TFR 600 Search Results

micro sd connector

Abstract: MICRO SD READER micro SD card connector SD Card Connector amp SD-47309-001 datasheet micro sd axis sd card diode tfr EIA-364-26 EIA-364-27
Contextual Info: PRODUCT SPECIFICATION Micro SD/TFR Reader Header 1.0 SCOPE This specification covers the Micro SD/TFR Connector 47309-*1. 2.0 PRODUCT DESCRIPTION 2.1 PRODUCT NAME AND NUMBER PRODUCT NAME MICRO SD/TFR HEADER PRODUCT NUMBER 47309-*1 2.2 DIMENSIONS, MATERIALS, PLATINGS AND MARKINGS

TFR 600

Abstract: tfr 300
Contextual Info: Filename: tfr 433h.doc Version 1.1 VI TELEFILTER 16.02.2005 Resonator Specification TFR 433H 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: Input: Output: 25 °C dBm 50 Ω | 0 pF 50 Ω | 0 pF Characteristics Remark:

Contextual Info: Filename: tfr 434c.doc Version 1.1 VI TELEFILTER 15.02.2005 Resonator Specification TFR 434C 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: * Input: Output: 25 °C dBm 50 Ω | 0 pF 50 Ω | 0 pF Characteristics

Contextual Info: Filename: tfr 622a.doc Version 1.3 VI TELEFILTER 30.03.2007 SAW Resonator Specification TFR 622A 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: Input: Output: 25 °C dBm 50 Ω | 0 pF 50 Ω | 0 pF Characteristics

Contextual Info: Filename: tfr 125.doc Version 1.1 VI TELEFILTER 28.06.2005 Resonator Specification TFR 125 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: Input: Output: 25 °C dBm 50 Ω | 0 pF 50 Ω | 0 pF Characteristics Remark:

R433S

Abstract: 433-S
Contextual Info: Filename: tfr 433s.doc Version 1.2 VI TELEFILTER 13.09.2006 Resonator specification TFR 433S 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: * Input: Output: 25 °C dBm 50 50 Ω Ω Characteristics Remark: The minimum of the pass band attenuation amin is defined as the insertion loss ae. The centre frequency fC is the frequency of the minimum of the

Contextual Info: Filename: tfr 586.doc Version 2.0 VI TELEFILTER 21.03.2005 Resonator specification TFR 586 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: Input: Output: 25 °C dBm 50 50 Ω Ω Characteristics Remark: The minimum of the attenuation amin is defined as the insertion loss ae. The centre frequency fc is the measured frequency at 3 dB. The frequency shift of

Contextual Info: Filename: tfr 315c.doc Version 1.0 VI TELEFILTER 03.05.2006 Resonator specification TFR 315C 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: * Input: Output: 25 °C dBm 50 50 Ω Ω Characteristics Remark: The minimum of the pass band attenuation amin is defined as the insertion loss ae. The centre frequency fC is the frequency of the minimum of the

Leader 315A

Contextual Info: Filename: tfr 315a.doc Version 1.1 VI TELEFILTER 12.08.2005 Resonator specification TFR 315A 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: * Input: Output: 25 °C dBm 50 50 Ω Ω Characteristics Remark: The minimum of the pass band attenuation amin is defined as the insertion loss ae. The centre frequency fC is the frequency of the minimum of the

Contextual Info: Filename: tfr 832.doc Version 4.0 Vectron International 03.05.2012 Resonator Specification TFR 832 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: Input: Output: 25 °C dBm 50 50 Ω Ω Characteristics Remark: The minimum of the attenuation amin is defined as the insertion loss ae. The centre frequency fR is the frequency of the serial resonance of the resonator.

315B1

Contextual Info: Filename: tfr 315b.doc Version 1.1 VI TELEFILTER 23.09.05 Resonator specification TFR 315B 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: * Input: Output: 25 °C dBm 50 50 Ω Ω Characteristics Remark: The minimum of the pass band attenuation amin is defined as the insertion loss ae. The centre frequency fC is the frequency of the minimum of the

UG8JT

Contextual Info: UG8HT, UGF8HT, UG8JT, UGF8JT VISHAY Vishay Semiconductors Ultrafast Rectifiers ITO-220AC TO-220AC Major Ratings and Characteristics IF AV 8A VRRM 500, 600 V trr 25 ns tfr 500 ns VF 1.5 V 2 2 1 Features • Glass passivated chip junction • Soft recovery characteristics

Contextual Info: UG12HT, UGF12HT, UG12JT, UGF12JT VISHAY Vishay Semiconductors Ultrafast Rectifiers ITO-220AC TO-220AC Major Ratings and Characteristics IF AV 12 A VRRM 500, 600 V trr 30 ns tfr 500 ns VF 1.5 V 2 2 1 Features • Glass passivated chip junction • Soft recovery characteristics

Contextual Info: Tfr390.doc version 1.0 VI TELEFILTER Resonator Specification 13.06.01 TFR 390 - 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedances for input: for output: 23 °C 0 dBm 50 Ω | 0 pF 50 Ω | 0 pF Characteristics Remark:

UGF8JT

Abstract: UG8JT J-STD-002B
Contextual Info: UG8HT, UGF8HT, UG8JT, UGF8JT VISHAY Vishay Semiconductors Ultrafast Rectifiers ITO-220AC TO-220AC Major Ratings and Characteristics IF AV 8A VRRM 500, 600 V trr 25 ns tfr 500 ns VF 1.5 V 2 2 1 Features • Glass passivated chip junction • Soft recovery characteristics

Contextual Info: DTV56 & DTV56F VISHAY Vishay Semiconductors High Voltage Damper Diodes ITO-220AC TO-220AC Major Ratings and Characteristics IF AV 10 A VRRM 1500 V trr 135 ns tfr 350 ns VF 1.5 V 2 2 1 Features 1 DTV56 • Glass passivated chip junction • High breakdown voltage capability

DTV32

Abstract: DTV32F J-STD-002B
Contextual Info: DTV32 & DTV32F VISHAY Vishay Semiconductors High Voltage Damper Diodes ITO-220AC TO-220AC Major Ratings and Characteristics IF AV 10 A VRRM 1500 V trr 175 ns tfr 280 ns VF 1.35 V 2 2 1 Features 1 DTV32 • Glass passivated chip junction • High breakdown voltage capability

Contextual Info: DTV32 & DTV32F VISHAY Vishay Semiconductors High Voltage Damper Diodes ITO-220AC TO-220AC Major Ratings and Characteristics IF AV 10 A VRRM 1500 V trr 175 ns tfr 280 ns VF 1.35 V 2 2 1 Features 1 DTV32 • Glass passivated chip junction • High breakdown voltage capability

DTV56

Abstract: DTV56F J-STD-002B
Contextual Info: DTV56 & DTV56F VISHAY Vishay Semiconductors High Voltage Damper Diodes ITO-220AC TO-220AC Major Ratings and Characteristics IF AV 10 A VRRM 1500 V trr 135 ns tfr 350 ns VF 1.5 V 2 2 1 Features 1 DTV56 • Glass passivated chip junction • High breakdown voltage capability

Dsei 2x101-12A

Abstract: 2X121-02A DSEI 2*101-12A Dsei 2x101-06P 2X161-02P
Contextual Info: 2x60 ' 2x 160 V Typ e T Vju = 150-C ► N ew RAM V A _ _ _ 1 'fav @ T1c d=0.5 A ^FRMS *FSM 10 ms °C "^VJM A 4 5 °C A vF @ IF m ax. tfr typ . TVJ * 150°C V A T1VJ=25°C ns lR H @ -d i/d t TVJ = 100°C

DMS-300

Abstract: STP35 NRC Series C7NE nortel dms Nortel Networks DMS 100 HELMS-MAN
Contextual Info: signal V O L I • I S S U points E 1 • J U L Y 1 9 9 Reliability Rules The Waves signal points covers topics pertinent to the signaling industry Managing TFR Messages During Linkset Failure 2 Is your network ‘reliable’ by today’s standards and criteria? How much downtime is

TVR diode

Abstract: diode tvr 10 g Zener Diode Glass 50v Zener Diodes 300v s5688 diode 50000v diode identification
Contextual Info: 1. IDENTIFICATION SYSTEM 1.1 Z ener D iod es Example 1: U 1 Example 3: Z B 270 ©© © © © § Example 4: U 1 N © © D L 44 A ©©©© © © T . . . . . S (4). . . © . . R ectifiers S5688 J © . . . Specific application diode. (TVR: for televisions. TFR: for strobes.)

Contextual Info: 7 8 THIS DRAWING IS UNPUBLISHED. VW COPYRIGHT - RELEASED FOR PUBLICATION BY TYCO ELECTRONICS CORPORATION. 5 6 4 3 2 - LOC ALL RIGHTS RESERVED. DF DIST R E V IS IO N S AO P LTR J SHELL M A T E R IA L: ? 7 S TfR.3 DESCRIPTION REV PER 0H 1 4 - 0 4 3 0 - 0 4 DATE

Contextual Info: Filename: tfr804.doc Version 2.0 VI TELEFILTER 31.05.2005 Resonator Specification TFR 804 1/5 Measurement condition Ambient temperature: Input power level: Terminating impedance: Input: Output: 25 °C dBm 50 50 Ω Ω Characteristics Remark: The minimum of the attenuation amin is defined as the insertion loss ae. The centre frequency fc is the arithmetic mean value of the upper and lower