A1B9 Search Results

Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 ACF1 8!577B2D"82EFC77B28 #8 1 1 1$ #%8&' %$'98 1 21 317976418 1 21 !"AA97B51"#B3F$3BF76B16AA#36B394%1 791&'&( $*51B91DD'D)$*511 21 !"AA97B51#34+1#4B1"A1B91,EE+11

Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 2EFC77B28A7C6E895 B!8"9 #8 $%8 1 1 1&$'8 '&)98 1 21 317976418 1 21 !"AA97B51"#B3F$3BF76B16AA#36B394%1 791&'&()$*51B91DD'D)$*511 21 !"AA97B51#34+1#4B1"A1B91D,E+1

BF 6591

Abstract: 4B51
Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 ACF1 8!577B2D"82EFC77B28 #$8 1 1 1% #&8' &%(98 1 21 317976418 1 21 !"AA97B51"#B3F$3BF76B16AA#36B394%1 791&'&()$*51B91DD'D)$*511 21 !"AA97B51#34+1#4B1"A1B91D,E+1

AL133-00015.1

Abstract: 48ED
Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 ACF1 8!577B2D"82EFC77B28 #$%8 1 1 1& #'8 *'&)98 1 21 3179764 18!"1 21 #$AA97B51$%B3F&3BF76B16AA%3 6B394'1 791()(*+&,51B91)+&,511 21 #$AA97B51%34-1%4B1$A1B91D-11

Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 2EFC77B28A7C6E895 B!8"9 #8 $8 1 1 1%$&8' &%(98 1 21 317976418 1 21 !"AA97B51"#B3F$3BF76B16AA#36B394%1 791&'&( $*51B91DD'D)$*511 21 !"AA97B51#34+1#4B1"A1B91,EE+11

Contextual Info: 12324232526272 123456789AB6CDC6E7C3F8 88BB63888 ACF1 8!577B2D"82EFC77B28 #$8 1 1 1% #&8' &%(98 1 21 3179764 18!"1 21 #$AA97B51$%B3F&3BF76B16AA%3 6B394'1 791()(*+&,51B91)+&,511 21 #$AA97B51%34-1%4B1$A1B91D-11

a13b5

Abstract: A10B11 A15B0 A7B0 A13B4 a5b2
Contextual Info: Mercury Programmable Logic Device Family December 2002, ver. 2.1 Features… Data Sheet • ■ Table 1. Mercury Device Features Feature Typical gates HSDI channels LEs ESBs 1 Maximum RAM bits Maximum user I/O pins EP1M120 EP1M350 120,000 350,000 8 18

A1B9

Abstract: A5B15 32 Bit loadable counter CLASSIC EPLD FAMILY EP1M120F48 A8B12
Contextual Info: Mercury Programmable Logic Device Family February 2001, ver. 1.1 Data Sheet Features… • Preliminary Information ■ Table 1. Mercury Device Features Feature Typical gates HSDI channels LEs ESBs 1 Maximum RAM bits Maximum user I/O pins EP1M120 EP1M350

Tr431

Abstract: 1N1525 cs1256hg BSF17 dd04 18DB6A B1274 transistor 1N34A MP LT236 SN76
Contextual Info: I RJ 1 international, rectifier IR R e p la c e ­ m ent P a rt No. 25710 25T12 « S ? S H fcx S yty P a rt No. IR R e p la c e ­ m ent Z1012 Z1014 21016 Z1018 21020 AA138 AA140 AA142 AA2 AA20 IN34A IN34A JN34A TR-08 6F20D ZI022 Z1006 21008 7*0*0 21012 AA200

ba 3161

Contextual Info: 11111 PL671-25 1 PicoEMI T M Programmable Spread Spectrum Clock 1 FEATURES PIN CONFIGURATION VDD 1 XOUT 2 XIN/FIN 3 PDB^ 4 PL671-25 • 9*+1A,+61A1B99A97)91)817*-+1 o A,+6.14/011 14/011 o B99A97)91)8.1/011 1244/011 • 2-+*-+1"A93-97),1-*1+1244/011

EP1M120

Abstract: A7B14 A7B5 A10-B
Contextual Info: Mercury Programmable Logic Device Family October 2001, ver. 1.2 Features… Data Sheet • ■ Table 1. Mercury Device Features Feature Typical gates HSDI channels LEs ESBs 1 Maximum RAM bits Maximum user I/O pins EP1M120 EP1M350 120,000 350,000 8 18

6B391

Abstract: EB79A 106B1 L11F
Contextual Info: 21314131516171 1 12345657829A12BCDEFA3E55E8F5B7A B738EAA1A287E3532A  !""A 1 1 1#$%A&'$&A 1 21 A1B91151337E B3946!16B61 !34"51 1 A 21 #3D$1!64 $1A9%E71&'  *1+,-.1 21 #9BA!DD6!E1/2C1099BA734B1 21 1E*AE76B7E5B63!32E1343+

hep 154 silicon diode

Abstract: zy 406 transistor motorola HEP 801 hep 154 diode hep R1751 triac zd 607 2sb337 RS5743.3 F82Z hep 230 pnp
Contextual Info: SEMICONDUCTOR This guide has been prepared by the Motorola HEP technical staff to provide a cross-reference for the Hobbyist, Experimenter, and Profes­ sional service technician. The information contained herein is based on an analysis of the published specifications of each device listed. This

T35W

Abstract: transistor kt 606A 65e9 transistor sr 6863 D 2SC965 CS9011 sr1k diode KT850 TRANSISTOR st25a transistor 130001 8d
Contextual Info: NEW PRODUCTS BULLETIN SINGLE-ENDED MOLDED BRIDGES Fig. 1 International Rectifier expands its quality line of highly reliable molded \ bridges with the new 10DB series of 1 amp full-wave silicon bridge rectifiers. The single-ended, in-line configuration is suitable for PC board applications,

10-LAB-wide

Abstract: A6B12 A5B15 A6B11 A12B0 A12B1 A13B3 A2B9 A10B14
Contextual Info: Mercury Programmable Logic Device Family February 2002, ver. 1.3 Features… Data Sheet • ■ Table 1. Mercury Device Features Feature Typical gates HSDI channels LEs ESBs 1 Maximum RAM bits Maximum user I/O pins EP1M120 EP1M350 120,000 350,000 8 18

A6B12

Contextual Info: Mercury Programmable Logic Device Family January 2003, ver. 2.2 Features… Data Sheet • ■ Table 1. Mercury Device Features Feature Typical gates HSDI channels LEs ESBs 1 Maximum RAM bits Maximum user I/O pins EP1M120 EP1M350 120,000 350,000 8 18

Contextual Info: 1 12345657829A12BCDEFA3E55E8F5B7A D4F528F3AA14D843A1A287E3532A  !1!""A 1 1 1#$%A&'%#&A 1 21 A1B911 !513"37E#B39461 6B6134$51 21 %9B"A&6E1'2199BA734B1 21 &3B"34133B6136495B3#1 &4#B39451 21 899E1 2(165E71B7645F3BBE71341*1

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comcerto

Abstract: vapi 82xxx-SWG-003-B 82xxx-SWG-0xx-B 82xxx Comcerto voip configuration OM 8380 82XXX 82xxx-SWG mindspeed arm
Contextual Info: ComcertoTM VOIP Configuration 82xxx-SWG-003-B January 2006 ComcertoTM VOIP Configuration 22 Jan 06 Revision History Version 0.1 Date 11/03/2005 By Philippe Vivarelli Change Initial version 0.2 01/22/2006 Philippe Vivarelli Corrected endianess on ETH/IP headers

a2b5

Abstract: A12B15 EP1M120 A7B9 A10B8 A15B6 56-LVTTL
Contextual Info: Mercury Programmable Logic Device Family March 2002, ver. 2.0 Features… Data Sheet • ■ Table 1. Mercury Device Features Feature Typical gates HSDI channels LEs ESBs 1 Maximum RAM bits Maximum user I/O pins EP1M120 EP1M350 120,000 350,000 8 18 4,800

binary tree multipliers

Abstract: EP1M120 A7B9 A5B13
Contextual Info: Mercury Programmable Logic Device Family January 2003, ver. 2.2 Features… Data Sheet • ■ Table 1. Mercury Device Features Feature Typical gates HSDI channels LEs ESBs 1 Maximum RAM bits Maximum user I/O pins EP1M120 EP1M350 120,000 350,000 8 18

1F99

Abstract: 51e1
Contextual Info: 11111 PL611-30 1 Programmable Quick Turn Clock FEATURES PIN CONFIGURATION XIN, FIN 1 GND 2 CLK0 3 CLK1 4 PL611-30 • C$67 9C1*A'A6+6,91&-1C9'711 • .9A/101119A167C1&2691391414*1&8 &811/*D1 • F5*A11)+*9+9716A/1-.67F151*51111CA$91

A7B10

Abstract: A15B6 A6B12 A13B3 A7B14 a12b1 A1B12 A5B15 A15B0 A9B10
Contextual Info: Mercury プログラマブル・ロジック・ デバイス・ファミリ 2001 年 10 月 ver. 1.2 特長 Data Sheet • 表 1. Mercury デバイスの特長 機能 標準ゲート数 HSDI チャネル数 ロジック・エレメント LE 数 エンベデッド・システム・ブロック

A7B10

Abstract: EP1M120 a1b12 A1B15 A3B9 A0B4
Contextual Info: Mercury Programmable Logic Device Family February 2001, ver. 1.1 Data Sheet Features… • Preliminary Information ■ Table 1. Mercury Device Features Feature Typical gates HSDI channels LEs ESBs 1 Maximum RAM bits Maximum user I/O pins EP1M120 EP1M350