CY7C510 CYPRESS Search Results

CY7C510

Abstract: CY7C510-75 CY7C510/516/517
Contextual Info: CY7C510 CYPRESS SEMICONDUCTOR 16 x 16 Multiplier Accumulator Features • Fast — CY7C510-45 has a 45 ns max. clock cycle (commercial) — CY7C510-55 has a 55 ns (max.) clock cycle (military) • Low Power — Ic e (max. at 10 M H z) = 100 mA (commercial)

7C510

Abstract: CY7C510 cy7c510-55
Contextual Info: CY7C510 CYPRESS SEMICONDUCTOR • • Fast — C Y 7C 510-45 has a 45-ns max. clock cycle (commercial) — CY7C510—55 has a 55-ns (max.) clock cycle (military) • T W s com plem ent or unsigned magni­ tude operation • Capable o f w ithstanding greater than

CY7C510

Abstract: CY7C510-55GMB CY7C510-45PC CY7C510-55JC cy7c510-75pc CY7C510-45DC CY7C510 CYPRESS P2955 CY7C510-75DMB cy7c510-55gc
Contextual Info: CY7C510 CYPRESS SEMICONDUCTOR Functional Description T h e CY7C510 is a high-speed 16 x 16 p a r­ allel m ultiplier accum ulator th a t op e ra te s w ith a 45-ns clocked multiply accum ulate M A C tim e (22-M H z multiply accum u­ late ra te ). T he op eran d s may be specified

LMA1010

Abstract: LMA1010/2010 LMA2010JI25 CY7C510 LMA2010JC-25 LMA2010 TMC2210 7210L R3B4
Contextual Info: LMA1010/2010 LMA1010/2010 DEVICES INCORPORATED 16 x 16-bit Multiplier-Accumulator 16 x 16-bit Multiplier-Accumulator DEVICES INCORPORATED DESCRIPTION FEATURES 20 ns Multiply-Accumulate Time Replaces Fairchild TMC2210, Cypress CY7C510, IDT 7210L, and AMD Am29510

CY7C510

Abstract: LMA1010 LMA2010 TMC2210 LMA1010GMB LMA2010JC-25
Contextual Info: LMA1010/2010 LMA1010/2010 DEVICES INCORPORATED 16 x 16-bit Multiplier-Accumulator 16 x 16-bit Multiplier-Accumulator DEVICES INCORPORATED FEATURES DESCRIPTION ❑ 20 ns Multiply-Accumulate Time ❑ Replaces Fairchild TMC2210, Cypress CY7C510, IDT 7210L, and AMD Am29510

TMC2210

Abstract: CY7C510 LMA1010 LMA2010 LMA2010JC-25
Contextual Info: LMA1010/2010 LMA1010/2010 DEVICES INCORPORATED 16 x 16-bit Multiplier-Accumulator 16 x 16-bit Multiplier-Accumulator DEVICES INCORPORATED FEATURES DESCRIPTION ❑ 20 ns Multiply-Accumulate Time ❑ Replaces Fairchild TMC2210, Cypress CY7C510, IDT 7210L, and AMD Am29510

CY7C510

Abstract: LMA1010 LMA2010 TMC2210 LMA1010GMB55 LMA1010GMB LMA2010JC-55 LMA1010GMB40 CERAMIC CHIP CARRIER LCC 68 socket LMA2010JC-25
Contextual Info: LMA1010/2010 LMA1010/2010 DEVICES INCORPORATED 16 x 16-bit Multiplier-Accumulator 16 x 16-bit Multiplier-Accumulator DEVICES INCORPORATED FEATURES DESCRIPTION ❑ 20 ns Multiply-Accumulate Time ❑ Replaces TRW TMC2210, Cypress CY7C510, IDT 7210L, and AMD

Contextual Info: LMA1010/2010 LMA1010/2010 DEVICES INCORPORATED 16 x 16-bit Multiplier-Accumulator 16 x 16-bit Multiplier-Accumulator DEVICES INCORPORATED FEATURES DESCRIPTION ❑ 20 ns Multiply-Accumulate Time ❑ Replaces Fairchild TMC2210, Cypress CY7C510, IDT 7210L, and AMD Am29510

CY7C2901

Contextual Info: ÌB Ìcy p ress • Table 10. Die Sizes of Cypress Devices continued P a rt N um ber Size (mil2) P a rt N um ber Size (mil2) ECL Logic CY 2909A 7968 CY100E301L 14875 CY2910A 21750 CY100E302L 14875 CY2911A 7968 CY100E422 6960 11800 CY100E474 10830 CY7C510

Contextual Info: L M A 1 0 1 0 / 2 0 1 0 16 x 16-bit Multiplier-Accumulator DEVICES INCORPORATED FEATURES DESCRIPTION □ 45 ns Multiply-Accumulate Time □ Replaces TRW TMC2210, Cypress CY7C510, IDT 7210L, and AMD Am29510 □ Two's Complement or Unsigned Operands □ Accumulator Performs Preload,

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,

Contextual Info: I M A in in /s > n in .«1Ï M L M A 1 0 1 0 / 2 0 1 0 16 x 16-bit Multiplier-Accumulato DEVICES INCORPORATED DESCRIPTION FEATURES □ 20 ns Multiply-Accumulate Time □ Replaces TRW TMC2210, Cypress CY7C510, IDT 7210L, and AMD Am29510 The LMA1010 and LMA2010are high­

LMA1010GC25

Abstract: LMA2010JC20 BUR14 IMA101 LMA2010JC35 LMA2010JC-25 5962-88733 LMA1010GC20
Contextual Info: L M A 1 0 1 0 /2 0 1 0 16 x 1 6-bit M u l t i p l i e r - A c c u m u l a t o r FEATURES □ 20 ns Multiply-Accumulate Time □ Replaces TRW TMC2210, Cypress CY7C510, IDT 7210L, and AMD Am29510 □ Tw o'sCom plem entor Unsigned Operands □ Accumulator Performs Preload,

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

Contextual Info: CY7C510 7 CYPRESS SEMICONDUCTOR • Fast — C Y 7 C 5 I0 —45 h a s a 4 5 -n s m ax. clock cycle (com m ercial) — C Y 7C 510—55 h as a 5 5-n s (m ax.) clock cycle (m ilitary) • Low power • 16 x 16 bit p arallel m u ltip lica tio n w ith accum u lation to 3 5 -b it resu lt

LMA1010GC25

Abstract: 2T3115
Contextual Info: L q Q IG D E V IC E S IN C O R P O R A T E D L M A 1 0 1 0 /2 0 1 0 16 x 16-bit M ultiplier-Accum ulator A S C R IP T IO N □ 20 ns Multiply-Accumulate Time □ Replaces TRW TMC2210, Cypress CY7C510, IDT 7210L, and AMD Am29510 □ Two's Complement or Unsigned

NEC B1100

Abstract: P82B305 TC17G022 weitek 1066 SCX6225 MOTOROLA 68012 SAB80286 toshiba tc17g P82C441 TC15G014
Contextual Info: 4 SEMICONDUCTOR / SOCKET CROSS REFERENCE LIST mm m DEVICE NUMBER # OF PINS TYPE MILL-MAX PART NUMBER AMD 3500 673104A 80186 80186 80286 8086/88 9513A AM29000 AM 29117 AM29300/325 AM29332/334/434 AM29368 AM29C101 AM29C325 AM29C327 AM29C660 AM 29 C827A/828A

HD68HCOOOY12

Abstract: HD64400 ad 7137 CY7C9101 8207 siemens MOTOROLA 68012
Contextual Info: SOCKETS S E M I-C O N D U C T O R CRO SS REFERENCE AMD Device P/N AM29030 AM29117 AM29325 AM29331 AM 29334 3500 SERIES AM80186 AM80286 A9850 AM95C60 AM 29000 AM29050 RN P/N PGA-146CH3-S PGA-068CH3-S PGA-145AH3-5 PGA-120BH3-S PGA-120BH3-S PGA-169BH3-S PGA-068CH3-S

XL4005

Abstract: M3328 UPD71641 scx6B31 upd65022 UPD72120 SCX6B120 TMC3201 UPD65081 SCX6218
Contextual Info: MHAS MPAS DEVICE-TO-PGA SOCKET CROSS ANALOG DEVICES DEVICE PART NO. SAMTEC CONNECTOR ADSP-1009A ADSP-1010A ADSP-1012A ADSP-1016A ADSP-1024A ADSP-1101 ADSP-3201 ADSP-3202 ADSP-3210 ADSP-3211 ADSP-3220 ADSP-3221 MPAS-068-XXXX-11 MPAS-068-XXXX-11 MPAS-068-XXXX-11

NEC B1100

Abstract: b1100 nec UPD65031 PD65031 UPD650 MCA600ECL upd65022 UPD65012 upd65051 UPD65006
Contextual Info: ADVANCED . INTERCONNECTIONS « Device To PGA Socket Cross Reference 5 Energy Way, P.O. Box 1019, West Warwick, Rl 02893 . Tel. 4 0 1 -8 23 -52 0 0 • FAX 401-823-8723 Device To PGA Socket Cross Reference Altera Device # Footprint # EP1800 EPM 5128 EPM5192

TDC1010J

Abstract: Am29510
Contextual Info: QP7210L October 9, 2007 QP7210L – CMOS 16 x 16 Parallel CMOS Multiplier-Accumulator General Description The QP7210L is a high-speed, low-power 16 x 16-bit parallel multiplier-accumulator, ideal for real time digital signal processing applications. Fabricated using our high-performance, submicron CMOS technology, offers a very low power

Contextual Info: LMA1010/2010 LOGIC 16 x 16-bit Multiplier-Accumulator devicesincorporated DESCRIPTION FEATURES The LMA1010 and LMA2010 are high­ speed, low power 16-bit multiplieraccumulators. The LMA1010 and LMA2010 are functionally identical; they differ only in packaging. Full

CY7C9101

Abstract: CY7C510 CY7C190 cy7c189 G30-88 CY7c910 EA 9394 cy3341 CY6116 cy7c901
Contextual Info: fax id: 8511 Thermal Management Thermal Management and Component Reliability One of the key variables determining the long-term reliability of an integrated circuit is the junction temperature of the device during operation. Long-term reliability of the semiconductor chip degrades proportionally with increasing temperatures following an exponential function described by the

CY27S03A

Abstract: 15JC10 CY7C190 cy7c9101 cy7c122 die VIC068A user guide
Contextual Info: Thermal Management and Component Reliability slope of the logarithmic plots is given by the activation energy of the failure mechanisms causing thermally activated wear out of the device see Figure 1 . One of the key variables determining the long-term reliability