25TYP Search Results

Contextual Info: ro oo 018702010001020102010201020100 O ¡• E jljlE E E M H1Î1cn r on 0, 25TYP [O ] 0, 22 ±0, 08 roo, moa May,2003

TQFP176

Contextual Info: TQFP176-P-2424-0.50 1, 25TYP ro en O O, 1 4 5 í8; 045 o CJI ro ro ro en o -j^ i+ o o o o ro i+ i+ o ro o o ro ro 1 + pp □o -i^cn o o e o 00 o 0, 10±0, 05 1, 025±0, 05 1, 20MAX CJI 24, 00±0, 1 26, 0 0 ± 0 , 2 ö" ro CD CD Uniti m ~n

QFP240-P-3232-0

Contextual Info: Q FP240-P-3232-0.50 Uniti nn 34, 6±0, 2 32. 0±0. 2 121 180 Q_ >— 120 181 ?!"!?!?!?!?!?!?!?!?!?!?!?!?!?!?!?!?! o +1 o oj co 240 o +1 CO •61 60 0. 2 ±0. 1 1. 25TYP 1010. 0 8 MX 10-51 !?!"!?!?!?!"!?!?!?!"!?!?!?!?!?!?!?!?! 33. 6±0. 2 Jan.2007

Contextual Info: Uniti rin HQ FP64-P-1010-0.50 12 , 0 ± 0 , 2 10 , 0 ± 0 . 2 48 >- Q_ LO CU 4 9 ^ - 64 33 32 r ó~ mrnmn m ì CU CD +1 CD CD +1 O CD o J ' 1 " 1 17 •Ut cu r ._ 16 0, 22±0, 04 010, 08 H 1, 25TYP 0, 5 LO O - LJ +1 O _ ir LO X <r OJ I O +1 CD

lqfp64

Contextual Info: Uniti m P—LQFP64—1010—0.50C 12, 0+0, 3 10, 0±0, 2 48 CL. in cu 49-* 33 Y •N = 32 CO ö +1 o OJ ö +1 o o 64t z § OJ ■17 16 0 , 2 +0 , 1 1, 25TYP ó OJ X in -H Q od OJ .M * o 0. 5+0, 2 Mar,2001

Contextual Info: P—SVP42—1125—0.50 Unit: nn o +i o IW i I , 52+0, 03 oo. 1 PI QQ+0. 05_ ,0 , 2 2-Q , Q4[ ^ | q 0 8 jfl 2, 25TYP 0, 9+0, 05 051 23, 2+0, 05 25, 3MAX in o o +i in OJ 25, 0+0, 1 42 r i

TQFP80-P-1212-0

Contextual Info: TQFP80-P-1212-0.50B Uniti rin 14, 0±0, 2 12, 0 ± 0 , 1 >ln O J 41 60 CL 61 40 CU 80 21 Ur CD +1 O CD +1 O CÙ ' 1 ^ t~ 20 1, 25TYP 0, 5 Pi q +0, 05 u. c -o . 04 eia i<k> o o+1 c cu o cu LO X O LO P IO . 081 +1 CD Apr ,2000

QFP64

Abstract: QFP64-P-1010-0
Contextual Info: QFP64—P—1010—0.50C 1, 25TYP ro CJI -«a. O1+ O vO -< “ö o o o CJ1 o ro ro ro 0, 1 ±0, 05 2, 0±0, 05 2, 2MAX oo oi+ o cr> • n iii:CO 1-k ro o 1+ CD o i+ o ro ro 10 0 0 1 12, 0±0, 2 , o CO CO 1— * o ± , o 00 m Unit: nn Feb,2007

lqfp64

Contextual Info: A pr,2000 so “H “ ü I “ ü I CD I CD 1, 25TYP cn CD n> p o 1+ p ru 10, Q±0, g O O 00 12, 0 ± 0 , 2 ro o i+ p ro

TQFP144

Contextual Info: P-TQFP144-gQg0-0,50B Uniti nn EE. 0±0. E 20. O lO. 1 108 109 73 7E -+ -+ 144 37 36 1, 25TYP

lqfp64

Contextual Info: Uniti m P—LQFP64—1010—0.50B 12, 0±0. 2 10 , 0 ±0 , 1 48 33 CL. in cu 49= >32 OJ o +i o o Ö +1 o O J >17 64* y . to 16 o. 1, 25TYP Ó ID O Mar,2001

Contextual Info: P—TSDP 1M8—1220—0.50C ro o ro p 00 o i+ -p^-_ 1- CD i+ o ro J—L ro cn 00 0, 25TYP 0, 22±0, 08 Unit m eooz'PD O, 145±0> 055 W , 08(H 0, 5

0030

Abstract: CI -dp904c
Contextual Info: V S S D P 1 6 —P —0030—0.50 Unitinn 16 9 HHHHHHHH OJ o +1 o Ö +1 o co t ïït t ïïïïïïïï 8 0. 127±0. 05 o. 2-8:85 O, 25TYP o +1 e io , i M c r» OJ 0, 5 4, 25MAX 4. 0±0. 1 X c 0, 1 in o ö +i -in o o +i œ /Ì) R evOl_ M a y 2007

QFP80

Contextual Info: Jan,2007 1, 25TYP , ,_* ru o i+ o ro -j^ o i+ o ro 1

AD8015 Circuits

Abstract: AD8015 AD8017 AD8004 AD8012 AD8013 AD8014 AD8072 AD8073 AD812
Contextual Info: 12/28/99 AD8004 QUADS AD813 AD8013 AD8073 UNITY GAIN MHZ MIN CLOSED LOOP GAIN MIN MHZ GAIN FLATNESS .1dB V/uSEC SLEW RATE NSEC RISE TIME NSEC NSEC SETTLING TIME 0.10% 0.01% 100 80 80 30 70 24 8 10 180 1600 1200 350 60 2.6 2 NS NS 25typ 25typ 20 NS 1.5 NS 40typ

Contextual Info: P—TQFP144—2020—0.50A Uniti mm ge, oto, e 20, 0±0, 2 % 108 O 36c =73 u 0. 6i0. 15 Z 72 0.2210. OS r 1. 25TYP n rs i 'I . yuuuimnnm U I- EH 0.081 Jul.2003

LQFP144

Abstract: P-LQFP144-2020
Contextual Info: P-LQFP144-2020-0.50E Unit« nn 22 . 0 ± 0 . 2 20, 0±0, 2 108 73 109 72 o +i o o CXJ 144= o +1 o OJ cu >37 St 36 1, 25TYP foTsI 0 , 2 ± 0, 03 Mar.2004

TQFP144

Contextual Info: TQFP144—P—2020—0.50 Unii;: nn 22 . 0 ± 0 , 2 20. 0±0, 1 010006000104080001040810060001000100010006 OJ o o +1 +1 o o o OJ OJ OJ 144 37 Wr 1. 25TYP 0. 5 36 Pi q q +Oi 05 U. dd-o. 04 $ 1 0 . 1 H LO O LO OJ O 21 O OJ Jan,2007

Contextual Info: Uniti m TSSDP56—P—0061—0.50 r6h h h h h h h h h h h h h h h h h h h h h h h h h h 1 i cu o +1 o o +1 00 28 0, 25TYP o, 2 2 - 8 :8ii o, 5 TO T m in cut-. oo ? ID = jr £ 0, 45~0. 75 Apr,2000

Contextual Info: Uniti m TQFP64—P—1010—0.50A 12, 0 ± 0. 2 10, 0 ± 0, 1 48 33 L 49- >32 CL >ID OJ OJ o Ö o o +1 +1 OJ 64' o >17 i . 16 1, 25TYP o o . 20 - 8 :8ii m iin r o in o ö +i in OJ o .j H d d d d d d d d d d d d d d d d X <L O OJ ~~Ku in o M o l o . 081 ö

Contextual Info: Mar,2000 so “D CO CD I “Ö I ro roi 1, 25TYP CD cn CD 00 CD 40 CP> CD I i\ ro o i+ o ro IT \ ~r ru CD - 1^ ro 4^ CD 12 , 0 ± 0 . 2 14, 0±0, 2 o i+ o ro

IC 2030 schematic diagram

Abstract: panasonic TV tuner an3216 AN321 AN3217 6m83 KT 839
Contextual Info: AN321 1C AN321 Automatic F ine Tuning C irc u it B ÏR ^/Description A N 321 fi , t L- f à i U nit ! mm + n A F C m 1^13:5+? t i t z « * « , i c m & u ^ ^ v i F 6. 0 ty p 2-5typ-3.0min > t* I c f t l ’ -S L & -to • 4$ • ilfc/F ea tu res 14 m V r m s

lca30s24

Abstract: LCA100S-5 LCA15S-5 LCA15S5 LCA30S-12 LCA-15 LCA-13 LCA75S-5
Contextual Info: Ordering information AC-DC Power Supplies Open Frame/Enclosed type LCA10S LC 1 A 2 10 3 S 4 Recommended EMI/EMC Filter NAC-06-472 R High voltage pulse noise type : NAP series Low leakage current type : NAM series -5 5 -O 6 1Series name 2100/120V input 3Output wattage

SP0502AAH

Abstract: SP0502AAHT SP0506AAA SP0506AAAT SP0506AAB SP0506AABT
Contextual Info: TVS Diode Arrays TVS Rail Clamp Array in a Surface Mount Package SP0502AAH, SP0506AAA, SP0506AAB This family of rail clamp or “diode steering” arrays is designed for very low capacitance ESD protection and is offered in small surface mount packages. The multi-channel devices are used to help protect high