C27D Search Results

dkrh

Abstract: dkrn S1191 S1243
Contextual Info: 8 7 4 5 6 REVISIONS PART NUMBER CODING _ _ C _ _ DKR _ -S_ _ _ _ F E MATERIAL INSULATOR/CONTACT E = PBT/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 10 SECS MAX R = PPS/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 120 SECS MAX

Contextual Info: 8 7 4 5 6 REVISIONS PART NUMBER CODING _ _ C _ _ DKU _ -S_ _ _ _ F E MATERIAL INSULATOR/CONTACT E = PBT/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 10 SECS MAX R = PPS/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 120 SECS MAX

Contextual Info: 8 7 4 5 6 1 2 3 PART NUMBER CODING REVISIONS G _ C _ _ D_ _N REV. ECO NO. DESCRIPTION DATE BY A 1062 INITIAL RELEASE 3/15/2007 SB F F TERMINATION TYPE TERMINATION TYPE NUMBER OF POSITIONS PER ROW RIGHT ANGLE BEND 01 THRU 36 E PLATING ALL PLATINGS HAVE .000050" NICKEL UNDERPLATE

RU 110012

Abstract: dma 8257 sdk 8085 microcomputer intel 8273 intel d 8273 0836 sdk oni 350 DMA8257 8273 dma controller IC TL 0841
Contextual Info: in ter APPLICATION NOTE AP-36 November 1986 Using the 8273 SDLC/HDLC Protocol Controller JOHN BEASTON MICROCOMPUTER APPLICATIONS Order Number: 611001-001 U S IN G T H E 8 2 7 3 S D L C / HDLC PRO TO CO L CO NTRO LLER CONTENTS PAGE in t r o d u c t io n .

bc 5588

Abstract: C18D C27D C06D C10908 REV 2 C10D C11D C19D C20D C22D
Contextual Info: 8 7 4 5 6 1 2 3 REVISIONS PART NUMBER CODING P _ C _ _ D_ _N REV. ECO NO. DESCRIPTION DATE BY A 1030 INITIAL RELEASE 3/12/2007 SB F F TERMINATION TYPE TERMINATION TYPE 01 THRU 36 HEAD TERMINATION DIMENSION CODE PLATING ALL PLATINGS HAVE .000050" NICKEL UNDERPLATE

96P-6033-0731-0

Abstract: C27AH-C27BH C26CH PE64952 C27FH C046H LCSB J22R C01AH C26BH
Contextual Info: PMC-Sierra, Inc. TELECOM S TANDARD PRODUCT PM8513 D3MX EVBD PRELIMINARY INFORMATION D3MX EVALUATION DAUGHTERBOARD PM8513 D3MX EVBD D3MX EVALUATION DAUGHTERBOARD

C10807

Abstract: 4835 aa S1191 S1243
Contextual Info: 8 7 4 5 6 REVISIONS PART NUMBER CODING _ _ C _ _ DKM _ -S_ _ _ _ F E MATERIAL INSULATOR/CONTACT E = PBT/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 10 SECS MAX R = PPS/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 120 SECS MAX

C273A

Abstract: eel 19-b C27D
Contextual Info: ? this î i w i » IS UWUU5WJ. - M OUNTING BRACKET, 2 REQD M A T L : BR ASS PER M I L - C - 5 0 F I N I S H : 0 . 2 S j i m [ . 0 0 0 0 1 03 M I N T I N - N I C K E L ÛVER 3 .5 6 ^ m [.000140] J A C K S C R E W ASSY., STUD BODY-MATL: S T A I N L E S S STEEL PER A S T M - A - 5 0 2

B58258

Abstract: H222 27C84 b582c
Contextual Info: 1234565 65789ABCB7DEFB7C77271CBC77 B CB1 1 12 3456724859A27BC2DEFD97DAC82D9E2D75565722 2D9E22 2!C88C82 12 "D7B#$2%!7C7CE2 12 5AB2%CD&2474724!!C97'22 *2%CD&2 12 +5EC2C!D759A2,D9AC'2-.272/0.2 12 ,58C2*9E21D662 5C82223982

parametric equalizer

Abstract: MARK C33B parametric equalizer ic Speaker 40W subwoofer 80Hz filter l33 thermal fuse 5.1 subwoofer ic type amplifier circuit diagram C45D R48B BM54
Contextual Info: High Performance Class-D Speaker / Headphone Amplifier Series 20W+20W Class-D Speaker Amplifier for Digital Input with built-in DSP BM5446EFV No.10075EAT13 ●Overview BM5446EFV is a Class D Speaker Amplifier with built-in DSP Digital Sound Processor designed for Flat-panel TVs in

C1ea 0042

Abstract: c17f C1ea 0041 C79F c26f c7aa C043 C557 DAYTON C203 ac 1084 0515
Contextual Info: Order this document by AN974/D Freescale Semiconductor Freescale Semiconductor, Inc. AN974 MC68HC11 Floating-Point Package Introduction The MC68HC11 is a very powerful and capable single-chip microcontroller. Its concise instruction set combined with six powerful

8273 dma controller

Abstract: RK-6017 Sdk-85 RRU 3939 intel 8273 intel 8245 crt sdk 8085 microcomputer dma 8257 Raytheon Company 2000 as EPE PIC TUTORIAL 3
Contextual Info: in te i <ò Intel C orporation, 197B APPLICATION NOTE AP-36 9800667A Related Intel Publications “ M C S -8 5 User's M a n u a l" "SDK-85 U s e r’s M a n u a l ’! Related IBM Publications “ IB M S y nc h ro no u s Data Link C o n tro l General Inform atio n, GA27-3093-1"

BM5446EFV

Abstract: GE C33B
Contextual Info: Middle Power Class-D Speaker Amplifiers Class-D Speaker Amplifier for Digital Input with Built-in DSP BM5446EFV No.10075EBT13 ●Description BM5446EFV is a Class D Speaker Amplifier with built-in DSP Digital Sound Processor designed for Flat-panel TVs in

C27D

Contextual Info: I 7 THIS DRAWING IS UNPUBLISHED. C COPYRIGHT 19 RELEASED FOR PUBLICATION BY AMP INCORPORATED. 4 , 19 LOC DIST REVISIONS FT ALL RISHTS RESERVED. M O U N T I N G BRACKET, 2 REQD MATL: BRASS PER M I L - C - 5 0 FINISH: 0 . 25jjim [. 00001 0] MIN T I N - N I C K E L

S1191

Abstract: S1243 HP 2835
Contextual Info: 8 7 4 5 6 REVISIONS PART NUMBER CODING _ _ C _ _ DKS _ -S_ _ _ _ F E MATERIAL INSULATOR/CONTACT E = PBT/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 10 SECS MAX R = PPS/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 120 SECS MAX

C22D

Contextual Info: 8 7 4 5 6 1 2 3 REVISIONS PART NUMBER CODING P _ C _ _ D_ _N REV. ECO. NO DESCRIPTION DATE BY A 1030 INITIAL RELEASE 05/17/2006 HT F F TERMINATION TYPE TERMINATION TYPE STRAIGHT NUMBER OF POSITIONS PER ROW CODE 01 THRU 36 E PLATING ALL PLATINGS HAVE .000050" NICKEL UNDERPLATE

Contextual Info: 8 7 4 5 6 REVISIONS PART NUMBER CODING _ _ C _ _ DKD _ -S_ _ _ _ F E MATERIAL INSULATOR/CONTACT E = PBT/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 10 SECS MAX R = PPS/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 120 SECS MAX

Contextual Info: 8 7 4 5 6 REVISIONS PART NUMBER CODING _ _ C _ _ DKA _ -S_ _ _ _ F E MATERIAL INSULATOR/CONTACT E = PBT/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 10 SECS MAX R = PPS/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 120 SECS MAX

interfacing of 8257 devices with 8085

Abstract: IC 7430 IC-7430 BPK-72 Bubble Memory 8085 microprocessor BPK72 7430E IC7406 8085 Manual 6116 interface 8085
Contextual Info: in tJ APPLICATION NOTE AP-150 O ctober 1983 IN T E L C O RPO RATIO N, 1982 6-86 O C TO B E R 1983 O R D ER N U M B ER : 210849-002 AP-150 8085 TO BPK 72 INTERFACE INTRODUCTION Bubble Memory is quickly emerging as the preferred high density storage medium for a variety of microprocessor

bm5446

Contextual Info: Middle Power Class-D Speaker Amplifiers Class-D Speaker Amplifier for Digital Input with Built-in DSP BM5446EFV No.10075EBT13 ●Description BM5446EFV is a Class D Speaker Amplifier with built-in DSP Digital Sound Processor designed for Flat-panel TVs in

S1191

Abstract: S1243 C48D C18DKN 5942
Contextual Info: 8 7 4 5 6 REVISIONS PART NUMBER CODING _ _ C _ _ DKN _ -S_ _ _ _ F E MATERIAL INSULATOR/CONTACT E = PBT/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 10 SECS MAX R = PPS/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 120 SECS MAX

C12DKE

Abstract: HP 3800 S1191 S1243
Contextual Info: 8 7 4 5 6 REVISIONS PART NUMBER CODING _ _ C _ _ DKE _ -S_ _ _ _ F E MATERIAL INSULATOR/CONTACT E = PBT/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 10 SECS MAX R = PPS/PHOSPHOR BRONZE OPERATING TEMP: -65°C TO +125°C PROCESSING TEMP: 260°C FOR 120 SECS MAX

4000B

Abstract: 74LS27 M74HC27 M74HC27DP M74HC27P
Contextual Info: M IT S U B IS H I HIGH S P E E D C M O S M74HC27P C27DP T R IP L E 3 -IN P U T P O S IT IV E NOR G A T E DESCRIPTION The M 74H C 27 is a sem iconductor integrated circuit con­ sisting of th re e 3-input po sitiv e -lo g ic NOR, usable as ne ga­ tiv e -lo g ic NAND gates.

C1ea 0042

Abstract: C1ea 0041 C1EA- 0041 C79F c845 C5F3 transistor C839 c7aa motorola c858 C004 1102 0734
Contextual Info: Order this document by AN974/D Motorola Semiconductor Application Note AN974 MC68HC11 Floating-Point Package Introduction The MC68HC11 is a very powerful and capable single-chip microcontroller. Its concise instruction set combined with six powerful addressing modes, true bit manipulation, 16-bit arithmetic operations,