50763 Search Results

C3300

Abstract: 90 c2600 C3500 87631-4
Contextual Info: 7 r rrrrrtm s n r REV PER 0010-1331-94 REV PER 0010-0505-95 REV PER 0010-0652-95 REV PER 0310-04B5-97 â ± REV PER 0G21-0059-99 REV PER 0G21-0148-99 REV PER 0G21-0151-99 O BSO L E T E A LL NONE 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2

FNT3824

Contextual Info: SPRO-00571-03 FNT3824 24ポート集合型メディアコンバータ 取扱説明書 ●ご使用の前にこの「取扱説明書」をよくお読みのうえ、内容を理解して からお使いください。 ●お読みになったあとも、本製品のそばなどいつも手元において、大切にお

10 PIN 2 ROW berg connector

Abstract: berg electronics 20 pin berg PCB connector BERG 50763 BERG CONNECTOR Header 2 x 10 Vertical
Contextual Info: Shrouded Headers 2.54 m m 0.100 in. Ordering Data Base num ber specifies connector style Num ber o f positions (see table) □ □□□□-XYYYZ Plating Options — Replace X in dash num ber w ith: 1 - 1.27 pm (50 (Jin) Ni under 0.76 pm (30 pin) gold 3 - 1.27 pm (50 pin) Ni under

Betatherm 10K3A1

Abstract: 25809 betatherm 145 Betatherm 10K3A
Contextual Info: APPENDIX 1. APPENDIX 2. R-T Specifications for Betatherm 0.3K1A1 Thermistor R-T Specifications for Betatherm 10K3A1 Thermistor Temp °C Temp (°C) Resistance W) (W) Temp (°C) Resistance W) (W -80 -79 -78 -77 -76 -75 -74 -73 -72 -71 -70 -69 -68 -67 -66 -65

155915

Abstract: 50763
Contextual Info: r PRODUCT NUMBER SEE NOTE i l ; « * í i i i * « U. n . ìli i Ï * i ! * * •4 l!» MM í i ¡ Ig $ “ FF TT ~ ü L -r 1 NOTE 5 REF. T- I* * s I i ü . i ! í i mat'l. code NOTE 3 dr Itr een no * ?» A ? 11 V40701 PDP B V40941 PDP \h C V41072 GAH

Contextual Info: Part Number: Integra IB1011M190 TECHNOLOGIES, INC. L-Band Avionics Transistor Silicon Bipolar − Ultra-high fT The high power pulsed avionics transistor part number IB1011M190 is designed for L-Band avionics systems operating at 1030 and 1090 MHz. While operating in class C mode under Mode S at VCC = 50V, this

2 pin BERG CONNECTOR

Abstract: berg 25-pin header
Contextual Info: PCB Mounted Headers and Shrouds High Pin Count HPC 2 .5 4 m m (0 .1 0 0 in.) C enterlines 3- and 4-Row Vertical and Right-Angle Headers Self-Retaining and Slip-On Shrouds 0, 1, and 2 Guide Pins Features Options • 3-Row: 30 through 450 positions. ■

30K6A1B

Abstract: Betatherm 30K5A1B 5K3A1
Contextual Info: Technical Note ONE TECHNOLOGY WAY ¥ P.O.BOX 9106 ¥ NORWOOD, MASSACHUSETTS 02062-9106 ¥ 781/329-4700 Temperature Measurement using a Thermistor and the AD7711 Sigma Delta ADC by Albert O'Grady INTRODUCTION Thermistors are electrical circuit elements formed with

Contextual Info: 9 %0&#"!$08! %%!#$ 40"!2040"!010$& %2050"!  "08C9 B0-.151;-0!<976:-065; +;69 B0#>1;+015/0<70;60C8015,<+;1=-40 D809-:1:;1=B0613:0<70;60AFF&40D87E80A B0+"%<:40#4040)5,0"6# B0):;6501:;)5,)9,20690*6?03</0;-9415)3: B06:;0-.-+;1=-

Contextual Info: Spade and Ring Series .500 Ring .031 Electro-Tinned Copper 22-18 AWG Red STUD MAX. INSULATION DIAMETER .117 .147 .180 X X X X X X X X tS 5000 50 72 6 4000 5 0 7 2 6 -8 4000 W V* 5 0 7 2 6 -8 A 5000 50727 W iS X X X X X X X X X PART NUMBER 4000 50727-8 4000

MECL System Design Handbook

Abstract: Chip Multilayer Delay Lines Cypress Applications Handbook LS 2822 1N5711 HSMS-2822 MBD101 MBD102 PALC16L8 PALC20
Contextual Info: fax id: 4503 System Design Considerations When Using Cypress CMOS Circuits This application note describes some factors to consider when either designing new systems using Cypress high-performance CMOS integrated circuits or when using Cypress products to replace bipolar or NMOS circuits in existing systems. The two major areas of concern are device input sensitivity and transmission line effects due to impedance mismatching between the source and load.

1N5711

Abstract: HSMS-2822 MBD101 MBD102 PALC16L8 PALC20 micro traveling wave tube
Contextual Info: System Design Considerations When Using Cypress CMOS Circuits This application note describes some factors to consider when either designing new systems using Cypress high-performance CMOS integrated circuits or when using Cypress products to replace bipolar or NMOS circuits in existing systems. The two major areas of concern are device input sensitivity and transmission line effects due to impedance mismatching between the source and load.

rtd 2612

Abstract: thermistor PTC 1812 betatherm 145 Betatherm AD7711 Temperature Measurement using a Thermistor thermistor conversion table 30076 NTC 50-11 thermistor sensor thermistor 102
Contextual Info: a Technical Note ONE TECHNOLOGY WAY • P.O.BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 781/329-4700 Temperature Measurement using a Thermistor and the AD7711 Sigma Delta ADC by Albert O'Grady INTRODUCTION Thermistors are electrical circuit elements formed with

5082-0200

Contextual Info: Part No. 83 84 83 84 83 84 83 84 83 84 83 84 83 84 83 84 63 84 63 84 83 64 83 84 98 100 98 100 98 100 98 100 98 100 98 100 98 100 98 100 98 100 98 100 98 100 98 100 107 107 107 107 107 107 107 107 103 103 103 103 103 104 104 104 104 82 82 82 82 B2 62 82 62