TRW 1010 Search Results

M38510/10101

Abstract: 14538B MOTOROLA smd transistor 72k code eprom smd atmel QP7C185A M38510-11003 QP7C198 8708 eprom M38510/11201 M38510/10105
Contextual Info: Product Selector Guide March 28, 2005 Analog Description Package SMD Number Part Number DIP 5962-87786 TDC1046 TRW DIP, LCC 5962-88532 TDC1049C1V TRW National A/D Converter, 6-Bit Flash A/D Converter, 9-Bit Comparator, Differential Die Mfg DIP, CAN, FP, LCC

Contextual Info: 16 x 16-bit Multiplier-Accumulator LM A 1010/2010 Features_ Description_ □ 45 ns worst-case multiplyaccumulate time □ Low-power CMOS technology □ Replaces TRW TDC1010 and AMD Am29510 □ Two's complement, unsigned, or

Contextual Info: 16 x 16 multiplier-accumulators LMAioio/1043 general information features The LMA1010/1043 are high speed, low power CMOS multiplier-accumulators MACs . The LMA1010/LMA1043 are pin and functionally compatible with the TRW TDC1010/1043 and AMD Am29510 in DIP

1N3062

Contextual Info: TDC1044 Monolithic Video A /D Converter 4-Bit, 25M sps The TRW TDC1044 is a 25Msps MegaSample Per Second fully parallel analog-to-digital converter, capable of converting an analog signal with full-power frequency Features • 4-Bit Resolution • 1/4 LSB Non-Linearity

tdc1010

Abstract: PCR-45 GM-75 R14B1 LMA1010 LMA2010 PC-45 LMA1043 2S2231 DME 40 indicator
Contextual Info: 16 x 16 multiplier-accumulators lma general information features The LMA1010/1043 are high speed, low power CMOS m ultiplier-accum ulators MACs . The LMA1010/LMA1043 are pin and functionally compatible with the TRW TDC1010/1043 and AMD Am29510 in DIP packages. The LOGIC Devices LMA2010/

1044N9C

Abstract: C1044 TDC1044B9C TDC1044B9V TDC1044 trw 810 TRW LSI Products TRW 1010
Contextual Info: TDC1044 Monolithic Video A/D Converter Features 4-Bit, 25Msps • 4-Bit Resolution The TRW TDC1044 is a 25Msps MegaSample Per Second fully parallel analog-to-digital converter, capable of converting an analog signal with full-power frequency components up to 12.5MHz into 4-bit digital words. Use

Y2010

Abstract: L1514 LMA2010JC-25
Contextual Info: I M A in in /?n in L M A 1 D1 2 / 2 0 1 0 16 x 16-bit Multiplier-Accumulator ljbV'lül-S iNuuHHCRA Ihi □ 20 ns Multiply-Accumulate Time □ Replaces TRW TMC2210, Cypress CY7C510, ID T7210L,and AMD Am29510 □ Tw o’s Complement or Unsigned Operands □ Accumulator Performs Preload,

PCR-45

Abstract: tdc1010 P4D-6 vco K07 TRW 1043 GCR-55 ISI34 DCR55 Am29510/L510
Contextual Info: LOGIC DEVICES INC IS DE~| SSbSTDS 00DD51S S | T-AS-&7 16 x 16 multiplier-accumulators L M A 1 0 1 0 /1 0 4 3 general information features The LMA1010/1043 are high speed, low power C M O S m ultiplier-accumulators MACs , The LMA1010/LMA1043 are pin and functionally compatible with the TRW

CA5800

Abstract: TRW 3894 CAS800 CA5800H TRW CA amplifier trw CATV S43E trw 630 trw rf
Contextual Info: T R W ELE< CNPNT/ R F fi1! D E ^ñ fi2 S a 2 M w 0 0 0 3e!3 e! t> Ê s^ 3 m s^ m m m RF Devices Division TRW Electronic Components Group £ ¿ t W W CA5800 VHF-UHF Linear Amplifier 10-1000 MHz, 1W Output Power • Wide Bandwidth: • 43dBm Third Order Intercept

tdc1010

Abstract: B0946 B0848 LMA2010JC-55 LMA1010 F1036 LMA1010DM-55 l0925 TDC-1010 AM29510
Contextual Info: 16 X 16-bit Multiplier-Accumulator Features Description □ 45 n s w orst-case m ultiplyaccum ulate time □ Low -pow er C M O S technology The LM A1010 an d LM A2010 are h igh speed, low pow er m ultiplieraccum ulators M ACs . They are pin for pin equivalent to the TRW

trw tdc 1010

Abstract: L-281 0/trw tdc 1010
Contextual Info: 1§ O IDT75C19 IDT75C29 9-B IT CMOS VIDEO DAC l n t t “ í r , \ i t ‘ d I X ' v i c c T t ‘t h n t i k > ' . ’ v I n t FEATURES: DESCRIPTION: • Graphics-ready • Function-com patible with TRW TDC 1018 The IDT75C19/29 are 70/100/125 MegaSam ple per Second

3 DG 1008

Abstract: PIR D 203 S LM113 LM313 RS-170 RS-343A TDC1018
Contextual Info: r .:i: o IDT75C19 IDT75C29 9-B IT CMOS VIDEO DAC iiii 'ilia iiii I n i f o / a t e d [ X ‘ v k <‘ Tt ‘ < _ l u x il c v . ’, v I n i FEATURES: DESCRIPTION: • Graphics-ready • Function-compatible with TRW TDC 1018 The ID T75C19/29 are 70/100/125 MegaSample per Second

lem lts 25

Abstract: IR32V
Contextual Info: L M A 1 0 1 0 /2 0 1 0 16 x 16-bit Multiplier-Accumulator DEV IC ES IN C O R PO R A TE D DESCRIPTION FEATURES □ 20 ns M ultiply-A ccum ulate Time □ Replaces TRW TM C2210, Cypress CY7C510, IDT 7210L, an d AMD Am29510 □ T w o’s C om plem ent or U nsigned

smd 2U 73 diode

Abstract: 63A43 55-Cb CY7C510 smd 2U 75 diode 9107S a1659 ScansU9X26 LMA2010JC-25 7210L
Contextual Info: L M A 1 0 1 0 /2 0 1 0 16 x 16-bit Multiplier-Accumulator DEV IC ES IN C O R PO R A TE D DESCRIPTION FEATURES □ 20 ns M ultiply-A ccum ulate Time □ Replaces TRW TM C2210, Cypress CY7C510, IDT 7210L, an d AMD Am29510 □ T w o’s C om plem ent or U nsigned

trw 1016

Contextual Info: TÎH m TAC1020 and TAC1025 Complete 10-Bit, 20 and 25 Msps Analog-To-Digital Converter Boards Applications The TAC1020 and TAC1025 are A/D converter boards complete with voltage reference, input amplifier, track/ hold, timing generator, and output registers. They are

trw RF POWER TRANSISTOR

Abstract: trw rf transistor trw transistors LT 9228 trw 131* RF POWER TRANSISTOR trw rf semiconductors 2023-12 TRW 52604 TP 9382 trw hybrid
Contextual Info: TR W RF SEMICONDUCTORS CATALOG 1981 EUROPEAN EDITION TABLE OF CONTENTS Pages • • • • INTRODUCTION. Q U A LITY .

potentiometer MOD 534

Abstract: TRW 1020 TRW LSI Products trw 1016 free IR circuit diagram trw resistor TAC1025 MOD-1020 TAC1020 TDC1020
Contextual Info: TAC1020 and TAC1025 T P & S Com plete 10-Bit, 20 and 25 M sp s Analog-To-DigitaI Converter Boards Applications The TAC1020 and TAC1025 are A/D converter boards complete with voltage reference, input amplifier, track/ hold, timing generator, and output registers. They are

Contextual Info: TMC2310 FFT Processor 16/19-Bit, 20MHz The TMC2310 is an advanced integrated circuit which is capable of executing complex Fast Fourier Transforms FFT , forward or inverse, of up to 1024 points, with or without data windowing. The device operates with either

FLOATING POINT Co Processor

Abstract: TL1033 C3033 3033A1C 3032A1C 3033A1
Contextual Info: TMC3032/3033 7 7 ?» V Floating-Point Multiplier and ALU 32-Bit, 10 Megaflops The T M C 3 0 3 2 and T M C 3 0 3 3 are form , fit, and function com patible w ith the W T L1 0 3 2 and W T L1 0 3 3 . Sin ce the T M C 3 0 3 2 and T M C 3 0 3 3 are built using T R W 's

0d128

Abstract: 2301R1C TMC2301 irs ell components D128 marking 2301G8C
Contextual Info: TMC2301 CM O S Image Resampling Sequencer 15, 18MHz Features • Rotation, Warping, Panning, Zooming, And Compression Of Images In Real Time • 18MHz Clock Rate The TMC2301 is a VLSI circuit which supports image resampling, rotation, rescaling, and filtering by generating

Contextual Info: TMC2301 CMOS Image Resampling Sequencer 15, 18MHz The TMC2301 is a VLSI circuit which supports image resampling, rotation, rescaling, and filtering by generating input bit plane, interpolation coefficient lookup table, and output bit plane memory addresses along with external

MIL-STD-1750A

Abstract: 1750A processor architecture 1750A 9203B TMC3202 fpu coprocessor TMC320
Contextual Info: TMC3202 7 # ?rV MIL-STD-1750A Floating/Fixed-Point Accelerator 32-Bit, 10MFLQPS The T M C 3 2 0 2 is a flo a tin g -p o in t a rith m e tic unit and m u ltip lie r w h ich adds, subtracts or m ultiplies flo a tin g ­ point num bers expressed in th e single-precision 32-bit]

RCA SK CROSS-REFERENCE

Abstract: CD4003 2N2505 TF408 1N4465 250PA120 2N3017 pt 3570 trw rf pa189 Semicon volume 1
Contextual Info: 1969 o < 00 x ic e uo <r\ *—4 rO O CM u J 'r < o o o CO r aJ. rfrr.~> y -< z X— < P“ -J Sem iconductor Annual At .0008" Dia. . . . there is no second source phire orifice insert. Tempress also created and supplied the tungsten carbide ultrasonic bonding tool and pioneered

towing cont

Contextual Info: TMC3202 7 # ? fV MIL-STD-1750A Floating/Fixed-Point Accelerator 32-Bit, 10MFL0PS The T M C 3 2 0 2 is a flo a tin g -p o in t a rith m e tic u n it a nd m u ltip lie r w h ic h adds, s u b tra c ts o r m u ltip lie s flo a tin g ­ p o in t n u m b e rs e xp re sse d in th e s in g le -p re c is io n 3 2 -b it