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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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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assembly bresenham algorithms
Abstract: 256KB static RAM 019S NS32032 AN-522 AN-524 C1995 heidelberg circuit bit slice processors NS32CG
Text: National Semiconductor Application Note 522 Nancy Cossitt July 1988 1 0 INTRODUCTION The Bresenham algorithm as described in the ‘‘Series 32000 Graphics Note 5’’ is a common integer algorithm used in many graphics systems for line drawing However special instructions of the NS32CG16 processor allow it to
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NS32CG16
assembly bresenham algorithms
256KB static RAM
019S
NS32032
AN-522
AN-524
C1995
heidelberg circuit
bit slice processors
NS32CG
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NS32032
Abstract: NS32016 NS32532 C1995 an-527 national
Text: National Semiconductor Application Note 527 Dave Rand May 1988 1 0 INTRODUCTION In printer applications large amounts of RAM may need to be initialized to a zero value This application note describes a fast method 3 0 IMPLEMENTATION This routine is written to clear blocks of 128 bytes This
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NS32532
Abstract: U175A NS32032 lfsr fibonacci C1995 NS32381 NS32GX32-20 NS32GX32-25 NS32GX32-30
Text: May 1991 NS32GX32-20 NS32GX32-25 NS32GX32-30 High-Performance 32-Bit Embedded System Processor General Description Features The NS32GX32 is a high-performance 32-bit embedded system processor in the Series 32000 family It is software compatible with the previous microprocessors in the family
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NS32GX32-20
NS32GX32-25
NS32GX32-30
32-Bit
NS32GX32
NS32532
U175A
NS32032
lfsr fibonacci
C1995
NS32381
NS32GX32-30
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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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NS16550A
Abstract: NS16450 NS32202 80286 interrupts NS16550A UART ns16550 AN-491 C1995 INS8250 NS32032
Text: National Semiconductor Application Note 491 Martin S Michael Daniel G Durich July 1987 BACKGROUND UARTs like other system components have evolved for many years to become faster more integrated and less expensive The rise in popularity of the personal computer with
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NS32032
Abstract: two way set associative cache NS32310 C1995 memory bandwidth AN-449 national
Text: INTRODUCTION Viewed from the standpoint of hardware throughput the performance attained by state of the art architectural and technological implementations is a result not only of what gets done per instruction but also of the available memory speed and bandwidth as perceived by the processor In addition to the memory parameters the effects of DMA processors’ contentions and the system bus itself needs to be
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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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NS32032
Abstract: 93546 C1995 NS32381 NS32532 NS32532-20 NS32532-25 NS32532-30 NS32082
Text: NS32532-20 NS32532-25 NS32532-30 High-Performance 32-Bit Microprocessor General Description Features The NS32532 is a high-performance 32-bit microprocessor in the Series 32000 family It is software compatible with the previous microprocessors in the family but with a greatly
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NS32532-20
NS32532-25
NS32532-30
32-Bit
NS32532
NS32032
93546
C1995
NS32381
NS32532-30
NS32082
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assembly bresenham algorithms
Abstract: NS32032 an5241 NS32000 NS32C016-10 NS32C016-15 AN-522 AN-524 C1995 hp laser printer circuit diagram
Text: National Semiconductor Application Note 524 Nancy Cossitt April 1988 1 0 INTRODUCTION Even with today’s achievements in graphics technology the resolution of computer graphics systems will never reach that of the real world A true real line can never be drawn on
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Untitled
Abstract: No abstract text available
Text: m April 1991 Semiconductor NS32GX320-20/NS32GX320-25/NS32GX320-30 High-Performance 32-Bit Integrated System Processor General Description Features The NS32GX320 is a highly-integrated high-performance member of the Series 32000/EP family of National’s Em
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NS32GX320-20/NS32GX320-25/NS32GX320-30
32-Bit
NS32GX320
32000/EPâ
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FLT sec p t1
Abstract: No abstract text available
Text: NS32132-6/NS32132-8/NS32132-10 National Semiconductor Corporation PRELIMINARY NS32132-6/NS32132-8/NS32132-10 High-Performance Microprocessors General Description Features The NS32132 is a 32-bit, virtual memory microprocessor with a 16-MByte linear address space and a 32-bit external
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NS32132-6/NS32132-8/NS32132-10
NS32132
32-bit,
16-MByte
32-bit
NS32123
FLT sec p t1
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B6731
Abstract: B67317
Text: NS32332-10/NS32332-15 National Semiconductor PRELIM INARY NS32332-10/NS32332-15 32-Bit Advanced Microprocessors G eneral Description Features The N S32332 is a 32-bit, virtual m em ory m icroprocessor with 4 GByte addressing and an enhanced internal Im ple
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NS32332-10/NS32332-15
32-Bit
S32332
32-bit,
32-blt
NS32382
PAO-31
DO-31
B6731
B67317
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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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LT3231
Abstract: ti7050 ns32032 NS32082
Text: NS32082-10 2 National Semiconductor N S 3 2 0 8 2 -1 0 M e m o ry M a n a g e m e n t U n it General Description Features The NS32082 Memory Management Unit MMU provides hardware support for demand-paged virtual memory imple mentations. The NS32082 functions as a slave processor in
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NS32082-10
NS32082
32-entry
TL/EE/8692-49
TL/EE/8692-46
TL7EE/0692-47
NS32016
0L-Z80ZCSN
LT3231
ti7050
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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D552 IC digital clock
Abstract: No abstract text available
Text: m PRELIMINARY April 1991 N S 3 2G X 3 20 -2 0 /N S 3 2 G X 3 2 0 -2 5 /N S 3 2 G X 3 2 0 -3 0 H ig h-P erfo rm ance 32-B it Integ rated System Processor General Description Features The NS32GX320 is a highly-integrated high-performance member of the Series 32000/EP family of National’s Em
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NS32GX320
32000/EPâ
D552 IC digital clock
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NS32GX32
Abstract: No abstract text available
Text: & PRELIMINARY May 1991 NS32GX32-20/NS32GX32-25/NS32GX32-30 High-Performance 32-Bit Embedded System Processor General Description Features The NS32GX32 is a high-performance 32-bit embedded system processor in the Series 32000* family. It is software compatible with the previous microprocessors in the family
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NS32GX32-20/NS32GX32-25/NS32GX32-30
32-Bit
NS32GX32
0-1B0-530
b5D112fl
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NS32032
Abstract: card Resistor BPC EG S5N NS32532 NS320 memory 93546 NS32381 PL0001 93546 lfsr fibonacci
Text: NS32532-20/NS32532-25/NS32532-30 High-Performance 32-Bit Microprocessor G eneral Description Features The NS32532 is a high-performance 32-bit microprocessor in the Series 32000 family. It is software compatible with the previous microprocessors in the family but with a greatly
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NS32532-20/NS32532-25/NS32532-30
32-Bit
NS32532
NS3253
NS32032
card Resistor BPC
EG S5N
NS320
memory 93546
NS32381
PL0001
93546
lfsr fibonacci
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JEDEC type Leadless Chip Carriers
Abstract: MR80C31BH MR80C31BH/B TS68483
Text: INTRODUCTION A 1 \ Socket Socket for ceramic lead less chip carrier, assembly: Spring latch IF Heat sink 2 Amphenol Socapex DESCRIPTION • Will accept type A, B, C or D ceramic chip carrier in accordance with JEDEC standard. • Available in 28, 44, 52, 68, 84 and 124 way arrangements.
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sold084
JEDEC type Leadless Chip Carriers
MR80C31BH
MR80C31BH/B
TS68483
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ic laf 0001
Abstract: laf 0001 power p40x laf 0001 NS32032 berh NS32532 OBG 88 s3 trio NS32381
Text: JUN ‘o PRELIMINARY April 1991 NS32GX32-20/NS32GX32-25/NS32GX32-30 High-Performance 32-Bit Embedded System Processor General Description Features The NS32GX32 is a high-performance 32-bit embedded system processor in the Series 32000 family. It is software
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NS32GX32-20/NS32GX32-25/NS32GX32-30
32-Bit
NS32GX32
ic laf 0001
laf 0001 power
p40x
laf 0001
NS32032
berh
NS32532
OBG 88
s3 trio
NS32381
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NS32201
Abstract: ADO-A02 NS32032 PTEL2 marking a21c NS32016 NS32082 NS3201 ben 1023 s692-1
Text: NS32082-10 S National Semiconductor NS32082-10 Memory Management Unit General Description Features The NS32082 Memory Management Unit MMU provides hardware support for demand-paged virtual memory imple mentations. The NS32082 functions as a slave processor in
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NS32082-10
NS32082
32-entry
TL/EE/8692-47
NS32016
0L-Z80ZCSN
NS32082-10
NS32201
74ALS257
ADO-A02
NS32032
PTEL2
marking a21c
NS3201
ben 1023
s692-1
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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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