123500 Search Results

JP2411-2P

Abstract: 2510 molex 31-102 J24111-2 molex 2510
Contextual Info: 6 "I" Battery Snap 123-5006/M-GR Date Last Revised: 10-17-08 7.90.50 .311±.02 11.90±.50 (.468±.02) 13 (.512) 25±.50 (.984±.02) 4.50±.50 (.177±.02) 152±5 (5.98±.197) Black (–) Red (+) Black (–) Red (+) JP2411-2P Backside JP2411-2P Frontside Dimensions: mm (in.)

PAL32VX10

Contextual Info: COM’L Advanced Micro Devices PAL32VX10/A 24-Pin Versatile with XOR Programmable Array Logic DISTINCTIVE CHARACTERISTICS • Increased logic power ■ Global register asynchronous/synchronous preset/reset ■ Automatic register preset on power up ■ Preloadable output registers for testability

pal20ra10 mmi

Abstract: PAL20RA10
Contextual Info: COM’L : -20/std MIL: std Advanced Micro Devices PAL20RA10/-20 24-pin Asynchronous TTL Programmable Array Logic DISTINCTIVE CHARACTERISTICS • As fast as 20 ns maximum propagation delay and 30 MHz fMAx ■ Individually programmable asynchronous clock, preset, reset, and enable

TEA 2162 AE

Contextual Info: PR E LIM IN A R Y a COM’L Advanced Micro Devices PALCE20RA1 OH-15 24-Pin Asynchronous EE CMOS Programmable Array Logic DISTINCTIVE CHARACTERISTICS • Low power at 90 mA Ice ■ 15 ns maximum propagation delay and Programmable replacement for high-speed

DIAGRAM pal 005a

Abstract: pal 005a
Contextual Info: Preliminary a COM’L PAL24R10-10 Series Advanced Micro Devices 10 ns 28-pin TTL Programmable Array Logic DISTINCTIVE CHARACTERISTICS • 10 ns m axim um propagation delay Power-up reset for initialization ■ f MAx = 55.5 MHz Register preload for testability

palce16V8 programming

Abstract: AMD palce16v8 programming palce16v8h20 PALCE16V8Q-25PC palce16v8 programming guide
Contextual Info: _ COM’L: H-10/15/25, Q-15/25 MIL: H-20/25 Cl Advanced Micro Devices PALCE16V8 EE CMOS 20-Pin Universal Programmable Array Logic DISTINCTIVE CHARACTERISTICS • Pin, function and fuse-map compatible with all 20-pln GAL devices ■ Electrically erasable CMOS technology

Contextual Info: Preliminary COM’L Cl PAL24R10-10 Series Advanced Micro Devices 10 ns 28-pin TTL Programmable Array Logic DISTINCTIVE CHARACTERISTICS Power-up reset for initialization • 10 ns maximum propagation delay ■ f MA x ■ 8 ns maximum from clock input to data output

Contextual Info: COM’L: H-15 ZI Advanced Micro Devices PALCE20RA1 OH-15 24-pin Asynchronous EE CMOS Programmable Array Logic DISTINCTIVE CHARACTERISTICS • ■ Programmable replacement for high-speed CMOS orTTL logic TTL-level register preload for testability Easy design with PALASM software

Contextual Info: PALCE16V8HD-15 EE CMOS 24-Pin High-Drive Universal PAL Device Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • ■ ■ ■ ■ ■ ■ ■ High output-current drive capability 64 mA Iol Programmable Totem-Pole or Open-Draln Outputs 200 mV Hysteresis

Contextual Info: COM’L E PAL32VX10/A 24-Pin Versatile with XOR Programmable Array Logic Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Increased logic power - Up to 32 inputs and 10 outputs Global register asynchronous/synchronous preset/reset ■ Dual Independent feedback paths allow buried

pal 007a

Abstract: 25L95 151011 DIAGRAM pal 005a pal 005a 21wU pal 010a BC520 pal 003a PAL 006A
Contextual Info: COM’L a PLS167-33, PLSCE167H-33 PLS168-33, PLSCE168H-33 Advanced Micro Devices 24-Pin TTL/CMOS Programmable Logic Sequencers DISTINCTIVE CHARACTERISTICS • Field-program m able replacement for sequential con tro l logic User-programm able pin fo r asynchronous

PAL16l8 MMI

Abstract: PAL16LA OO3A MARKING PAL 006A pal 007a PLA 16L8 PAL16L8 programming algorithm IC PALCE16 mmi pla programmer reference guide pal 005a
Contextual Info: ADV HICRO PLA/PLE/ARRAYS C O M ’L 2flE 0aS7S2b D OGa^Mb- M IL P A L 1 6 R 8 il \ T -4 6 —1 9 -1 3 Am>a 5 Advanced Micro Devices F a m i l y 20-pin TTL P rogram m able Array Logic DISTINCTIVE CHARACTERISTICS • As fast as 7.5 ns maximum propagation delay

PAL20X4ACNS

Abstract: palasm PAL20X10 MMI PAL20L10 MMI pal20x4a
Contextual Info: COM’L: A/B/-20/AL MIL: A PAL20X10A Series AmPAL20L10B/-20/AL Advanced Micro Devices XOR Registered 24-pin TTL Programmable Array Logic DISTINCTIVE CHARACTERISTICS • XOR gates on registered outputs Register preload for testability ■ Efficient implementation of counters

AMD am3 socket pinout

Abstract: amd socket am3 pinout AMD 140 Socket AM3 amd pinout diagram socket AM3 MR 4710 AMD Socket AM3 amd AM3 PIN LAYOUT MR 4710 IC OO3A MARKING AMD socket AM3 pin diagram
Contextual Info: ADV MI CRO PLA/PLE/ARRAYS COM’L SÛE 02S7S2b D 0 0 8 =1 4 4 3 3 B A MDS MIL E T—46— 19-13 Advanced Micro Devices PAL20R8 Family 24-pin TTL Programmable Array Logic DISTINCTIVE CHARACTERISTICS • As fast as 7.5 ns maximum propagation delay Easy design w ith PALASM softw are

pal 007c

Abstract: pal 005a PAL 0078 PAL 010a PAL 002a DIAGRAM pal 005a macho PALCE20RA10 PD3024 A1OH-15
Contextual Info: P R E L IM IN A R Y COM’L a Advanced Micro Devices PALCE20RA1 OH-15 24-Pin Asynchronous EE CMOS Programmable Array Logic DISTINCTIVE CHARACTERISTICS • Low power at 90 mA Icc ■ 15 ns maximum propagation delay and 50 MHz Im a x Individually programmable asynchronous

palce16v8 programming algorithm

Abstract: palce programmer schematic palce programming Guide PAL AM 16v8 AMD palce16v8 programming pal 010a PALCE16V8H-7 PALCE16V8H-15E4 AM 16v8 gal programming algorithm
Contextual Info: COM’L: H-7/10/15/25, Q-15/25 MIL: H-10/15/20/25 H Advanced Micro Devices PALCE16V8 Family EE CMOS 20-Pin Universal Programmable Array Logic DISTINCTIVE CHARACTERISTICS • Pin, fu n ctio n and fuse-m ap com patible w ith all 20-pin GAL devices Program m able o u tp u t po larity

pal 007a

Abstract: pal 005a PAL 010a PAL 006A DIAGRAM pal 005a amd 22V10 PAL22V10 PALCE26V12 signal path designer
Contextual Info: a PALCE26V12H-15/20 Advanced Micro Devices 28-Pin EE CMOS Versatile PAL Device DISTINCTIVE CHARACTERISTICS • 28-pin versatile PAL programmable logic device architecture ■ Electrically erasable CMOS technology provides half power only 105 mA at high speed (15 ns propagation delay)

MACH110 cross reference

Abstract: PAL 002a MACH Technical Briefs Manual PAL 008a ACH110 amd 44 MACH210 class B
Contextual Info: a MACH Family Data Book High Density EE CMOS Programmable Logic Summer 1992 A d van ced Micro Devices M ACH™ 1 and M ACH 2 F a m ilie s High Density EE CMOS Programmable Logic Q3 1992 Data Book Final: Preliminary: M AC H 110-12/15/20 C om ’l, Mil M ASC 110-15/20 C om ’l

Contextual Info: COM’L PAL16RA8 20-pin Asynchronous TTL Programmable Array Logic Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • TTL-level register preload fo r testability 30 ns maxim um propagation delay and 20 MHz fM A X ■ Easy design with PA LA SM softw are

Contextual Info: PALCE26V12H-15/20 Advanced Micro Devices 28-Pin EE CMOS Versatile PAL Device DISTINCTIVE CHARACTERISTICS • 28-pin versatile PAL programmable logic device architecture ■ Electrically erasable CMOS technology provides half power only 105 mA at high speed (15 ns propagation delay)

273505

Contextual Info: NRR ï 2 1993 COM’L: D/2 SI Advanced Micro Devices PAL16R8D/2 Series 10 ns 20-Pin TTL Programmable Array Logic DISTINCTIVE CHARACTERISTICS • 10 ns maximum propagation delay Power-up reset for initialization ■ Drop in replacement for PAL16R8D series with same specifications

palce16v8 programming algorithm

Contextual Info: 5TE D • 02 57 5 2 b 00 32 2 7 1 510 MANDE ADV MICRO PLA/PLE/ARRAYS COM’L: H-7/10/15/25, Q-15/25 -_ MIL: H-10/15/20/25 PALCE16V8 Family AdvS EE CMOS 20-Pin Universal Programmable Array Logic Devices DISTINCTIVE CHARACTERISTICS ■ ■ Pin, function and fuse-map compatible with all

Contextual Info: Battery Snaps 123-5004-GR, 123-5006-GR, 123-5008-GR Date Last Revised: 1-30-07 L 4±.157 .157±.04 25±.50 (.98±.02) Black (-) 11.90±.50 (.47±.02) Red (+) 7.90±.50 (.31±.02) 4.50±.50 (.177±.02) Solderless Ring Terminal Inside View Side View Dimensions: mm (In.)

Signal Path Designer

Contextual Info: PALCE16V8HD-15 EE CMOS 24-Pin High-Drive Universal PAL Device Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • ■ ■ ■ ■ ■ ■ ■ High output-current drive capability 64 mA Iol Programmable Totem-Pole or Open-Draln Outputs 200 mV Hysteresis