JQ1 35 Search Results

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<

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

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<

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<

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

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_]

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

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

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

ggk 75a

Abstract: YL 69 TDC03 538BJ 65A0 IQN69556 efg8f MAl390
Contextual Info: =;?J FH7A>B>6GHE: 6HGCACG>I: E:@6K ;PMZ[XPY * Ha_` [mjj]fl [gflY[l [YhY[alq /CYjjqaf_ [mjj]fl? 8:A465eaf 7:A46`0 * Qoal[`af_ [YhY[alq mh lg 75A / Yl =: C 0 g * Iehjgn]\ `]Yl j]kaklYf[] * Ha_` j]kaklYf[] lg naZjYlagf Yf\ k`g[c G]WRNMS 6WWSRNMZRVUY * P]^dgo kgd\]jaf_ n]jkagf YnYadYZd]

02A4

Abstract: A02A YIQN69556YNHQAQ6
Contextual Info: 759D}@7 3=B1:4 ;094 2=<A02A 0BA=;=A8C4 ?4:0E 5IFSTQIR \ QeYdd kar] \ DgmZd] MN [gflY[lk \ QlYf\Yj\ l]jeafYd hal[` ]ehdgq]\ \ Epl]f\]\ gh]jYlagf jYf_] \ UYk` la_`l lqh] YnYadYZd] AVPKGFL 0PPLKGFSKONR \ PgHQ - EKT [gehdaYfl C]fljYd \ggj dg[c1 Afla2l`]^l dg[c1 Ka_`laf_ [gfljgd

2N6783

Contextual Info: POWER MOSFET TRANSISTORS 200 Volt, 1.5 Ohm N-Channel FEATURES • Fast Switching • Low Drive Current • Ease of Paralleling • No Second Breakdown • Excellent Temperature Stability 2N6783 JTX, JTXV 2N6784 DESCRIPTION The Unitrode power MOSFET design utilizes the most advanced technology available.

lm 539

Abstract: lm 538 n
Contextual Info: E6;:FK D:?6K =;64 /D:?6K I>F= ;BD8>7?K <G>9:9 8BAF68FE0 ;PMZ[XPY + Kmdla [gflY[l YjjYf_]e]flk? 7 Fgje C .7X lqh]/1 6LM06LC .HD6 lqh]/1 6LM06LC .HD7 lqh]/ + Fgj[aZdq _ma\]\ [gflY[lk Y[[gj\af_ lg EL:575: + =A koal[`af_ [YhYZadalq + Ha_` afkmdYlagf [YhYZadalq .637 4 :5uk/?65cT kmj_] ngdlY_]

CQ31

Abstract: marking code c41 SMD ic SW-SPST footprint SA1203I TQFP48 TSA1201 TSA1203 TSA1203IF TSA1203IFT cq13
Contextual Info: TSA1203 DUAL-CHANNEL, 12-BIT, 40MSPS, 230mW A/D CONVERTER PIN CONNECTIONS top view AVCC OEB CKD VCCBI GNDBE VCCBE D0(LSB) 41 40 39 38 37 D1 AVCC 42 36 D2 35 D3 3 34 D4 INBI 4 33 D5 A GND 5 32 D6 IPOL 6 31 D7 AVCC 7 30 D8 29 D9 INQ 9 28 D10 A GND 10 27 D11(MS B )

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

CQ13

Abstract: CQ31 TQFP48 TSA1201 TSA1204 TSA1204IF TSA1204IFT
Contextual Info: TSA1204 DUAL-CHANNEL, 12-BIT, 20MSPS, 120mW A/D CONVERTER • 0.5Msps to 20Msps sampling frequency ■ Adaptative power consumption: 120mW @ CKD VCCBI GNDBE D1 OEB VCCBE AVCC D0 LSB AVCC 38 37 D2 D3 AGND 3 34 D4 INBI 4 33 D5 AGND 5 32 D6 IPOL 6 31 D7 30 D8

IC 74LS373

Abstract: M74HC373P pin diagram of IC 74LS373 M74HC373 4000B 74LS373 M74HC373DWP M74HC533
Contextual Info: M IT S U B IS H I HIGH S P E E D C M O S M 74H C 3 73P M 74H C 373D W P O C T A L 3 -S T A T E N O N IN V E R T IN G D -T Y P E T R A N S P A R E N T L A T C H DESCRIPTION T h e M 7 4 H C 3 7 3 is a s e m ic o n d u c to r in te g r a te d c irc u it c o n ­

TS56

Abstract: 74ALS235
Contextual Info: SN54ALS235, SN74ALS235 64 x 5 ASYNCHRONOUS FIRST IN FIRST-OUT MEMORY D2958. OCTOBER 1986 Asynchronous Operation SN 54A LS235 . . . J PACKAGE SN 74A LS235 . . . D W OR N PACKAGE Organized as 64 Words of 5 Bits 1 L J 20 U v e e 2 19 J ALMOST FULL/EMPTY 3 18 J SHIFT OUT

NSL5027

Abstract: transistor LM340 LM340 voltage regulator LM340 AN-103 national 12V 10A voltage regulators NPN Transistor 10A 24V LM320 voltage regulator Lm324 comparator datasheet dual tracking voltage regulator ic 10A
Contextual Info: Introduction The LM340-XX are three terminal 1.0A positive voltage regulators, with preset output voltages of 5.0V or 15V. The LM340 regulators are complete 3-terminal regulators requiring no external components for normal operation. However, by adding a few parts, one may improve the transient response, provide for a variable output voltage, or increase the

CQ31

Abstract: TQFP48 TSA1005 TSA1005-20IF TSA1005-20IFT TSA1005-40IFT TSA1005I-40IF ultrasound transducer transformer
Contextual Info: TSA1005 DUAL-CHANNEL, 10-BIT, 20/40MSPS A/D CONVERTER • 10-bit, dual-channel A/D converter in deep NC NC VCCBE GNDBE VCCBI VCCBI OEB 36 D0 LSB 35 D1 AGND 3 34 D2 INIB 4 33 D3 AGND 5 32 D4 IPOL 6 31 D5 TSA1005 AVCCB 7 30 D6 29 D7 AGND 8 28 D8 AGND 10 27 D9(MSB)

SW-SPST footprint

Abstract: 470nF CQ31 SA1203I TQFP48 TSA1203 TSA1203IF TSA1203IFT SW-SPsT sfdr-i
Contextual Info: TSA1203 DUAL-CHANNEL, 12-BIT, 40MSPS, 230mW A/D CONVERTER • Low power consumption: 230mW@40Msps ■ Single supply voltage: 2.5V D1 D0 LSB VCCBE GNDBE 44 43 42 VCCBI VCCBI OEB 48 47 46 45 AVCC AVCC INCMI index corner REFMI REFPI ■ ■ ■ ■ ■ ■ Independent supply for CMOS output stage

CQ31

Abstract: 470nF TQFP48 TSA1201 TSA1204 TSA1204IF TSA1204IFT 093LSB
Contextual Info: TSA1204 DUAL-CHANNEL, 12-BIT, 20MSPS, 120mW A/D CONVERTER • 0.5Msps to 20Msps sampling frequency ■ Adaptive power consumption: 120mW @ PIN CONNECTIONS top view D1 D0(LSB) VCCBE GNDBE VCCBI VCCBI OEB AVCC AVCC 34 D4 INIB 4 33 D5 AGND 5 32 D6 IPOL 6 31 D7

CQ31

Abstract: TQFP48 TS821 TSA1201 TSA1203 TSA1204 RX 1013 40MHZ
Contextual Info: TSA1203 Dual-channel 12-bit 40Msps 215mW A/D converter Features Dual simultaneous sample and hold inputs • Multiplexed binary word outputs ■ Built-in reference voltage with external bias capability D1 ■ VCCBE Common clocking between channels 41 40 39 38 37