AM2901 Search Results

2901c

Abstract: processor Am2901 2901B AM2902 i345 AM-201C
Contextual Info: Am2901B/Am2901C A m 2 9 0 1 B /A m 2 9 0 lC Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS Left/right shift Independent of ALU Add and shift operations take only one cycle. Four status flags Carry, overflow, zero, and negative. Flexible data source selection ALU data is selected from five source ports for a total of

CY2901C

Contextual Info: -rS M r SEMICONDUCTOR CMOS Four-Bit Slice Features • Pin compatible and functional equivalent to AM D AM2901C • Low power • V ( margin — 5V ± 10% — All parameters guaranteed over commercial and military operating temperature range • Eight function ALU

2901cp

Contextual Info: CY2901C r^ypppcc CMOS Four-Bit Slice SEMICONDUCTOR F eatures Pin compatible and functional equiva­ lent to Am2901C Low power V cc margin — 5V ±10% — All parameters guaranteed over commercial and military operating temperature range Performs eight operations on two

Am2901

Abstract: Am2901A
Contextual Info: Am2901C Four-Bit Bipolar Microprocessor Slice ADVANCED INFORMATION DISTINCTIVE CHARACTERISTICS • Third generation of Am2901 four-bit slice Internal ECL circuitry and state-of-the-art process technology combined to provide fastest version of popular Am2901.

Contextual Info: Am2904 x c Status and Shift Control Unit > 3 DISTINCTIVE CHARACTERISTICS Replaces most MSI used around any ALU - Including the Am2901, Am2903A, Am29203 and MSI ALUs. Generates Carry-in to the ALU - Carry signal is selectable from 7 different sources. Contains shift linkage multiplexers

processor Am2901

Abstract: Am2901 AMD 2903 amd am2901 AM2902A AMD 2903 bit slice
Contextual Info: Am2902A High-Speed Look-Ahead Carry Generator DISTINCTIVE CHARACTERISTICS Provides look-ahead carries across a group of our Am2901 or Am2903 microprocessor ALU's Capability of multi-level look-ahead for high-speed arith­ metic operation over large word lengths

AM2901

Contextual Info: CFAOOIOB CFAOOIOB 2901 G ENERAL D ESC R IPTIO N : 4-BIT ALU SLICE CFAOOIOB is designed to be functionally compatible to AM2901, but its I/Os are not identical. Each bidi­ rectional pin for AM2901 becomes three pins in CFAOOIOB: one for input, a second for output, and a third

CY2901

Abstract: CY2901CDC CY2901C AM2901 CY2901CPC CY2901CDMB cy7c901 i345
Contextual Info: CY2901C CYPRESS SEMICONDUCTOR • Features • P in com patible and functional equiva­ lent to Am2901C • Low power • VCc m argin C apable of w ith stan d in g g re a te r th a n 2001V static disch arg e voltage Functional Description T h e CY2901 is a high-speed, expandable,

2901c

Abstract: d401c AM2901CPC 90 AM2902 amd 2901 alu D-40 4bit alu amd am2901
Contextual Info: 3L06ZUJV/8L06ZUJV Am2901B/Am290lC Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS Left/right shift independent of ALU Add and shift operations take only one cycle. Four status flags Carry, overflow, zero, and negative. Flexible data source selection ALU data is selected from five source ports for a total of

am2901

Abstract: amd 2901 alu amd 2901
Contextual Info: CFAPOIPA CF APPIO A CFAOOlOA DESCRIPTION: 4-Bit Microprocessor Slice CFAOOlOA is designed to be functionally identical to the AM2901, although the I/Os are different see page 6 of 7 for a description of the enhancements to the AM2901 . The 2901 is a 4-bit slice

AM2903

Abstract: amd 2904 basic block diagram of bit slice processors am290l LMB 06E Am2904 Am29045 am29203
Contextual Info: Am2904 Am2904 Status and Shift Control Unit DISTINCTIVE CHARACTERISTICS Replace* moat MSI used around any ALU including the Am2901, Am2903, Am29203 and MSI ALUs. Generatea Carry-ln to the ALU Carry signal is selectable from 7 different sources. Contains shift linkage multiplexers Connects to shift lines at the ends of an Am2901,

AM2901

Abstract: am2901a Am2901DC AM2901ADC AM2901BPC AM2901ADMB
Contextual Info: Am2901 • Am2901A • Am2901B Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS G EN ER A L DESCRIPTION • Two-address architecture Independent simultaneous access ta two working registers saves machine cycles. The four-bit bipolar microprocessor slice is designed as a high­

Am2903

Abstract: AM2903DC AM2903DMB Am29203 AM2903DM SI03 AM2903DC-B AM29203DC Am2910 6690a
Contextual Info: Am2903 • Am29203 The Superslice DISTINCTIVE C H ARACTERISTICS GENER A L DESCRIPTION • Expandable Register File Like the Am2901, the Am 2903/29203 contains 16 internal working registers arranged in a two-address architecture. But the Am 2903/29203 includes the necessary “hooks” to ex­

AM2902a

Contextual Info: VZ06ZUIV Am2902A High-Speed Look-Ahead Carry Generator DISTINCTIVE CHARACTERISTICS • Provides look-ahead carries across a group of four Am2901 or Am2903 microprocessor ALU's Capability of multi-level look-ahead for high-speed arith­ metic operation over large word lengths

AM2901ADC

Abstract: AM2901 processor Am2901 AM2901DC AM2901BDC AM2901BPC AM2901APC AM2902 AM290L AM2901XC
Contextual Info: Am2901 • Am2901A • Am2901B Four-Bit Bipolar Microprocessor Slice D ISTINCTIVE CHARACTERISTICS G EN ER A L DESCRIPTION • Two-address architecture Independent simultaneous access ta two working registers saves machine cycles. The four-bit bipolar microprocessor slice is designed as a high­

4-bit register with truth table

Abstract: Am2901 amd 2901 alu functional diagram of ALU amd am2901 amd 2901
Contextual Info: GFAOOIOA GFAOOIOA 4 -B IT MICROPROCESSOR SLICE GFAOOIOA GENERAL DESCRIPTION: THE GFAOOIOA IS DESIGNED TO BE FUNCTIONALLY IDENTICAL TO THE AM2901, ALTHOUGH THE I/O'S ARE DIFFERENT SEE PAGE 5 OF 5 FOR A DESCRIPTION OF THE ENHANCEMENTS TO THE AM2901. . THE 2901 IS A 4-BIT SLICE CONSISTING OF A REGISTER FILE (16X4 DUAL PORT

4029n

Abstract: AMD 2903 bit slice am29203 AMD 29203 3825D am9316 sj55
Contextual Info: Am29203 Am29203 Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS B u ilt-in N o rm a liz a tio n L o g ic The m antissa and exponent o f a floating-point num ­ b er can be developed using a single m icrocycle per shift. B u ilt-In P a rity G e n e ra tio n a n d S ign E x te n s io n

AM2910APC

Abstract: AM2910A am290l
Contextual Info: Am2910A A m 2 9 1 0 A Microprogram Controller DISTINCTIVE CHARACTERISTICS Twelve Bits Wide Addresses up to 4096 words of microcode with one chip. All internal elements are a full 12 bits wide. Internal Loop Counter Pre-settable 12-bit down-counter for repeating instruc­

Contextual Info: 616ZWV Am 2919 Quad Register with Dual Three-State Outputs DISTINCTIVE CHARACTERISTICS • • • • Four D-type flip-flops Two sets of three-state outputs Polarity control on one set of outputs Buffered common clock enable Buffered common asynchronous clear

29c101

Contextual Info: / 16-Bit CMOS Microprocessor Slice > 3 DISTINCTIVE CHARACTERISTICS ro CO E xpandable C onnect any num ber o f A m 29C 101s to g e th er fo r longer w ord lengths. L e ft/rig h t shift in dep e n d e n t o f ALU A dd and sh ift opera tio ns ta ke only one cycle.

yx 801

Abstract: yx 801 led yx 801 ic AM2904 SI03L EZ 708 EZ 308 msr 206 pinout basic block diagram of bit slice processors 29203
Contextual Info: Am 2904 X C Status and Shift Control Unit > 3 lv> DISTINCTIVE CHARACTERISTICS <0 R ep laces m ost MSI used aro und any ALU - Including th e Am 2901, Am 2903A, A m 29203 and MSI ALUs. G e n e ra tes C arry-in to th e ALU - Carry signal is selectable from 7 diffe re nt sources.

amd 2901 alu

Abstract: amd 2901 pinout diagram amd 2901 amd 2901 core 4 bit microprocessor using vhdl "Dual-Port RAM" basic microprocessor block diagram AM2901 C2901 8 BIT ALU using vhdl
Contextual Info: ac_cast_c_2901.fm Page 1 Thursday, October 8, 1998 10:52 AM C2901 Microprocessor Slice October 12, 1998 Product Specification AllianceCORE Facts CAST, Inc. 24 White Birch Drive Pomona, New York 10907 USA Phone: +1 914-354-4945 Fax: +1 914-354-0325 E-Mail: info@cast-inc.com

2901c

Abstract: amd 2901 alu D-40 i5 instruction CD004110 am2902
Contextual Info: 3L06ZUJV/aL06ZUJV A m 2 9 0 1 B /A m 2 9 0 lC Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS L e ft/rig h t shift independent of ALU Add and shift operations take only one cycle. Four status flags Carry, overflow, zero, and negative. Flexible data source selection ALU data is selected from five source ports fo r a total of

D-20

Abstract: AM25LS2519
Contextual Info: 616ZWV Am2919 Q uad R egister with Dual T h re e -S ta te Outputs DISTINCTIVE CHARACTERISTICS • • • • Buffered common asynchronous clear Separate buffered common output enable for each set of outputs Four D-type flip-flops Two sets of three-state outputs