TF WIRE Search Results

15268

Abstract: AM150MX-TF
Contextual Info: AM150MX-TF September 2002 Rev. 3 DESCRIPTION AMCOM’s AM150MX-TF is a part of the TF series of GaAs MESFETs. This part has a total gate width of 15.0mm. The AM150MX-TF is designed for high power microwave applications, operating up to 6 GHz. The TF series is in a drop-in mounting style. The bottom of the

168 523.24

Abstract: AM144MX-TF 4-9094
Contextual Info: Plastic Packaged GaAs Power FET AM144MX-TF DATASHEET V. 1, November, 1999 DESCRIPTION AMCOM's AM144MX-TF is part of the TF Series of GaAs MESFETs. This part has a total gate width of 14.4 mm. The AM144MX-TF is designed for high power microwave applications, operating up to 8 GHz.

SD-53949-007

Contextual Info: A LO © B CD 0.5 m Y (0.525) l-S (PITCH) S. cn LH I f tf tf lf lf lf tf lf lf lm f tf lf lf tf lim _}_}_ L_L L L_ L_L_L_L_!_L L_L_L_L_L j_j_j_ L i i i i i i i i i i !I I I I I I I I I I ) IjJ IjJ IjJ l | l I j_l I ! 11 ! 11.111.1J I I I 11 ! 11.11 ij.l 1.1.11.1.11! 11.11 ij.l 1.1.1

shortform

Contextual Info: I t =Alpl3exp(-t/T) K21 tr,tf = 8-20 ms IEC tr,tf = 10-700 ms EFP tr,tf = 0,5-10nS Total Protection Kilo-volts max 3s<20kA . any application: I time n a complex, structured world where we demand full integrity from our systems, it makes sense to fit the best

Pt 100 RTD Siemens

Abstract: circuit diagram for profibus connector siemens Siemens pt100 temperature transmitter Siemens PT100 temperature sensor RTD Thermocouple Type L Thermocouple Type g Siemens PT100 temperature sensor type s thermocouple siemens Pt100 3 wire PT-100 temperature transducer
Contextual Info: TF 212 / TF 212-Ex Field mounted temperature transmitters, PROFIBUS PA, Pt 100 RTD , thermocouples, 1 or 2 independent channels 10/11-8.70 EN P R O F PROCESS FIELD BUS B U S • Input – – – – Resistance thermometer (2, 3, 4-wire method) Thermocouples

Contextual Info: oao PRECISION FAILSAFE THERMAL-FUSE RESISTORS CUSTOM DESIGN - 1/2W to 60 WATT TF SERIES FEATURES The Ultimate Failsafe Design! • RCD's TF series was developed to achieve a performance level previously unavailable in a fuse resistor design. ■ ■ ■ ■

AC101TF

Abstract: Altima Communications Altima AC101QF TP125 561b
Contextual Info: Altima Communications Inc. AC101QF/TF Ultra Low Power 10/100 Ethernet Transceiver GENERAL DESCRIPTION FEATURES The AC101QF/TF is a highly integrated, 3.3V, low power, 10Base-T/100Base-TX/FX, Ethernet transceiver implemented in 0.35µm CMOS technology. Multiple modes of operation, including

AC101TF

Contextual Info: PRELIMINARY DATA SHEET • AC101 AC101QF/TF Ultra Low Power 10/100 Ethernet Transceiver GENERAL DESCRIPTION FEATURES The AC101QF/TF is a highly integrated, 3.3V, low power, 10BASE-T/100BASE-TX/FX, Ethernet transceiver implemented in 0.35 µm CMOS technology. Multiple modes of operation,

4K resistor 50w

Abstract: tf02
Contextual Info: PRECISION FAILSAFE THERMAL-FUSE RESISTORS CUSTOM DESIGN - V2 W to 60 WATT TF SERIES FE A TU R E S The Ultimate Failsafe Design! • RCD’s TF series was developed to achieve a performance level previously unavailable in a fuse resistor design. ■ ■ ■

sefuse d6x

Abstract: SEFUSE d6y SEFUSE SEFUSE SF214E SEFUSE SF240E SEFUSE SF129E SFH162E SFH124E SF 127c SFH109E
Contextual Info: Limitor GmbH NEC/Schott SEFUSE thermal cutoffs Components for temperature, current & time SF/E series SF/K series RoHS*conform since april 2003 SF/E series measures 4.2mm in body diameter and is VDE approved 10A + 15A at AC250V part no. Tf / TF Thermal cutoffs are

SEFUSE SF240E

Abstract: SEFUSE SF214E sefuse d6x SEFUSE d6y SM125A0 SF240E SF113E SEFUSE SF129E SF214E nec d6x
Contextual Info: Limitor GmbH NEC/Schott SEFUSE thermal cutoffs Components for temperature, current & time SF/E series SF/K series RoHS*compliant since april 2003 SF/E series measures 4.2mm in body diameter and is VDE approved 10A + 15A at AC250V part no. Tf / TF Thermal cutoffs are

TF2 RELAY

Abstract: TF2-12V TF224
Contextual Info: TF SMALL POLARIZED RELAY WITH HIGH SENSITIVITY TF-RELAYS UL File No.: E43149; CSA File No.: LR26550 • High sensitivity: 80 mW Nominal operating power Single side stable 3-12 V type • Surge voltage withstand: 1500 V FCC Part 68 • Minimal magnetic interference allows high density mounting

LR26550

Contextual Info: TF SMALL POLARIZED RELAY WITH HIGH SENSITIVITY TF-RELAYS UL File No.: E43149; CSA File No.: LR26550 14 .551 9 .354 • High sensitivity: 80 mW Nominal operating power Single side stable 3-12 V type • Surge voltage withstand: 1500 V FCC Part 68 • Minimal magnetic interference allows high density mounting

Contextual Info: ENGINEERING NOTES Testing 1. Test frequency should be as specified in the associated data table. Inductance should be measured on instruments such as the HP4342A, HP 190, HP250B RX Meter, HP 4191 A, or equivalent with Piconics, TF-301, or TF-405or HP 4191A analyzer with HP 16092A test fixture depending on part

latching relay

Abstract: 12v dc relay 8 pin 12V RELAY PIN DIAGRAM 5 pin relay 12v 5 V DC RELAY ac relay Matsushita polarized relay 7 pin RELAY 1500 V LR26550 TF224 8 pin SMD relay
Contextual Info: TF SMALL POLARIZED RELAY WITH HIGH SENSITIVITY TF-RELAYS UL File No.: E43149; CSA File No.: LR26550 14 .551 9 .354 • High sensitivity: 80 mW Nominal operating power Single side stable 3-12 V type • Surge voltage withstand: 1500 V FCC Part 68 • Minimal magnetic interference allows high density mounting

2sd 2901

Abstract: low noise HEMT 2sd 311
Contextual Info: Low Noise HEMT Chip Form JS8901-AS FEATURES: ULTRA LOW NOISE FIGURE I.O d B a tf = 12 GHz 1.3 dB a tf = 18 GHz • 0.3 ¿tm GATE LENGTH SUPER HIGH ASSOCIATED GAIN 11 dB at f = 12 GHz 9 d B a t f = 18 GHz CHIP FORM HIGH MAXIMUM AVAILABLE GAIN 13 dB at f = 12 GHz

S8818

Abstract: JS8818-AS
Contextual Info: Low Noise GaAs FET Chip Form JS8818-AS FEATURES: LOW NOISE FIGURE 1.4 d B a tf = 12 GHz 2.1 d B a tf = 18 GHz • HIGH ASSOCIATED GAIN 10 dB at f = 12 GHz 7.5 dB at f = 18 GHz 0.3 Mm GATE LENGTH CHIP FORM HIGH MAXIMUM AVAILABLE GAIN 11 dB at f = 12 GHz 9.0 dB a t f = 18 GHz

Contextual Info: JS8902-AS FEATURES: • ■ ■ ULTRA LOW NOISE FIGURE 1.2 dB at f - 12 GHz 1.5 dB at f = 18 GHz SUPER HIGH ASSOCIATED GAIN 11 d B a tf = 12 GHz 9 dB a t f = 18 GHz ■ 0.3 Aim GATE LENGTH ■ CHIP FORM HIGH MAXIMUM AVAILABLE GAIN 13 dB a t f = 12 GHz 11 d B a tf = 18 GHz

JS8818A-AS

Abstract: S3V 82 S3V 39
Contextual Info: J S 8 8 1 8 A - A S FEATURES: • LOW NOISE FIGURE 1.3 dB at f = 12 GHz 2.0 dB at f = 18 GHz a 0.3 jum GATE LENGTH ■ HIGH ASSOCIATED GAIN lO d B a tf = 12 GHz 7.5 dB a t f = 18 GHz ■ CHIP FORM ■ HIGH MAXIMUM AVAILABLE GAIN 11 d B a tf = 12 GHz 9.0 dB at f = 18 GHz

Contextual Info: REVISIONS TFÈËtMA DOC. NO. SPC-F004 » Effective: 7 /8 /0 2 * DCP No: 1398 DCP § REV DESCRIPTION DRAWN DATE CHECKD DATE APPRVD DATE 1190 A RELEASED JWM 1/8/04 HO 2/11/04 CG 3/17/04 tfêêm A 72-6907 'V » POW ER 00 9 ON jOOVpkMSi 10 i V f FEATURES: - Single-Output 0 to 56 Volts, 0 to 1.1 Amps

Xenon flash tube

Abstract: Xenon Flash
Contextual Info: MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS TF For Photo Flash Series •For photo flash applications with lead wire terminal ·Low dissipation factor, low leakage current and high stability during the repetition of charge and discharge ·Complied to the RoHS directive

xenon MAX-15

Abstract: Xenon flash tube flash tube Xenon "flash tube"
Contextual Info: MINIATURE ALUMINUM ELECTROLYTIC CAPACITORS TF For Photo Flash Series B For photo flash applications with lead wire terminal Low dissipation factor, low leakage current and high stability during the repetition of charge and discharge Item Operating temperature range

AO211

Abstract: STD130 SAMSUNG 834
Contextual Info: Appendix Maximum Fanouts C Maximum Fanouts of Internal Macrocells Maximum Fanouts of Internal Macrocells When input tR/tF = 0.155ns, one fanout (SL = 0.00517pF, wire load = 0.048pF, 0.048pF is correspondent with 300µm wire) Cell Name ad2 ad2b ad2bd2 ad2bd4

GCK 164

Abstract: samsung 649 ao21 OA21D
Contextual Info: Appendix Maximum Fanouts C Maximum Fanouts of Internal Macrocells Maximum Fanouts of Internal Macrocells When input tR/tF = 0.204ns, one fanout (SL = 0.00486pF, wire load = 0.048pF, 0.048pF is correspondent with 300µm wire) Cell Name ad2_lp ad2b_lp ad2bd2_lp