YL-63 IR Search Results

701-2066

Contextual Info: SOLDERLESS TERMINALS RING TONGUE FLANGED BLOCK SPADE MATERIAL: COPPER MATERIAL: COPPER NON-INSU LATED W irt Rang* IA W G 2624 2216 1614 NON-INSU LATED Stud Si m B u tte d Seem C oncord No. B r n e d Scam C on c ord N o. V in y l C o n c n rd No. N y lo n

U638

Abstract: RRQ1
Contextual Info: 31;*| ;854/ ;<,<0 :05,@ 1DAOPMDN y Da]d][lja[ klj]f_l` 7:55U y KED klYlmk af\a[Ylgj y O`glg akgdYlagf y BahgdYj ljYfkaklgj gmlhml y Ojafl]\ [aj[mal ZgYj\ egmfl y Efnajgfe]flYd ^ja]f\dq hjg\m[l .QgHR [gehdaYfl/ 479=< .SY @ 7: /0;.:49<487 / Cgfljgd ngdlY_] jYf_]

FGJ 53

Contextual Info: ?054@E >490E 750. z>490E C8@7 5<>2819E 6A8343 2<;@02@?{ 5IFSTQIR _ Lmdla [gflY[l YjjYf_]e]flk? :MN06MC1 9MN07MC1 8MN08MC _ Fgj[aZdq _ma\]\ [gflY[lk Y[[gj\af_ lg EM:575: _ ;A koal[`af_ [YhYZadalq _ Kgo afhml hgo]j? :55eV _ Ha_` afkmdYlagf [YhYZadalq? 65cU kmj_] ngdlY_]

LT 6536

Contextual Info: 1/-|zy-|z* 9;+4252*:;8. 9205*3 8.3*? /C@LMJCK Fad] Mg3? E6889=6 V :A koal[`af_ [YhYZadalq V 6 Fgje C [gf^a_mjYlagf V RlYf\Yj\ OCB dYqgml Fad] Mg3? Q:57;:95> /Nfdq HF D96A0 V OdYkla[ k]Yd]\ Yf\ ^dmp hjgg^]\ lqh]k YnYadYZd] V TK afkmdYlagf kqkl]e? CdYkk F YnYadYZd]

Contextual Info: 1/-|zy-|z* 9;+4252*:;8. 9205*3 8.3*> /B?LMJBK U :A koal[`af_ [YhYZadalq U 6 Fgje C [gf^a_mjYlagf U RlYf\Yj\ OCB dYqgml U OdYkla[ k]Yd]\ Yf\ ^dmp hjgg^]\ lqh]k YnYadYZd] Fad] Mg3?E6889=6 U TK afkmdYlagf kqkl]e? CdYkk F YnYadYZd] U Efnajgfe]flYd ^ja]f\dq hjg\m[l /QgHR [gehdaYfl0

Contextual Info: SIEMENS SDA 9205 Triple 8-Bit Anaiog-to-Digitai Converter Preliminary Data CMOS 1C Features • Three equivalent CMOS A/D converters on chip • 30-MHz sample rate • 8-bit resolution • No external sample & hold required • Different digital output multiplex formats:

Contextual Info: 5379 .@?;9;?6A2 =28.C 3HERSPHQ Y Roal[`af_ [YhYZadalq mh lg 75A Y Rap \a^^]j]fl [gflY[l YjjYf_]e]flk Y Tf]f[dgk]\ Yf\ hdYkla[ k]Yd]\ lqh]k YnYadYZd] Y QgHR - EKU [gehdaYfl ?UOJFEK .OOKJFERJNMQ C]fljYd \ggj dg[c1 Ogo]j \ggjk - oaf\gok1 Ka_`laf_1 ^dYk`da_`l - af\a[Ylgj dYeh [gfljgd1 Ifkljme]fl [gfljgd1

GJ 96

Abstract: v539 71051 G 655E
Contextual Info: 42*+2{3 <>.7585-=>;1 58=1;7105-=1 :9@1; ;16-A 2EBOPMEN U 65A koal[`af_ [YhYZadalq U 65cU aehmdk] oal`klYf\ ngdlY_] .Z]lo]]f [gad Yf\ [gflY[lk/ U Sqh] 7 e]]lk UDE 5<551 5;86 j]af^gj[] afkmdYlagf U Ha_`dq ]^^a[a]fl eY_f]la[ [aj[mal ^gj `a_` k]fkalanalq? 755eV

Q855

Abstract: B855
Contextual Info: 31~*1 ;=-6474,<=:0 47<0:60/4,<0 98?0: :05,@ 1DANOLDM T :A koal[`af_ [YhYZadalq T 65cU aehmdk] oal`klYf\ ngdlY_] .Z]lo]]f [gad Yf\ [gflY[lk/ T Sqh] 7 e]]lk UDE 5<551 5;86 j]af^gj[] afkmdYlagf T Ha_`dq ]^^a[a]fl eY_f]la[ [aj[mal ^gj `a_` k]fkalanalq? 755eV T Eplj]e]dq keYdd ^gglhjafl mladaraf_ OCB Yj]Y

2A-24

Abstract: TIRN69556 t539 9F26 7555P CG31 9F29
Contextual Info: 31*}1 .=955/ 3423 98?0: :05,@ 1DAOPMDN V 6;A koal[`af_ [YhYZadalq V 73:cU \a]d][lja[ klj]f_l` .Z]lo]]f [gad Yf\ [gflY[lk/ V OYf]d egmfl1 nYjagmk l]jeafYd lqh]k V Efnajgfe]flYd ^ja]f\dq hjg\m[l .QgHR [gehdaYfl/ V Nmldaf] Dae]fkagfk? .9<35 p 8735 p 7=3:/ee Fad] Mg3?E689:6<

6755U

Contextual Info: 1/|}/ 4252*:;8. 1201 76=.8 8.3*> /B?LMJBK R 85A koal[`af_ [YhYZadalq Fad] Mg3?E689:6< R <5A oal`klYf\k afjmk` [mjj]fl < - . R SU26: /Yl 675UAC0 YnYadYZd] R 6 Fgje A [gf^a_mjYlagf Fad] Mg3?9557:8<= R Efnajgfe]flYd ^ja]f\dq hjg\m[l /QgHR [gehdaYfl0 R Nmldaf] Dae]fkagfk? /8:37 p 8737 p 79350 ee

Contextual Info: 31*}1 3423 98?0: :05,@ 1DAOPMDN U 6;A koal[`af_ [YhYZadalq U 73:cU \a]d][lja[ klj]f_l` .Z]lo]]f [gad Yf\ [gflY[lk/ U OYf]d egmfl1 nYjagmk l]jeafYd lqh]k U Efnajgfe]flYd ^ja]f\dq hjg\m[l .QgHR [gehdaYfl/ U Nmldaf] Dae]fkagfk? .9<35 p 8735 p 7=3:/ee Fad] Mg3?E689:6<

6755U

Abstract: HF8 AJ
Contextual Info: 1/|}/ 4252*:;8. 1201 76=.8 8.3*> /B?LMJBK R 85A koal[`af_ [YhYZadalq Fad] Mg3?E689:6< R <5A oal`klYf\k afjmk` [mjj]fl < - . R SU26: /Yl 675UAC0 YnYadYZd] R 6 Fgje A [gf^a_mjYlagf Fad] Mg3? 9557:8<= R Efnajgfe]flYd ^ja]f\dq hjg\m[l /QgHR [gehdaYfl0 R Nmldaf] Dae]fkagfk? /8:37 p 8737 p 79350 ee

Contextual Info: MODELS TS53YJ and TS53YL Cermet Trimmers o ir Surface Mount, Miniature, Single Turn Fully Sealed FEATURES • • • • • • • • a l e J 0.20 watt at +•85 C, 0.25 watt at + 70 C Excellent stability Wide ohmic range Fully sealed Low temperature coefficient

K3067

Contextual Info: 53,+3 .>955/ 5645 ;:A2< <27.B 3FCQROFP X 7:A koal[`af_ [YhYZadalq X 7cU \a]d][lja[ klj]f_l` Fad] Mg3?E689:6< .Z]lo]]f [gad Yf\ [gflY[lk/ X OYf]d egmfl1 nYjagmk l]jeafYd lqh]k X Efnajgfe]flYd ^ja]f\dq hjg\m[l .QgHR [gehdaYfl/ X Nmldaf] Dae]fkagfk? .9<35 p 8735 p 7=3:/ ee

Contextual Info: 20}*z{ :,0/;? 9/4,? 57.<4/ 0C@MNKCL Fad] Mg3? M=6859:87=;565 Sqha[Yd Yhhda[Ylagf? Ee]j_]f[q klgh Zmllgf1 RY^]lq \ggj V Q]\mf\Yfl \]ka_f g^ [aj[mal1 kY^]lq ^mf[lagf [Yf kladd ogjc Y_Yafkl kge] kaf_d] [gehgf]fl ^Ymdl V Val` k]d^2[`][c ^mf[lagf3 S`] koal[`af_ klYlmk g^ afl]jagj

YD 1270

Abstract: TB 2920 hq H7204A QQE 03 32 Valvo UAA3000 chn 743 yl 1110 YD 1050 YD 1304
Contextual Info: Elektronik. Wir bauen die Elemente. Vaniti \ Ö Senderöhren für Nachrichtensender 1983 Datenbuch Elektronik. Wir bauen die Elemente. Unser Arbeitsgebiet - besonders die Mi­ kroelektronik - entwickelt sich immer rascher zum Motor für eine Vielzahl von Innovationen.

mc 5357

Abstract: 8a17 YC 637 smjq 7555P 6A17
Contextual Info: 53,+3 5645 ;:A2< <27.B 3FCQROFP W 7:A koal[`af_ [YhYZadalq W 7cU \a]d][lja[ klj]f_l` .Z]lo]]f [gad Yf\ [gflY[lk/ W OYf]d egmfl1 nYjagmk l]jeafYd lqh]k W Efnajgfe]flYd ^ja]f\dq hjg\m[l .QgHR [gehdaYfl/ W Nmldaf] Dae]fkagfk? .9<35 p 8735 p 7=3:/ ee Fad] Mg3?E689:6<

Contextual Info: Ä >K 2 4 892 S IEM EN S SDA 9205-2 Triple 8-Bit Analog-to-Digital Converter CMOS IC Preliminary Data Features • Three equivalent CMOS A/D converters on chip • 30-MHz sample rate • 8-bit resolution • No external sample & hold required • On-chip input buffer for each analog channel

ay-5-3600-pro

Abstract: AY 5 3500 marking YJ transistors n-key rollover X112 AY-5-3600 marking y1 t4 V4 MARKING 3600 100010001 K0y2
Contextual Info: Keyboard Encoder FEATURES • One integrated c irc u it required fo r com plete keyboard assembly ■ N key ro llo ver o r lock o u t operation ■ Quad mode operation ■ Lock o u t/ro llo ve r selection under external co n tro l o ptio n ■ S elf-contained o r slave o s cilla to r c irc u it

mtx m1

Abstract: 2.2k Preset 60PIN CXA1391Q CXA1391R
Contextual Info: CXA1391Q/R Processing IC for Complementary Color Mosaic CCD Camera Description The CXA1391Q/R is a bipolar IC developed for signal processing in complementary color mosaic CCD cameras. CXA1391Q 64 pin QFP Plastic Features • Low power consumption (170mW)

mtx m1

Abstract: 60PIN CXA1391Q CXA1391R sony cxa
Contextual Info: CXA1391Q/R Processing IC for Complementary Color Mosaic CCD Camera For the availability of this product, please contact the sales office. Description The CXA1391Q/R is a bipolar IC developed for signal processing in complementary color mosaic CCD cameras.

3C56

Abstract: 84A4 B094 6E2d 7A41 A03F C946 9B18 7A43 AN542
Contextual Info: Implementing FFT AN542 Implementation of Fast Fourier Transforms The FFT is implemented with Decimation In Frequency. Thus the input data before calling the FFT routine "R2FFT" should be in normal order and the transformed data is in scrambled order. The original data is

mtx m1

Abstract: CXA1391R CXA1393 2.2k Preset pin diagram 1K variable resistor 60PIN CXA1391Q CXA1390 iriso
Contextual Info: CXA1391Q/R Processing IC for Complementary Color Mosaic CCD Camera Description The CXA1391Q/R is a bipolar IC developed for signal processing in complementary color mosaic CCD cameras. CXA1391Q 64 pin QFP Plastic Features • Low power consumption (170mW)