- .322 [8.18] AREA REPRESENTS TERMINAL PAD DIMENSIONS -<D .040(8) I .U 4 -U IO h [1 .0 2 ] .034(8) 7 [.86 ] SEC (Device) _£ .098(6) J [2.49] .046 REF.(8) [1.17] - f .077 REF.(8 ) [1.96] REFERENCE LAND SIZE

Contextual Info: SOLDER SUFFIX CUSTOMER TERMINAL RoHS LE A D P b — FREE LF1 S n96% , Ag4% Yes Yes * A 1 DIMENSION MAY BE EXCEEDED WITH SOLDER ONLY U AV .3 6 0 M AX.* [9 .1 4 ] 2 an ! o CN o CN o in 2 .3 8 5 MAX. [9 .7 8 ] \ L nA\ ! N LJ \ DOT LOCATES TERM. #1 TERM. NO .’ s FOR REF. ONLY

52295RLF1

Contextual Info: SO LDER SUFFIX CUSTOM ER TERMINAL RoHS LEAD Pb — FREE LF1 Sn96%, Ag4% Yes Yes * DIMENSION MAY BE EXCEEDED WITH SOLDER ONLY A ^ K. U A V .360 MAX.* [9.14] m CD .385 MAX. [9.78] 2 o r i o o A LA CN CN I Ld LO ! I ' I l\ £ DOT LOCATES TERM. #1 TERM. NO.’s FOR REF. ONLY

Contextual Info: SO LD ER SUFFIX CUSTO M ER TERMINAL RoH S L E A D P b -F R E E LF1 Sn96%, Ag4% Yes Yes * D IM EN SIO N MAY BE E X C EED ED WITH SO LD ER ONLY .400 MAX. [10.16] .355 MAX. [9.02] 2 O o o a K) — .310 MAX. [7.87] CM 2 LO I LÜ n \ n \\ \ \ r * LA \ DOT LO CATES TERM. #1

Contextual Info: SOLDER SUFFIX CUSTOMER TERMINAL RoHS LE A D P b —FREE LF1 Sn96%, Ag4% Yes Yes * DIMENSION MAY BE EXCEEDED WITH SOLDER ONLY . 4 0 0 MAX. [1 0 .1 6 ] . 3 5 5 MAX. * [9 .0 2 ] n . 3 1 0 MAX. [7 .8 7 ] c — K ì CM 1 1 O (J O ^ l\ LJ \ \ n in — 1 1 1L 1

CAN TRANSCEIVER SOT23 package

Abstract: amplifier 400W Mil-Std-883E PTC 150M SMAJ15CA GR-1089 IEC61000-2 VDE0433 VDE0878 500a
Contextual Info: ASD and discrete products for Telecom wireline ASD: Application specific discretes Contents Introduction 4 The importance of protection 5 ADSL modem subscriber side 6 Cable modem 8 xDSL (central office side) and PABX 10 T1/E1 application 12 Terminals – fax – modem – phone

11577

Contextual Info: cnn k iA V C O O kj A V TERM. NO.’s FOR REF. ONLY .530 MAX. [13.46] 10 DOT LO CATES TERM. #1 0 (0 (6 J \ SO LD ER SU FFIX SO LDER S U F F IX C U S T O M E R T E R M IN A L Sn63%, RoHS LE A D (P b )-F R E E No No Yes Yes Pb37% Sn96%, A g4% LF1 LOT CO D E &

AQV251G

Abstract: F50mA 250V AQV256 AQS221R2S AQV256H AQS221N2S AQV210S AQV214 AQV215S AQV216S
Contextual Info: PhotoMOSリレー選択表 PhotoMOSリレー選択表 GU…汎用ワイドバリエーション GU GE RF HE HF HS PD Power GU SOP 商品名 1a（4pin） 1a （6pin） AC/DC兼用 AC/DC兼用 外観形状 （ ） AQY212S ご注文品番 負荷電圧 4.4

AQY211EH

Abstract: AQY212G2S AQY221N3M rf 185 250v 10a AQS221F AQV252G AQY212S BSI 208 AQY214S AQV210S
Contextual Info: ✷❉o❏oMO✺_✺❆l❆❄❏o❍✰❉❂❍❏.❇m ✷❂❈❆ ✤✧ ✻❉❑❍•❅❂❖, M❂❍❄❉ ✥✩, ✥✣✣✬ ✤:✤★ ✷M PhotoMOS Relays Selector Chart GU GU-E RF HE HF HS GU: General use & wide variation PD Power GU SOP Product name

AQY212G2S

Abstract: AQY222R1S AQV255GS AQY225R2 AQW612S AQS221 AQY225R1S AQY210S GE Power Controls AQV210S
Contextual Info: PhotoMOS选型参数表 GU…通用变更较大 GU GE RF HE HF HS PD Power GU SOP 商品名称 1a 4脚型 1a(6脚型) AC/DC兼用 AC/DC兼用 外形尺寸 （ ） 4.4 6.3 2.1 2.1 AQY212S AQY210S AQY214S AQV212S AQV215S AQV217S AQV210S AQV214S AQV216S AC(峰值)

TRANSISTOR D2102

Abstract: L3003 TRANSISTOR ETP35KAN619U L3005 TRANSISTOR 1SR124-4AT82 transistor D454 D362 TRANSISTOR l3007 ma29ta5 TELEVISION EHT TRANSFORMERS
Contextual Info: TX-28/25/21MD4 Service Manual Safety Specifications Service Support Block Diagrams Parts List Service Information Adjustments Self Check Schematic Diagrams Service Hints Mechanical View Waveforms Supplementary Information This interface provides a link between the TV and

5v dc to 220v ac inverter

Abstract: Panasonic elevator door controller 12V DC to 230V AC inverters circuit diagram panasonic - elevator door controller manual high frequency welder circuit diagram 12v dc 240v ac inverter inverter DC 12v to AC 220v 24v dc to 230v ac single inverter Panasonic elevator door controller Elevator Door 220v to 12v inverters circuit diagrams
Contextual Info: Short Form Relays 09/2007 Telecommunications, machine construction, measurement and control systems, automotive electronics, building security and installation – today there is virtually no branch of human activity that can exist without using modern relays. Panasonic Electric Works is able

THERMISTORS nsp 037

Abstract: Thyristor TAG 9118 ICA 0726 0148 Transformer a1273 y k transistor AM97C11CN transistor SK A1104 PM7A2Q B8708 bzy79 yh 5032
Contextual Info: INDEX OF COMPONENTS A Section/Page No. A.C. Adaptor. Adaptor Kits BNC e tc . Adhesive Tapes. Adhesives, Various. Aerosols.

PC817 SMD

Abstract: dimmer diagrams IGBT reference SCHEMATIC igbt dimmer 1N4148 0805 PC817 SMD SHARP pin diagram of pc817 in light dimmer circuit diagram of 60 LED bulbs in 230v Ac 230v to Dc 12v led driver with pwm dimming zero crossing dimmer igbt dimmer chokes
Contextual Info: E-Field Lighting Controller with Wireless Connectivity Devices Supported: MC1321x MC33794 Document Number: DRM096 Rev. 0 11/2007 How to Reach Us: Home Page: www.freescale.com E-mail: support@freescale.com USA/Europe or Locations Not Listed: Freescale Semiconductor

5000 watt subwoofer amplifier circuit diagram

Abstract: 5000 watt subwoofer amplifier image AN8739 car subwoofer amplifier schematic circuit diagram mosfet 5000 watt subwoofer circuit diagram subwoofer Amplifier 200w schematic diagrams 200w subwoofer preamp diagram CAR SUBWOOFER 200W AMP 2.1 surrounding amplifer subwoofer circuit 800 watt subwoofer circuit diagram
Contextual Info: Application Note 87 November 2000 Linear Technology Magazine Circuit Collection, Volume V Data Conversion, Interface and Signal Conditioning Products Richard Markell, Editor INTRODUCTION Application Note 87 is the fifth in a series that excerpts useful circuits from Linear Technology magazine to preserve them for posterity. This application note highlights