NS32016
Abstract: NS32032 NS32082 NS32008 TEA Series Edd 44 AN-555 C1995 NS32381 application note 555
Text: 1 0 GENERAL INFORMATION This document provides the necessary information to calculate the instruction execution times for the NS32008 NS32016 NS32032 and NS32332 CPUs The following assumptions are made Y The entire instruction with all displacements and immediate operands is assumed to be present in the instruction queue when needed
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NS32008
NS32016
NS32032
NS32332
NS32082
NS32008
TEA Series
Edd 44
AN-555
C1995
NS32381
application note 555
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NS32016
Abstract: NS32008 C1995
Text: National Semiconductor Application Brief 29 June 1986 If you have an NS32008 hardware design that you would like to test out it can under the correct circumstances be done using an ISE16 No hardware modifications are required to the ISE16 nor to your target system under many
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NS32008
ISE16
NS32016
NS32081
C1995
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NS32032
Abstract: NS320xx NS32016 NS32532 AN-636 C1995 NS32GX assembly instruction 8141 NS3200
Text: National Semiconductor Application Note 636 October 1989 1 0 INTRODUCTION In this applications note we discuss various optimization strategies that apply to the NS32008 NS32016 NS32CG16 and NS32032 when writing assembly language programs Most optimizations will also apply to the NS32332 NS32GX32 and
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NS32008
NS32016
NS32CG16
NS32032
NS32332
NS32GX32
NS32532
NS32CG16
20-3A
NS320xx
AN-636
C1995
NS32GX
assembly instruction 8141
NS3200
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interface 64K RAM with 8086 MP
Abstract: diagram of interface 64K RAM with 8086 MP dp84432 DP84522 DP8409A DP8417 DP8428-80 DP8419 DP8428 NS32828
Text: DP8428 NS32828 DP8429 NS32829 1 Megabit High Speed Dynamic RAM Controller Drivers General Description Features The DP8428 and DP8429 1M DRAM Controller Drivers are designed to provide ‘‘No-Waitstate’’ CPU interface to Dynamic RAM arrays of up to 8 Mbytes and larger The
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DP8428
NS32828
DP8429
NS32829
32-bit
16-bit
interface 64K RAM with 8086 MP
diagram of interface 64K RAM with 8086 MP
dp84432
DP84522
DP8409A
DP8417
DP8428-80
DP8419
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NS32032
Abstract: NS32381 NS32081 AB-45 C1995 NS32GX32
Text: National Semiconductor Application Brief 45 Jeff Goldberg June 1989 INTRODUCTION The NS32381 is a second generation CMOS floating point slave processor that is fully software compatible with its forerunner the NS32081 FPU The NS32381 FPU functions with any CPU in the Embedded Systems Processors family
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NS32381
NS32081
NS32008
NS32GX32
32-bit
NS32032
AB-45
C1995
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NS32201
Abstract: NS32081N10 NS32081n-10 NS32081N-15 NS32016 NS32032 NS32081D-10 NS32081D-15 C1995 NS32081-10
Text: NS32081-10 NS32081-15 Floating-Point Units General Description Features The NS32081 Floating-Point Unit functions as a slave processor in National Semiconductor’s Series 32000 microprocessor family It provides a high-speed floating-point instruction set for any Series 32000 family CPU while remaining architecturally consistent with the full two-address architecture and powerful addressing modes of the Series 32000
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NS32081-10
NS32081-15
NS32081
32-bit
64-bit
NS32016
NS32008
NS32032
24-pin
NS32201
NS32081N10
NS32081n-10
NS32081N-15
NS32081D-10
NS32081D-15
C1995
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32C016
Abstract: NS32008 inverter wait 74AS32 TL E28 74AS04 74AS373 C016 DP8420A AN5421
Text: National Semiconductor Application Note 542 Joe Tate and Rusty Meier May 1989 INTRODUCTION This application note explains interfacing the DP8420A 21A 22A to the National Semiconductor 32C016 Two different designs are shown and explained It is assumed the reader is familiar with the NS32C016 access cycles and the DP8420A 21A 22A modes of operation This
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DP8420A
32C016
NS32C016
NS32008
32C016
inverter wait
74AS32
TL E28
74AS04
74AS373
C016
AN5421
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NS32016
Abstract: AN-601 C1995 NS32381 NS32008 NS3200 NS320 an-601 national
Text: INTRODUCTION This application note describes compiler implementation aspects which may differ between those of the GNX-Version 3 C Optimizing compiler and other compilers and which may affect code portability Portability issues are recognized by the C standard as issues that may differ from one compiler
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20-3A
NS32016
AN-601
C1995
NS32381
NS32008
NS3200
NS320
an-601 national
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interface 64K RAM with 8086 MP
Abstract: diagram of interface 64K RAM with 8086 MP 32032 CPU addressing modes 80286 8086 microprocessor max mode operation Monolithic Memories PIN DIAGRAM OF 80286 timing diagram of 8086 maximum mode DP8417 DP8418
Text: August 1989 DP8417 NS32817 8418 32818 8419 32819 8419X 32819X 64k 256k Dynamic RAM Controller Drivers General Description Operational Features The DP8417 8418 8419 8419X represent a family of 256k DRAM Controller Drivers which are designed to provide ‘‘No-Waitstate’’ CPU interface to Dynamic RAM arrays of up
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DP8417
NS32817
8419X
32819X
8419X
DP8419
interface 64K RAM with 8086 MP
diagram of interface 64K RAM with 8086 MP
32032 CPU
addressing modes 80286
8086 microprocessor max mode operation
Monolithic Memories
PIN DIAGRAM OF 80286
timing diagram of 8086 maximum mode
DP8418
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NS32016
Abstract: NS32032 NS32381V-15 10b38 NS32381 NS32008 NS32081 NS32381U NS32381V-30 NS32GX320
Text: April 1991 NS32381-15 NS32381-20 NS32381-25 NS32381-30 Floating-Point Unit General Description The NS32381 is a second generation CMOS floating-point slave processor that is fully software compatible with its forerunner the NS32081 FPU The NS32381 FPU functions
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NS32381-15
NS32381-20
NS32381-25
NS32381-30
NS32381
NS32081
32-bit
NS32016
NS32032
NS32381V-15
10b38
NS32008
NS32381U
NS32381V-30
NS32GX320
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DP8420A
Abstract: DP8420V DP8430V DP8520A NS32CG821A AN-773 C1995 i286 11209
Text: INTRODUCTION This application brief looks into the wait support offered by the above DRAM controllers All of these controllers behave in the same way with respect to the insertion of wait states therefore this application brief is valid to any and all of them
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20-3A
DP8420A
DP8420V
DP8430V
DP8520A
NS32CG821A
AN-773
C1995
i286
11209
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SENT SPC
Abstract: NS32032 NS32381 NS32532 AN-638 C1995 NS32GX AN-638-1 NS32081
Text: National Semiconductor Application Note 638 Giora Peer September 1989 This note is a guide for users who wish to interface the NS32381 Floating-Point Unit FPU as a peripheral unit to CPUs other than those of the Series 32000 family This is not a particularly expensive procedure but it requires some
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NS32381
20-3A
SENT SPC
NS32032
NS32532
AN-638
C1995
NS32GX
AN-638-1
NS32081
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NS32032
Abstract: NS32016 NS32082 db32000 MON32 db3200 NS320 NS3200 AN-464 national NS32202
Text: National Semiconductor Application Note 464 Chris Siegl August 1986 INTRODUCTION The purpose of this application note is to give a satisfactory answer to the question ‘‘How great is the performance penalty for using the NS32082 memory management unit ’’ To
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NS32082
DB32000
NS32032
NS32016
NS32032
MON32
db3200
NS320
NS3200
AN-464 national
NS32202
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ns32008
Abstract: NS32008-10 RY24 A-221 NS32082 ad415 NS32081
Text: NS32008-10 a National Semiconductor NS32008-10 High-Performance 8-Bit Microprocessor General Description Features The NS32008 is a 32-bit microprocessor with a 16-MByte linear address space and a 8-bit external data bus. It has a 32-bit ALU, eight 32-bit general purpose registers, a fourbyte prefetch queue, and a slave processor interface. The
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NS32008-10
32-bit
16-MByte
48-pin
NS32008-10
NS32008
RY24
A-221
NS32082
ad415
NS32081
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NS32032
Abstract: 32032 CPU berh NS32016 NS32082 NS32381 3522 op ACB 20 Edd 44 NS32*32
Text: NS32332-10/NS32332-15 National Semiconductor PRELIM INARY NS32332-10/NS32332-15 32-Bit Advanced Microprocessors General Description Features The NS32332 is a 32-bit, virtual memory microprocessor with 4 GByte addressing and an enhanced internal imple mentation. It is fully object code compatible with other Se
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NS32332-10/NS32332-15
32-Bit
NS32332
32-bit,
DO-31
NS32381
SDN332
NS32382
NS32032
32032 CPU
berh
NS32016
NS32082
3522 op
ACB 20
Edd 44
NS32*32
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NS32032
Abstract: NS32008 NS32081 NS32GX32
Text: PRELIMINARY Semiconductor NS32381-15/N S32381-20 / NS32381-25/NS32381-30 Floating-Point Unit General Description NS32381-15/NS32381-20 National The FPU is fabricated with National's advanced double-metal CMOS process. It is available in a 68-pin Pin Grid Array
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NS32381-15/NS32381-20
NS32381-15/N
S32381-20
NS32381-25/NS32381-30
NS32381
NS32081
NS32GX32
NS32CG16,
NS32008
NS32032
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NS32016
Abstract: NS32032 NS32008 NS32000 NS32381 N3325 NS32381-25 NS32532 91571-3 NS32081
Text: PRELIMINARY National Semiconductor NS32381-15/NS32381-20/NS32381-25/NS32381-30 Floating-Point Unit General Description The NS32381 is a second generation, CMOS, floating-point slave processor that is fully software compatible with its forerunner, the NS32081 FPU. The NS32381 FPU functions
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NS32381
-15/NS32381-20/NS32381-25/NS32381
NS32081
NS32GX32
NS32CG16,
NS32008
NS32532,
NS32016
NS32032
NS32000
N3325
NS32381-25
NS32532
91571-3
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b649
Abstract: dp84300
Text: DP8428/NS32828, DP8429/NS32829 1 Megabit High Speed Dynamic RAM Controller/Drivers General Description Features The DP8420 and DP8429 1M DRAM Controller/Drivers are designed to provide “ No-Waitstate" CPU interface to Dy namic RAM arrays of up to 8 Mbytes and larger. The
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DP8428/DP8429/NS32828/NS32829
DP8409A,
DP8417,
b649
dp84300
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NS32201
Abstract: NS32032 m 52343 sp NS32016 Scans-0013604
Text: NS32081-10/NS32081-15 CT| National J üm Semiconductor NS32081-10/NS32081-15 Floating-Point Units General Description Features The NS32081 Floating-Point Unit functions as a slave proc essor in National Semiconductor’s Series 32000 micro processor family. It provides a high-speed floating-point in
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NS32081-10/NS32081-15
NS32081
32-bit
64-bit
NS32016,
NS32008
NS32032
TL/EE/5234-22
TL/EE/5234-23
EE/5234-24
NS32201
m 52343 sp
NS32016
Scans-0013604
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NS32081-10
Abstract: No abstract text available
Text: NS32081-10/NS32081-15 yw\ National ¡Dfl Semiconductor NS32081-10/NS32081-15 Floating-Point Units General Description Features The NS32081 Floating-Point Unit functions as a slave proc essor in National Semiconductor’s Series 32000 micro processor family. It provides a high-speed floating-point in
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NS32081-10/NS32081-15
NS32081-10/NS32081-15
NS32081
32-bit
64-bit
NS32016,
NS32008
NS32032
NS32081-10
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dp84300
Abstract: DP8428V70 dp84432 dp8429d
Text: DP8428/NS32828, DP8429/NS32829 1 Megabit High Speed Dynamic RAM Controller/Drivers General Description Features The DP8428 and DP8429 1M DRAM Controller/Drivers are designed to provide “ No-Waitstate” CPU interface to Dy namic RAM arrays of up to 8 Mbytes and larger. The
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DP8428/DP8429/NS32828/NS32829
DP8428/NS32828,
DP8429/NS32829
DP8428
DP8429
32-bit
16-bit
dp84300
DP8428V70
dp84432
dp8429d
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NS32016
Abstract: NS32081
Text: NS32081-10/NS32081-15 ^W\ National ä iA Semiconductor NS32081-10/NS32081-15 Floating-Point Units General Description Features The NS32081 Floating-Point Unit functions as a slave proc essor in National Semiconductor’s Series 32000 micro processor family. It provides a high-speed floating-point in
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NS32081-10/NS32081-15
NS32081-10/NS32081-15
NS32081
32-bit
64-bit
NS32016,
NS32008
NS32032
TL/EE/5234-21
TL/EE/5234-22
NS32016
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NS32008
Abstract: 916741 NS32081 NS32032 NS32GX32
Text: p r e l im i n a r y NS32381-15/NS32381-20/NS32381-25/NS32381-30 Floating-Point Unit General Description The NS32381 is a second generation, CMOS, floating-point slave processor that is fully software compatible with its forerunner, the NS32081 FPU. The NS32381 FPU functions
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NS32381-15/NS32381-20
32381-15/NS32381-20/NS32381-25/NS32381-30
NS32381
NS32081
NS32GX32
NS32CG16,
NS32008
NS32532,
916741
NS32032
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NS32032
Abstract: NS32181 NS32CG160 NS32181V-15 NS32081
Text: na * ?, NS32181-15/NS32181-20/NS32181-25 Floating-Point Unit General Description The NS32181 is a CMOS floating-point slave processor that is fully software compatible with the NS32081 FPU. The NS32181 FPU functions with Series 32000 and Series 32000/EP CPUs in a tightly coupled slave configuration.
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NS32181-15/N
/NS32181
NS32181-15/NS32181-20/NS32181-25
NS32181
NS32081
32000/EP
NS32032
NS32CG160
NS32181V-15
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