Untitled
Abstract: No abstract text available
Text: Am29803A Am29803A 16-Way Branch Control Unit DISTINCTIVE CHARACTERISTICS Four individual outputs for driving the four OR inputs on the Am2909A Microprogram Sequencer Provides maximum branch capability in a microprogram control unit using the Am2909 16 separate instructions - 2, 4, 8 or 16-way branch in
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Am29803A
16-Way
Am2909A
Am2909
3648A
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D-16
Abstract: No abstract text available
Text: Am29803A Am29803A 16-Way Branch Control Unit DISTINCTIVE CHARACTERISTICS Four individual outputs for driving the four OR inputs on the Am2909A Microprogram Sequencer Provides maximum branch capability in a microprogram control unit using the Am2909 16 separate instructions - 2, 4, 8 or 16-way branch in
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Am29803A
16-Way
Am2909A
Am2909
3648A
IC000090
D-16
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SY 356
Abstract: D-16
Text: Am29803A Am29803A 16-Way Branch Control Unit DISTINCTIVE CHARACTERISTICS Four individual outputs for driving the four OR inputs on the Am2909A Microprogram Sequencer Provides maximum branch capability in a microprogram control unit using the Am2909 16 separate instructions - 2, 4, 8 or 16-way branch in
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Am29803A
16-Way
Am2909A
Am2909
3648A
IC000090
SY 356
D-16
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Register push pop
Abstract: No abstract text available
Text: Microprogram Sequencers 2909/2911 Features/Benefits • • • • • • • • • • • 4-bit slice cascadable to any number of microwords Internal address register Branch input for N-way branches Cascadable 4-bit microprogram counter 4 x 4 file with stack pointer and push pop control for
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20-pin
Register push pop
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9811A
Abstract: AM2911 am25ls2569 D-16 am2911a
Text: VU 86ZU IV Am29811A Next Address Control Unit DISTINCTIVE CHARACTERISTICS • • • Next address control unit for the Am2911A Microprogram Sequencer 16 next address instructions Test input for conditional instructions • • Separate outputs to control the Am2911A, an independent event counter, and a mapping PROM/branch
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Am29811A
Am2911A
CL-15pF
3649A
9811A
AM2911
am25ls2569
D-16
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microprogram
Abstract: N3002 jump 74S182 N3001
Text: Signetics N3001 Microprogram Control Unit Product Specification Logic Products PIN CONFIGURATION FEATURES DESCRIPTION • Schottky TTL process • 45ns cycle time typ. • Direct addressing of standard bipolar PROM or ROM • 512 microinstruction addressability
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N3001
N3001
N3002,
74S182,
microprogram
N3002
jump
74S182
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microprogram
Abstract: microprogram control unit 74S182 N3001 N3002
Text: Sìgnetics N3001 Microprogram Control Unit Product Specification Logic Products PIN CONFIGURATION FEATURES DESCRIPTION • Schottky TTL process • 45ns cycle time <typ. • Direct addressing of standard bipolar PROM or ROM • 512 microinstruction addressability
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N3001
N3001
N3002,
74S182,
N30CM
microprogram
microprogram control unit
74S182
N3002
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lifo stack
Abstract: 6939C
Text: zeezuiv Am2932 Program Control Unit/Push-Pop Stack DISTINCTIVE CHARACTERISTICS Powerful, 4-blt slice address controller for memories Useful with both main memory and microprogram mem ory Expandable to generate any address length Executes 16 instructions
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Am2932
Am2932
Am2902A
Am2904
Am2920
Am2922
lifo stack
6939C
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Untitled
Abstract: No abstract text available
Text: Am2932 Am2932 Program Control Unit/Push-Pop Stack DISTINCTIVE CHARACTERISTICS Powerful, 4-bit sNce address controller for memories Eight relative address instructions Useful with both main memory and microprogram mem ory Expandable to generate any address length
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Am2932
400mA
Am2902A
Am2904
Am2920
Am2922
03641B
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N3001
Abstract: No abstract text available
Text: Signetics N3001 Microprogram Control Unit Product Specification Logic Products PIN CONFIGURATION FEATURES DESCRIPTION • Schottky TTL process The N3001 MCU is 1 element of a bipolar microcomputer set. When used with the N3002, 74S182, ROM or PROM memory, a powerful microprogrammed
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N3001
N3001
N3002,
74S182,
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lifo stack
Abstract: AM2932DMB lifo AM2932DC AM2932DM D-20 AM2932
Text: Am2932 Program Control Unit/Push-Pop Stack DISTINCTIVE CHARACTIERISTICS GENERAL DESCRIPTION • Powerful, 4-bit slice address controller fo r memories Useful w ith both main memory and microprogram memory Expandable to generate any address length • Executes 16 instructions
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Am2932
AM2932PC
AM2932DC
AM2932DC-B
AM2932DM
AM2932DMB
AM2932FM
AM2932FMB
AM2932XC
AM2932XM
lifo stack
lifo
D-20
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AC423
Abstract: No abstract text available
Text: Signetics N3001 Microprogram Control Unit Product Specification Logic Products PIN CONFIGURATION FEATURES DESCRIPTION • Schottky TTL process The N3001 MCU is 1 element of a bipolar microcomputer set. When used with the N3002, 74S182, ROM or PROM memory, a powerful microprogrammed
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N3001
N3001
N3002,
74S182,
AC423
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64X128
Abstract: 53RS881 53RS881A 63RS881 63RS881A 1024X8
Text: 53/63RS881/A Advanced Micro Devices High Performance 1024x8 Registered PROM FEATURES/BENEFITS APPLICATIONS • Edge triggered “D" registers • Microprogram control store • Synchronous and asynchronous enables • State sequencers • Versatile 1:16 initialization words
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53/63RS881/A
1024x8
24-pln
53/63RS881
53/63RS881A
-30pF.
64X128
53RS881
53RS881A
63RS881
63RS881A
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TSX-3225 32.0000MF10Z-AC0
Abstract: No abstract text available
Text: Signetìcs N3001 Microprogram Control Unit Product Specification Logic Products PIN CONFIGURATION FEATURES DESCRIPTION • Schottky TTL process The N3001 MCU is 1 element of a bipolar microcomputer set. When used with the N3002, 74S182, ROM or PROM memory, a powerful microprogrammed
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N3001
N3001
N3002,
74S182,
TSX-3225 32.0000MF10Z-AC0
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full adder circuit using 2*1 multiplexer
Abstract: 4 bit binary pipeline ripple carry adder full adder using Multiplexer block diagram Am2901s AM2930DC AM2930 AM2930DM AM2930FM pin diagram of full adder using Multiplexer IC AM2930DMB
Text: Am2930 Program Control Unit DISTINCTIVE CHARACTERISTICS GENERAL DESCRIPTION • Powerful, 4-bit slice address controller for memories Useful w ith both main memory and microprogram memory Expandable to generate any address length Executes 32 instructions Autom atic generation of address and update of program
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Am2930
Se30PC
AM2930DC
AM2930DC-B
AM2930DM
AM2930DM-B
AM2930FM
F-28-2
AM2930FM-B
full adder circuit using 2*1 multiplexer
4 bit binary pipeline ripple carry adder
full adder using Multiplexer block diagram
Am2901s
pin diagram of full adder using Multiplexer IC
AM2930DMB
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1024x8 PROM
Abstract: No abstract text available
Text: 53/63RS881/A Advanced Micro Devices High Performance 1024x8 Registered PROM FEATURES/BENEFITS APPLICATIONS • Edge triggered “D” registers • Microprogram control store • Synchronous and asynchronous enables • State sequencers • Versatile 1:16 Initialization words
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53/63RS881/A
1024x8
24-pln
53/63RS881
53/63RS881A
1024x8 PROM
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63S081
Abstract: No abstract text available
Text: £1 Advanced Micro Devices 53/63S881/A High Performance 1024x8 PROM TiW PROM Family FEATURES/BENEFITS APPLICATIONS • 30-ns maximum access time • Microprogram control store • Reliable iltanlum-tungsten fuses TIW guaran tee greater than 98% programming yields
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53/63S881/A
1024x8
30-ns
24-pin
600-mil
53/63S881
53/63S881A
63S081
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53RS1681A
Abstract: 128X128 53RS1681 63RS1681 63RS1681A 98GENERAL
Text: a 53/63RS1681/A Advanced Micro Devices 2048x8 High Performance Registered PROM with Synchronous Enable APPLICATIONS FEATURES/BENEFITS • Synchronous output enable • Microprogram control store • Edge-triggered “D” registers • Versatile 1:16 user programmable Initialization
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53/63RS1681/A
2048x8
24-pln
53/63RS1681
53/63RS1681A
-30pF.
53/63RS1681/A
53RS1681A
128X128
53RS1681
63RS1681
63RS1681A
98GENERAL
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Am2909
Abstract: AM29803ADC AM29803ADC-B AM29803ADM AM29803ADM-B AM29803AFM AM29803AFM-B AM29803APC D-16
Text: Am29803A 16-Way Branch Control Unit D IS T IN C T IV E C H A R A C TER IS TIC S FUNCTIONAL DESCRIPTION • The A m 29803A is a Low-Power Schottky processed device that provides 16-way branch control w hen used in con junction with the A m 2909 Microprogram Sequencer.
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Am29803A
16-Way
Am2909
Am2909
MIL-STD-883
AM29803AFM-B
AM29803ADC
AM29803ADC-B
AM29803ADM
AM29803ADM-B
AM29803AFM
AM29803APC
D-16
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LT 5212
Abstract: 63S281 53S281
Text: £1 53/63S281/A Advanced Micro Devices High Performance 256x8 PROM TiW PROM Family FEATURES/BENEFITS APPLICATIONS • 28-ns maximum access time • Microprogram control store • Reliable titanlum-tungsten fuses TiW guaran tee greater than 98% programming yields
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53/63S281/A
256x8
28-ns
53/63S281/A
LT 5212
63S281
53S281
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Untitled
Abstract: No abstract text available
Text: a 53/63S881/A Advanced Micro Devices High Performance 1024x8 PROM TiW PROM Family FEATURES/BENEFITS APPLICATIONS • 30-ns maximum access time • Microprogram control store • Reliable titanium-tungsten fuses TIW guaran tee greater than 98% programming yields
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53/63S881/A
1024x8
30-ns
24-pln
600-mil
53/63S881
53/63S881A
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Untitled
Abstract: No abstract text available
Text: 53/63RS1681/A Advanced Micro Devices 2048x8 High Performance Registered PROM with Synchronous Enable FEATURES/BENEFITS APPLICATIONS • Synchronous output enable • Microprogram control store ■ Edge-triggered “D” registers • State sequencers ■ Versatile 1:16 user programmable initialization
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53/63RS1681/A
2048x8
24-pin
53/63RS1681
53/63RS1681A
53/63R
S1681/A
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Untitled
Abstract: No abstract text available
Text: a 53/63S281/A Advanced Micro Devices High Performance 256x8 PROM TiW PROM Family FEATURES/BENEFITS APPLICATIONS • 28-ns maximum access time • Microprogram control store • Reliable titanium-tungsten fuses TiW guaran tee greater than 98% programming yields
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53/63S281/A
256x8
28-ns
53/63S281/A
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programmable pipeline microcode memory
Abstract: Am2942 branch conditional unconditional instruction cmux CCCN 10MHz
Text: ZU 6ZU 1V Am29112 A High-Performance 8-Bit Slice Microprogram Sequencer DISTINCTIVE CHARACTERISTICS Expandable 8-bit Slice, cascadable up to 16-bits Deep stack A 33 deep on-chip stack is used for subroutine link age, interrupt handling and loop control.
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Am29112
16-bits
16-bit
Am2B112
3657A
programmable pipeline microcode memory
Am2942
branch conditional unconditional instruction
cmux
CCCN 10MHz
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