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ID82C59A Intersil Corporation 80C86; 80C88; 80C286; 8080; 8085; 8086; 8088; 80286; NSC800 COMPATIBLE, INTERRUPT CONTROLLER, CDIP28, CERDIP-28 visit Intersil
MD82C59A/B Intersil Corporation 80C86; 80C88; 80C286; 8080; 8085; 8086; 8088; 80286; NSC800 COMPATIBLE, INTERRUPT CONTROLLER, CDIP28 visit Intersil
IS82C59A Intersil Corporation 80C86; 80C88; 80C286; 8080; 8085; 8086; 8088; 80286; NSC800 COMPATIBLE, INTERRUPT CONTROLLER, PQCC28 visit Intersil
IS82C59A-12 Intersil Corporation 80C86; 80C88; 80C286; 8080; 8085; 8086; 8088; 80286; NSC800 COMPATIBLE, INTERRUPT CONTROLLER, PQCC28 visit Intersil
CS82C59A-12Z Intersil Corporation 80C86; 80C88; 80C286; 8080; 8085; 8086; 8088; 80286; NSC800 COMPATIBLE, INTERRUPT CONTROLLER, PQCC28, LEAD FREE, PLASTIC, LCC-28 visit Intersil
IS82C59AX96 Intersil Corporation 80C86; 80C88; 80C286; 8080; 8085; 8086; 8088; 80286; NSC800 COMPATIBLE, INTERRUPT CONTROLLER, PQCC28, PLASTIC, LCC-28 visit Intersil

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NSC800 Datasheet

Part Manufacturer Description PDF Type
NSC800 National Semiconductor NSC800TM High-Performance Low-Power CMOS Microprocessor Original
NSC800-3 National Semiconductor Original
NSC800-35 National Semiconductor Original
NSC800-35NOPB National Semiconductor Original
NSC800-4 National Semiconductor Original
NSC800-4NOPB National Semiconductor Original
NSC800D National Semiconductor NSC800TM High-Performance Low-Power CMOS Microprocessor Original
NSC800D-1 National Semiconductor High-performance low-power CMOS microprocessor, 1.0 MHz Original
NSC800D1/883 National Semiconductor Original
NSC800D1/883NOPB National Semiconductor Original
NSC800D1/A National Semiconductor Original
NSC800D1/ANOPB National Semiconductor Original
NSC800D-1I National Semiconductor High-performance low-power CMOS microprocessor, 1.0 MHz Original
NSC800D1I /883 National Semiconductor Original
NSC800D1I /A National Semiconductor Original
NSC800D1I/ANOPB National Semiconductor Original
NSC800D1M/883 National Semiconductor Original
NSC800D1M/883NOPB National Semiconductor Original
NSC800D1M/A National Semiconductor Original
NSC800D1M/ANOPB National Semiconductor Original
Showing first 20 results.

NSC800

Catalog Datasheet MFG & Type PDF Document Tags

NSC810A-4

Abstract: NSC800 Single-instruction I/O bit operations Timer operation-DC to 5MHz Bus compatible with NSC800(TM) family Speed: compatible with NSC800 NSC810A-4 - NSC800-4 @ 4.0MHz NSC810A - NSC800 @ 2.5MHz 2 MILITARY DATA , MILITARY DATA SHEET Original Creation Date: 12/05/94 Last Update Date: 05/11/95 Last Major Revision Date: 05/11/95 MNNSC810A-4-X REV 1A0 RAM-I/O-TIMER 4MHz General Description The NSC810A, the luxury model of our NSC800(TM) peripheral line, sports triple ported I/O, dual 16-bit timers and
National Semiconductor
Original
nsc800 family MIL-STD-883 NSC810AD-4/883 NSC810AE-4/883 NT810A 5244HRC1 5756HRA2

MM47644

Abstract: NSC800 cpu NSC800D/883, NSC800D-35/883, and NSC800TD-4-MIL CONNECTION DIAGRAM 40-LEAD DIP (TOP VIEW) P000011A , NS Part Numbers NSC800-3 NSC800D/883 NSC800E/883 Prime Die MM47644, NT800 Processing , -bit dynamic RAM refresh circuitry - Speed: 1.0 uS instruction cycle at 4.0 MHz NSC800-4 4.0 MHz NSC800-35 , The NSC800 is an 8-bit CMOS microprocessor that functions as the central processing unit (CPU) in National Semiconductor's NSC800 microcomputer family. National's microCMOS technology used to fabricate
National Semiconductor
Original
NSC800 cpu PRIORITY INTERRUPT CKT NSC800D/883C MNNSC800-X NSC800D/883 NSC800E/883 5240HRC1 5241HRC1 D40CRL

MM47644

Abstract: NSC800 5004 of MIL-STD-883. Industry Part Number NS Part Numbers NSC800-4 NSC800TD-4-MIL NSC800TE-4-MIL Prime Die MM47644, NT800 Processing Subgrp Description MIL-STD-883, Method 5004 , RSTB RSTA NMI NSC800D/883, NSC800D-35/883, and NSC800TD-4-MIL CONNECTION DIAGRAM 40-LEAD DIP , uS instruction cycle at 4.0 MHz NSC800-4 4.0MHz NSC800-35 3.5MHz NSC800 2.5MHz - Capable of , The NSC800 is an 8-bit CMOS microprocessor that functions as the central processing unit (CPU) in
National Semiconductor
Original
MNNSC800-4-X NSC810 nsc800 microcomputer E44ARF 44TERMINAL P000012A NSC800D-35/883

MM47644

Abstract: NSC800 in accordance with Method 5004 of MIL-STD-883. Industry Part Number NS Part Numbers NSC800-35 NSC800D-35/883 NSC800E-35/883 Prime Die MM47644, NT800 Processing Subgrp Description MIL-STD , Speed: 1.0 uS instruction cycle at 4.0 MHz NSC800-4 4.0 MHz NSC800-35 3.5 MHz NSC800 2.5 MHz - , RESET IN RD WR ALE SO RFSH S1 INTA INTR RSTC RSTB RSTA NMI NSC800D/883, NSC800D-35/883, and NSC800TD-4-MIL CONNECTION DIAGRAM 40-LEAD DIP (TOP VIEW) P000011A National Semiconductor
National Semiconductor
Original
MNNSC800-35-X NSC800E-35/883

nsc800

Abstract: NSC800 cpu cycle at 4.0 MHz NSC800-4 4.0 MHz NSC800-35 3.5 MHz NSC800-3 2.5 MHz NSC800-1 1.0 MHz Capable of , NSC800-3 Max NSC800-35 Min 142 284 Max 3333 6667 90 55 90 85 3333 200 3333 125 3333 250 6667 80 , (Continued) NSC800-35 Min 0 85 35 85 0 50 25 0 45 50 45 55 35 115 0 140 225 Max NSC800-4 Min 0 60 30 75 0 45 , NSC800-35, 250 ns for NSC800-4. Note 2: Output timings are measured with a purely capacitive load of 100 , + 85 C _ A 0 0 0 10 NSC80M5/683C TA - -5 5 -C to +125-C NSC800' 4 NSC800-4MIL ^ TA - 0 -C to + 7 0
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ED6A TRANSISTOR BC 748 ED52 3337A nsc831 mtA srl NSC800TM NSC858 NSC831 RETS800X S240HR NSC800E/883B

NSC810A

Abstract: NSC800 Single-instruction I/O bit operations Timer operation-DC to 5MHz Bus compatible with NSC800(TM) family Speed: compatible with NSC800 NSC810A-4 - NSC800-4 @ 4.0MHz NSC810A - NSC800 @ 2.5MHz 2 MILITARY DATA , MILITARY DATA SHEET Original Creation Date: 12/05/94 Last Update Date: 05/11/95 Last Major Revision Date: 05/11/95 MNNSC810A-X REV 1A0 RAM-I/O-TIMER 2.5MHz General Description The NSC810A, the luxury model of our NSC800(TM) peripheral line, sports triple ported I/O, dual 16-bit timers and
National Semiconductor
Original
NSC810-A4 NSC810AD/883 NSC810AE/883 P000013A P000014A

ed68

Abstract: NSC800 cycle at 4 0 MHz NSC800-4 4 0 MHz NSC800-35 3 5 MHz NSC800-3 2 5 MHz NSC800-1 1 0 MHz Capable of , NSC800-3 NSC800-35 NSC800-4 Min Symbol NSC800-1 Min Min Min Max Max Max , Power Dissipation Lead Temp (Soldering 10 seconds) NSC800-35 883C NSC800-4 x x NSC800-4MIL , e 0V unless otherwise specified Parameter NSC800-3 NSC800-35 NSC800-4 Min Symbol , 80 ns ns Note 1 Test conditions t e 1000 ns for NSC800-1 400 ns for NSC800 285 ns for NSC800-35
National Semiconductor
Original
ed68 c 5171 mm58167 CB2E CBEA ED78

c 5171

Abstract: nsc800 cycle at 4 0 MHz NSC800-4 4 0 MHz NSC800-35 3 5 MHz NSC800-3 2 5 MHz NSC800-1 1 0 MHz Capable of , specified Parameter NSC800-3 NSC800-35 NSC800-4 Min Symbol NSC800-1 Max Min Max , NSC800-3 NSC800-35 NSC800-4 Min Symbol NSC800-1 Min Min Min Max Max Max , Dissipation Lead Temp (Soldering 10 seconds) NSC800-35 883C NSC800-4 x x NSC800-4MIL 7V 1W , 80 ns ns Note 1 Test conditions t e 1000 ns for NSC800-1 400 ns for NSC800 285 ns for NSC800-35
National Semiconductor
Original
Z80 CPU PHYSICAL DIMENSIONS LCC ED69 NSC800N ed7a Making ED4A transistor Bc 540

8155 intel microprocessor block diagram

Abstract: 8155 intel microprocessor pin diagram SET NSC800'S INTERRUPT CONTROL REGISTER FOR RSTA DISABLE NSC800 INTERRUPTS ENABLE INTERRUPTS ON 174A , accessed was loaded into the NSC800's register B and it is now sent out on port B Bit clear is used to , subroutine the desired address to be accessed is to be stored in the NSC800's register B and data stored in , through months which are accessed by a 4-bit address as NSC800TM is a trademark of National , TL F 6169 ­ 3 5 FIGURE 4 Real Time Clock Interface to NSC800TM and NSC810A without Wait States
National Semiconductor
Original
8155 intel microprocessor block diagram 8155 intel microprocessor pin diagram real time clock using 8085 microprocessor MM5871 timing diagram of call instruction in 8085 microprocessor 8085 interfacing 8155 ram MM58174A AN-359

simple LM324 COMPARATOR CIRCUIT

Abstract: lm356 except that the DM8131 provides much more decoding C Interfacing to the NSC800 The NSC800 interface is actually very similar to the INS8080 I O interface even though their timing is very different The NSC800 , A0-A7 must be latched out at the beginning of a read or write cycle but for I O accessing the NSC800 , Interface TL H 5624-19 FIGURE 27 Partially Decoded NSC800 to ADC0816 ADC0817 Interface 19 The next design Figure 28 uses the same simple NOR gating scheme as Figure 23 except the NSC800 control
National Semiconductor
Original
ADC0808 simple LM324 COMPARATOR CIRCUIT lm356 ADC0816 PIN DIAGRAM z80-pio LM356B ADC0809 internal circuit diagram free d ADC0809 AN-258

simple LM324 COMPARATOR CIRCUIT

Abstract: z80-pio of separate read/write outputs on the INS8080/Z80/NSC800. This signal along with VMA indicates a , NSC800 The NSC800 interface is actually very similar to the INS8080 I/O interface, even though their timing is very different. The NSC800 multiplexes the lower 8 address bits on the data bus at the , write cycle, but for I/O accessing; the NSC800 duplicates the 8 bit I/O addresses on A8-A15 address , TO IMPROVE TTL COMPATABILITY FIGURE 27. Partially Decoded NSC800 to ADC0816/ADC0817 Interface The
National Semiconductor
Original
2 bit magnitude comparator using Integrated Chips z80pio ADC0808 PIN DIAGRAM potentiometric transducer CD4051 PIN DIAGRAM and block diagram interfacing parallel port with adc0808 ADC0808/ADC0809

MM58167A

Abstract: telephone circuit with dtmf tp5088 Copyright 1984 Cahners Publishing NSC800TM is trademark of National Semiconductor Corp C1995 National , relay into its opposite state resetting the NSC800 on power-up causes Reset-Out on the bus to become , UART (Figure 3 ) a member of the NSC800TM family features an on-chip baud-rate generator a powerdown , mode whenever it is not producing tones PD on the NSC800 bus is actually an input to power down the NSC800 therefore it's assumed that another power-saving control device powers down the whole system One
National Semiconductor
Original
MM74HC943 AN-394 MM58167A telephone circuit with dtmf tp5088 74510 rotary binary coder tp5088 BY245 TP5088

telephone circuit with dtmf tp5088

Abstract: mm58167a Copyright 1984 Cahners Publishing NSC800TM is a trademark of National Semiconductor Corporation C1995 , Clocking the -HC74 flips the relay into its opposite state resetting the NSC800 on power-up causes , guidelines in FCC Rules part 68 The NSC858 UART (Figure 3 ) a member of the NSC800TM family features an , power down The TP5088 is in its low-power mode whenever it is not producing tones PD on the NSC800 bus is actually an input to power down the NSC800 therefore it's assumed that another power-saving
National Semiconductor
Original
74VHC943 MM74HC942 74vhc942 AN-1015 national 74HC DTMF phones 74VHC942 AN-1015

NSB3881

Abstract: NSB5881 generated as shown in Figure 28. C. Interfacing to the NSC800TM The NSC800 has very different timing , trademark of Zilog Corporation. NSC800TM is a trademark of Fairchild Semiconductor Corporation. © 1998 , enable) and IO/M (I/O or memory enable) as shown in Figure 29. Note that since the NSC800 is a CMOS , NSC800, these processors have separate I/O and memory address spaces. This usually allows simpler , Select (00­11) FIGURE 29. NSC800 Interface to MM74C911 21 www.fairchildsemi.com AN006030
Fairchild Semiconductor
Original
NSB3881 NSB5881 INS8060 74C911 NSA1298 NSN581 MM74C912 MM74C917 MM74C912/MM74C917

MC68B09E

Abstract: z8000 microprocessor zilog refresh as RASIN goes low assuming that RFCK is high TL F 5040 ­ 9 FIGURE 8 NSC800 and DP8408A Interface 9 TL F 5040 ­ 10 FIGURE 9 NSC800 Op Code Fetch Cycle Showing Memory Refresh 10 TL F 5040 ­ 11 FIGURE 10 NSC800 Memory Write Cycle TL F 5040 ­ 12 FIGURE 11 MC68B09E and
National Semiconductor
Original
AN-309 z8000 microprocessor zilog ic 74ls245 pdf datasheet Z80A Dynamic Memory Refresh Controller Z80 application note dynamic ram z8000 Z8000TM

NSC810

Abstract: with NSC800TM family Speed: compatible with NSC800 NSC81OA-4 - * NSC800-4 @ 4.0 MHz NSC810A-3 -*· NSC800 @ 2.5 MHz NSC810A-1 - NSC800-1 @ 1.0 MHz NSC810A Connection Diagram 7-76 Table of , tWCY (n *) 1000 750 0 1 2 3 4 NSC800 CLOCK SPEED* (MHz) TL/C/5517-2 When NSC810A is used with NSC800 7-78 NSC810A 4.0 AC Electrical Characteristics vcc=5v Symbol ^ACC , NSC800 peripheral devices. Electrical testing is performed in accordance with RETS810AX, which tests or
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OCR Scan
MILSTD-883 5242HR NSC810AD/883B TL/C/5517-24 TL/C/5517-23 5244HR

STATIC RAM 62256

Abstract: RAM 62256 SCSI Printer Controller (Figure 1 1) consists of five main parts 1 Microprocessor NSC800TM 2 Printer , NMC27C256 CMOS Static RAM 62256 5 DMA Controller 9517 or 8237 The NSC800 is an eight bit CMOS , -563 TRI-STATE is a registered trademark of National Semiconductor Corporation NSC800TM is a trademark of , bus is not driven the control signals must have pull-up resistors The NSC800 provides five hardware , first applied 1 0 Introduction (Continued) NSC800 microcomputer family It is capable of addressing
National Semiconductor
Original
DP8490 DP5380 AN-563 STATIC RAM 62256 RAM 62256 ASC-88 circuit diagram z80 of moving LED message display

NSB5881

Abstract: MICROPROCESSOR Z80 7segment address bits to the DM8131 C Interfacing to the NSC800TM The NSC800 has very different timing because , MM74C911 Block Diagram AN-257 Z80 is a registered trademark of Zilog Corporation NSC800TM is a , 6800 When using the INS8080 Z80 or NSC800 these processors have separate I O and memory address spaces , memory enable) as shown in Figure 29 Note that since the NSC800 is a CMOS microprocessor no pull-up , (Binary) (Where X e Don't Care and AB are Digit Select (00­11) TL F 6030 ­ 31 FIGURE 29 NSC800
National Semiconductor
Original
MICROPROCESSOR Z80 7segment 9 digit display NSA1298 NSB7881 NSB3881 equivalent alphanumeric segment display simple controller circuit z80 in calculator

nsc810

Abstract: NSC810AN with NSCSOOtm family â  Speed: compatible with NSC800 NSC810A-4â'"⺠NSC800-4 @ 4.0 MHz NSC810A-3 â'"»> NSC800 @ 2.5 MHz NSC810A-1 â'"» NSC800-1 @ 1.0 MHz NSC810A Connection Diagram 7-76 This , NSC810A, the luxury model of our NSC800â"¢ peripheral line, sports triple ported I/O, dual 16-bit timers , TYPICAL / / V 4500 3000 1500 1000 750 twet (ns) 0 12 3 4 NSC800 CLOCK SPEED* (MHz) TL/C/5517â'"2 â'¢When NSC810A Is used with NSC800 7-78 This Material Copyrighted By Its Respective Manufacturer 4.0
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NSC810AN NSC810AD

NSC800 cpu

Abstract: STB 683   Single-instruction I/O bit operations â  Directly compatible with NSC800 family â  Strobed modes available on , NMà INTÃ" A8-A15 â 4â'" SO S1 RD RFSH BREO NSC800 CPU WR ALE â'¢4â'" BÃ"CK 10/NT â'"⺠, («> 0 12 3 4 NSC BOO CLOCK SPtEO* (MHz) TL/C/5594-2 'When NSC831 is used with NSC800 2.0 , programs requiring high reliability. In addition, this screening is available for all of the key NSC800
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OCR Scan
STB 683 NSC831-1 parallel port interface visual basic step by step stb CIRCUIT DIAGRAM TL/C/5594-1 NSC831AD/883B TL/C/5594-13 TL/C/5594-14 TL/C/5594-15

CPD1802

Abstract: microprocessor z 8085 / NSC800 «P 1 0 /M" 52 IM6316 2K x 8 CMOS ROM ALE FIG. 3. 2 k x 8 CMOS ROM MEMORY FOR 8085
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CPD1802 microprocessor z 8085 si8048 4042A A10-A8 P27-P20 A15-A8 8085/NSC A10-A0

nsc810

Abstract: MX 0841 CODE IS NSC800 A 500HZ SIGNAL IS GENERATED AT THE INTERRUPT PIN (13) THIS SIGNAL IS GENERATED USING , FIGURE 12 NSC800 Assembly Code for 500 Hz Interrupt 10 essor ports (for single chip , The MM58167B was interfaced to the NSC800 in memory mapped locations A demo program was written to , This was necessary to comply with NSC800 wait state timing The wait generator provides 2 microseconds
National Semiconductor
Original
MX 0841 Transistor TL 31 AC 58167 pulse generator 101d NSC888 AN353 AN-353
Showing first 20 results.