Wiring Diagram ford c max
Abstract: Wiring Diagram ford s max am29c111 Wiring Diagram ford c max 2003 29C10A 29c111 29C10A-1 T11Z CN-CS 1600 S1 IC000870
Text: Am29C111 CMOS 16-Bit Microprogram Sequencer PRELIMINARY > 3 DISTINCTIVE CHARACTERISTICS 10 CO B reak-P oint Logic Built-in address com parator a llow s break-points in th e microcode for debugging and statistics collection. 33-L evel Stack Provides support fo r interrupts, loops, and subrou
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Am29C111
16-Bit
16-Btt
70-ns
80-ns
33-Level
AIS-WCP-12M-1/S8-0
Wiring Diagram ford c max
Wiring Diagram ford s max
Wiring Diagram ford c max 2003
29C10A
29c111
29C10A-1
T11Z
CN-CS 1600 S1
IC000870
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CD011160
Abstract: AM29C111
Text: Am29C111 CMOS 16-Bit Microprogram Sequencer PRELIMINARY DISTINCTIVE CHARACTERISTICS • • • • • 16-Bit A ddress up to 64K W ords Supports a 70-ns system cycle tim e Speed S elect Supports an 80-ns system cycle tim e R eal-Tim e In terrupt Support M icro-trap and interrupts are handled transparently
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Am29C111
16-Bit
70-ns
80-ns
CP-12M
CD011160
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AM27S35A DRAWING
Abstract: BDR02321
Text: Am29C10A C M O S Microprogram Controller > i DISTINCTIVE CHARACTERISTICS M CO Four address sources Microprogram address may be selected from micropro gram counter, branch address bus, 9-level PUSH/POP stack, or internal holding register. Sixteen powerful microinstructions
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Am29C10A
Am2910A
20-MHz
Am29C10A-1
12-bit
6824A
06752B
AM27S35A DRAWING
BDR02321
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AM29C33
Abstract: J-16
Text: Am 29C327 Double-Precision Floating-Point Processor FINAL DISTINCTIVE CHARACTERISTICS • • • • • H ig h -p e rfo rm a n ce d o u b le -p re c is io n flo a tin g -p o in t processor Comprehensive floating-point and integer instruction sets Single VLSI device performs single-, double-, and
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Am29C327
64-bit
AM29C33
J-16
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AM27S35A DRAWING
Abstract: microprogram BDR02321
Text: Am29C10A C M O S Microprogram Controller > i DISTINCTIVE CHARACTERISTICS M CO Four address sources Microprogram address may be selected from micropro gram counter, branch address bus, 9-level PUSH/POP stack, or internal holding register. Sixteen powerful microinstructions
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Am29C10A
Am2910A
20-MHz
Am29C10A-1
12-bit
6824A
06752B
AM27S35A DRAWING
microprogram
BDR02321
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yd 803 ic
Abstract: yd 803 a yd 803 ou equivalent
Text: NOV 2 1 j g j f Am 29Cl17 16-Bit CMOS Microprocessor > 3 M <0 DISTINCTIVE CHARACTERISTICS • • • • Instruction Set is identical to the Am29C1t6 - The Am29C117 has an identical architecture and instruction set with the exception of the two-port I/O structure and the additional Two-Address Immediate
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29Cl17
16-Bit
Am29C117-2
Am29C1t6
Am29C117
68-Lead
yd 803 ic
yd 803 a
yd 803 ou equivalent
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Untitled
Abstract: No abstract text available
Text: Am29C10A C M O S Microprogram Controller > 3 DISTINCTIVE CHARACTERISTICS Four address sources Microprogram address may be selected from micropro gram counter, branch address bus, 9-level PUSH/POP stack, or internal holding register. Sixteen powerful microinstructions
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Am29C10A
Am2910A
Am29ClOA
20-MHz
Am29C10A-1
12-bit
CP-15M
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J-16
Abstract: 1f s27
Text: Am 29C327 Double-Precision Floating-Point Processor FINAL DISTIN CTIVE CH ARA CTERISTICS • • • • • H ig h -p e rfo rm a n ce d o u b le -p re c is io n flo a tin g -p o in t processor Comprehensive floating-point and integer instruction sets Single VLSI device performs single-, double-, and
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Am29C327
64-bit
J-16
1f s27
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DFa 809
Abstract: se 617
Text: 1 1991 Am29C516A/Am29C517 A 16 x 16-Bit CMOS Parallel Multipliers DISTINCTIVE CHARACTERISTICS Output register may be made transparent Am29C516A pin and functionally com patible with CY7C516, WTL1516, IDT7216, MPY016, and Am29516 TTL I/O and single + 5 V supply
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Am29C516A/Am29C517
16-Bit
45-ns
Am29C516A/Am29C517A
35-ns
Am29C516A-1/Am29C517A-1
32-Bit
Am29C516A
CY7C516,
DFa 809
se 617
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29C116
Abstract: 12M03 2nacc TI430 Am29130 16 to 30 Bit Shift Register ScansUX971 N10100 YJ 1100 6
Text: Am29C116/116-1/116-2 1 6 -Bit a GMOS Microprocessors DISTINCTIVE CHARACTERISTICS Am29C116 Supports up to 100-ns system cycle time. Less than 1watt power dissipation and equivalent performance to the bipolar Am29116. Am29C116-1 Faster, speed-select version of the Am29C116 90 ns .
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Am29C116/116-1/116-2
16-Bit
Am29C116
100-ns
Am29116
Am29C116-1
Am29C
80-ns
29C116
12M03
2nacc
TI430
Am29130 16 to 30 Bit Shift Register
ScansUX971
N10100
YJ 1100 6
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Untitled
Abstract: No abstract text available
Text: Am29ClOA CMOS Microprogram Controller DISTINCTIVE CHARACTERISTICS • Low power • Four address sources The CMOS Am29C1 OA is a plug-in replacement for the bipolar Am2910A. The Am29C10A dissipates 15% of the power of the equivalent bipolar part. • High-Speed CMOS
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Am29ClOA
Am29C1
Am2910A
Am29C10A
20-MHz
Am29C10A-1
6824A
067S2B
CLT044
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QN1012
Abstract: No abstract text available
Text: Am29C01 C M O S Four-Bit Microprocessor Slice > 3 DISTINCTIVE CHARACTERISTICS Expandable Connect any number of Am29C01s together for longer word lengths. Four status flags Carry, overflow, zero, and negative. Flexible data source selection ALU data is selected from five source ports for a total of
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Am29C01
Am2901C
Am29C01s
o595-0631
AIS-WCP-15M-04/87-0
QN1012
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E17G
Abstract: g31 m7 te Y8310 19c13 Am29C327
Text: Am29C327 Double-Precision Floating-Point Processor FINAL DISTIN CTIVE CHARACTERISTICS • • • • • H ig h -p e rfo rm a n ce d o u b le -p re c is io n flo a tin g -p o in t processor Comprehensive floating-point and integer instruction sets Single VLSI device performs single-, double-, and
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Am29C327
64-bit
E17G
g31 m7 te
Y8310
19c13
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Dynamic Controls DZ 120-5
Abstract: 29C101 AM2904 Am29C03 amd 2901 pinout diagram 29C10 CGX068 DZ 120-5 Dynamic Controls CN16G amd 2901 alu
Text: Am29C101 16-Bit CMOS Microprocessor Slice > 3 DISTINCTIVE CHARACTERISTICS Expandable Connect any number of Am29C101 s together for longer word lengths. Left/right shift independent of ALU Add and shift operations take only one cycle. Flexible data source selection
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Am29Cl01
16-Bit
Am2901C
Am29C101
Am29Cl
16-Bit
AIS-WCP-15M-04/87-0
Dynamic Controls DZ 120-5
29C101
AM2904
Am29C03
amd 2901 pinout diagram
29C10
CGX068
DZ 120-5 Dynamic Controls
CN16G
amd 2901 alu
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