NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Type | Ordering |
| Z80 CPU | Zilog, Inc. | Central Processing Unit |
35 pages, |
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| Z80-CPU | Mostek | Central processing unit. Mostek Z80 processor. Plastic package. Max clock frequency 4.0 MHz. |
92 pages, |
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| Z80-CPU | N/A | CPU |
10 pages, |
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| Z80-CPU-CE | N/A | IC Datasheet (Short Description and Cross Reference Only) |
2 pages, |
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| Z80-CPU-CM | N/A | IC Datasheet (Short Description and Cross Reference Only) |
2 pages, |
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| Z80-CPU-CS | N/A | IC Datasheet (Short Description and Cross Reference Only) |
2 pages, |
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| Z80-CPU-PS | N/A | IC Datasheet (Short Description and Cross Reference Only) |
2 pages, |
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| Z80-CPU/R | N/A | IC Datasheet (Short Description and Cross Reference Only) |
2 pages, |
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| Z80-CPU/Z | N/A | IC Datasheet (Short Description and Cross Reference Only) |
2 pages, |
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: SuperintegrationTM Pr oducts Guide CGC OSC S10 1 MByte MMU Z80 CPU Z84C90 Z84C90 Device CTC PIA Z84015/Z84C15 Z84015/Z84C15 Standby Mode Low EMI Mode 2 Ch ASCI Enhanced Z80+ Clock Two16-Bit CPU Serial I/O Timers 2 Ch DMA Enhanced Z80+ Clock CPU Two16-Bit Serial I/O Timers WDT CTS , High-Performance Z80® CPU with Peripherals Z8L180 Z8L180 = Low-Voltage Version Enhanced S180 MPU CMOS: 8, 10, 12 , Products Call Zilog for Additional ThirdParty Support Z80 CPU Serial Input/Output (SIO) Parallel ... | Original |
1 pages, |
Z8S18000ZCO z80 qfp Z80180 Z84015 Z84C15 Z84C90 Z84C9000ZCO Z8L180 Z8S180 S180 Z80 CPU Z80/Z180 Z80/Z180 abstract |
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| Abstract: , T6497 T6497 enters to one of three .'V id ins tile clock (CLK) to Z80 CPU and peripheral Iv in HALT state and , CLK Output Clock output. When HALT instruction is executed by Z80 CPU in either IDLE MODE or STOP , ) effective when HALT instruction is executed by Z80 CPU. The T6497 T6497 continuously provides the system clock (CLK) to Z80 CPU and peripherals unless HALT instruction is executed. In Idle Mode or Stop mode, RSTI1 , , MS2=1) Figure 1 shows a basic timing when HALT instruction is executed. When Z80 CPU fetches the OPcode ... | OCR Scan |
8 pages, |
Z80-CPU T6497 KST11 generator microprocessor Z80 z80 timing diagram z80 microprocessor z80 cpu TMPZ84C00P T6497 abstract |
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| Abstract: T6497 T6497 Advance Data Clock Generator Controller for Z80 CPU CMOS SGS CMOS Z80 Compatible 5 Volt , described below. Run Mode. The T6497 T6497 is always providing the clock (CLK) to Z80 CPU and peripheral devices. , output. When HALT instruction is executed by Z80 CPU in either IDLE MODE or STOP MODE, CLK is kept a low , functions. There are two modes (IDLE and STOP) effective when HALT instruction is executed by Z80 CPU. The T6497 T6497 continuously provides the system clock (CLK) to Z80 CPU and peripherals unless HALT instruction ... | OCR Scan |
12 pages, |
Z84C00 T6497 Z80 CPU z80 microprocessor generator microprocessor Z80 z80 microprocessor family z80 timing diagram Z80 40 pin S8606 T6497 abstract |
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| Abstract: Product Update Errata for Z8400/Z84C00 Z8400/Z84C00 NMOS/CMOS Z80 CPU Devices UP010201-0607 UP010201-0607 Errata for Z8400/Z84C00 Z8400/Z84C00 NMOS/CMOS Z80 CPU Devices This Errata provides information on the 44-lead QFP which has , /Z84C00 /Z84C00 NMOS/CMOS Z80 CPU Central Processing Unit Product Specification PS0178 PS0178 44-Lead LQFP A9 A8 A7 A6 A10 A12 A11 NC A13 A15 A14 The Z8400/Z84C00 Z8400/Z84C00 NMOS/CMOS Z80 CPU devices , /Z84C00 /Z84C00 NMOS/CMOS Z80 CPU Devices Table 2. 44-Lead Z8400/Z84C00 Z8400/Z84C00 LQFP Description Pin No Symbol ... | Original |
3 pages, |
z8400 Z84C00 z80 qfp Z80 CPU UP010201-0607 Z8400/Z84C00 UP010201-0607 abstract |
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| Abstract: provides the clock (CLK) to the Z80 CPU and peripheral devices. The CPU is actually in the HALT state and , Clock (output, active high). When a HALT instruction is executed by the Z80 CPU in either Idle or Stop , are selected. The Z84C60 Z84C60 continuously provides the system clock (CLK) to the Z80 CPU and peripherals , When the Z80 CPU fetches the opcode of the HALT instruction (76H) from program memory, the HALT signal , Z80 CPU is in the FtaT state. In Run mode, the Z84C60 Z84C60 always provides the CLK. Inac* Cjrel* I Kxecut ... | OCR Scan |
9 pages, |
z80 timing diagram Z80 40 pin Z80 CRT Z84C60-4PE z80 microprocessor Z80 CPU datasheet abstract |
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| Abstract: throughput and increased memory addressing capabilities while maintaining Z80® CPU and Z180® MPU object-code compatibility. The Z380 CPU core provides a continuing growth path for present Z80- or Z180 , Opcode Trap for Full Z380 CPU Instruction Set The Z380 CPU, an enhanced version of the Z80 CPU, retains the Z80 CPU instruction set to maintain complete binary-code compatiblity with present Z80 and , are expanded to 32 bits. The Z380 CPU expands the basic 64 Kbyte Z80 and Z180 address space to a ... | Original |
6 pages, |
Z380 Z280 Z180 z80 microprocessor applications Z80 instruction set Z80 CPU Instruction Set Z280 MPU z80 microprocessor datasheet abstract |
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| Abstract: addressing capabilities while maintaining Z80 CPU and Z180 MPU object code compatibility. The Z380 offers a continuing growth path for present Z80 or Z180-based designs and serves as a high-performance microprocessor for new designs. Central to the Z380 MPU is an enhanced version of the Z80 CPU. The Z80 CPU , with present Z80 and Z180 code. The basic addressing modes of the Z80 microprocessor have been , complete set of register-to-register loads and exchanges. The basic register file of the Z80 ... | Original |
2 pages, |
Zilog Z80 instruction set Z8500 Z180 Z80 BASIC Z380 zilog z80 microprocessor application z80 timing diagram Z80 CPU Instruction Set basic microprocessor block diagram Z80 microprocessor Z380TM Z380TM abstract |
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| Abstract: while maintaining Z80 CPU and Z180 MPU object code compatibility. The Z380 offers a continuing growth path for present Z80 or Z180-based designs and serves as a high-performance microprocessor for new , MPU is an enhanced version of the Z80 CPU. The Z80 CPU instruction set has been retained, meaning that the Z380 microprocessor is completely binary code compatible with present Z80 and Z180 code. The basic addressing modes of the Z80 microprocessor have been augmented with Stack Pointer relative loads ... | Original |
2 pages, |
Zilog Z80 instruction set Z8500 Z180 Z380 Z80 CPU Instruction Set basic microprocessor block diagram Z80 microprocessor Z380TM Z380TM abstract |
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| Abstract: manipulation capability while maintaining object-code compatibility with the Z80 CPU. In order to implement , this condition, it behaves exactly the same as the Z80 CPU, even though it has access to the entire 4 , Z80 CPU architecture's addressing convention in the memory is "least significant byte first, followed , other than 00H, operation of this instruction is identical to the one with the Z80 CPU. Modifying the , 16-bit quantities, and are compatible with the Z80 CPU 16-bit operations. In the Long Word mode, all ... | Original |
3 pages, |
zilog z80 processor Z80 Programming manual Z80 CPU Z380 Zilog Z80 instruction set Z380TM Z380TM abstract |
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| Abstract: Interlaces directly to the Z-80 CPU or-for baud rate generation-to the Z-80 SIO. 8 General The Z-80 CTC , generation. System design is simplified because the CTC connects directly to both the Z-80 CPU and the Z-80 , interrupt enabled during programming. When the Z-80 CPU acknowledges Interrupt Request, the Z-80 CTC places , control logic ensures that the CTC interrupts interface properly with the Z-80 CPU interrupt system. The , IEO Low at the zero count, and generates an INT signal to the Z-80 CPU. When the Z-80_CPU responds ... | OCR Scan |
12 pages, |
4D16 Z80 Programming manual Z80A Z8430 Z80 CTC constant time delay Z8530A Z80 CPU 80a ctc Z8430 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
| Over 1.1 million files (1986-2013): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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| Z80mini3 Z80mini3 Der "endgültige" Z80 Einplatinenrechner Für alle Liebhaber der "guten alten" Z80-CPU ist der Z80mini3 genau die richtige Wahl. Neben dem Z80 CPU Core finden sich weitere Toshiba, der das Herz des Z80mini3 bildet. Nur durch die hohe Integrationsdichte des TMPZ84C015 TMPZ84C015 TMPZ84C015 TMPZ84C015 war es möglich, auf einer Platinenfläche von 81mm x 81mm die Vielzahl von Funktionen unterzubringen, die den Z80 www.datasheetarchive.com/files/elektronikladen/z80mini3.html |
Elektronikladen | 12/01/2003 | 5.71 Kb | HTML | z80mini3.html |
| < > Microprocessor;Z80 ; < > Microprocessor;Z80 ; < > CTC;Z80 ; < > DMA;Z80 Direct Memory Components;DMA-Bausteine;Zilog; < > PIO;Z80 Parallel Interface;Z80 Parallel www.datasheetarchive.com/download/48664731-299145ZC/bae65022linux.tgz |
Kaleidoscope | 22/08/2005 | 11421.08 Kb | TGZ | bae65022linux.tgz |
| < > Microprocessor;Z80 ; < > Microprocessor;Z80 ; < > CTC;Z80 ; < > DMA;Z80 Direct Memory Components;DMA-Bausteine;Zilog; < > PIO;Z80 Parallel Interface;Z80 Parallel www.datasheetarchive.com/download/48664731-299145ZC/bae65022linux.tgz |
Kaleidoscope | 22/08/2005 | 11421.08 Kb | TGZ | bae65022linux.tgz |
| ). */ /* */ /* */ /* Z-80 CPU and Peripherals */ part z80 : dil40 { newattr "$comment" = "Z80 Microprocessor" ; newattr "$commentge" = "Z80 Mikroprozessor" ; newattr "$type" = "Z80" ; newattr "$manufacturer" = "Zilog ,15,12, 8, 7, 9,10,13, 6,24,19,20,21,22,27,28,18,16,17,26,25,23) ; } part z80cpu : dil40 { newattr "$comment" = "Z80 Microprocessor" ; newattr "$commentge" = "Z80 Mikroprozessor" ; newattr "$type" = "Z80" ; newattr "$manufacturer" = "Zilog" ; pin (6,16,17,18,19,20,21,22,23,24,25,26,27,28) ; bus www.datasheetarchive.com/download/48664731-299145ZC/bae65022linux.tgz |
Kaleidoscope | 22/08/2005 | 11421.08 Kb | TGZ | bae65022linux.tgz |
| ;Transputers;Transputers;SGS-Thomson;stm tms9995;dil40;TMS9995 TMS9995 TMS9995 TMS9995;TMS99 TMS99 TMS99 TMS99 16-Bit CPU;TMS99 TMS99 TMS99 TMS99 16-Bit < Instruments;ti tms99105;dil40;TMS99105 TMS99105 TMS99105 TMS99105;TMS99 TMS99 TMS99 TMS99 16-Bit CPU;TMS99 TMS99 TMS99 TMS99 16-Bit < Instruments;ti < > Microprocessor;Z80 ; < > Microprocessor;Z80 ; < > CTC;Z80 ; www.datasheetarchive.com/download/48664731-299145ZC/bae65022linux.tgz |
Kaleidoscope | 22/08/2005 | 11421.08 Kb | TGZ | bae65022linux.tgz |
| _EMULATOR_OPTIONS LINKER_FORMAT DEFAULT AOMF8051 AOMF8051 AOMF8051 AOMF8051(#CPU) AOMF8096 AOMF8096 AOMF8096 AOMF8096(#CPU) ASHLING(#CPU) ASHLING-6301 ASHLING-6301 ASHLING-6301 ASHLING-6301(#CPU) ASHLING-64180 ASHLING-64180 ASHLING-64180 ASHLING-64180(#CPU) ASHLING-6801 ASHLING-6801 ASHLING-6801 ASHLING-6801(#CPU) ASHLING-8080 ASHLING-8080 ASHLING-8080 ASHLING-8080(#CPU) ASHLING-8085 ASHLING-8085 ASHLING-8085 ASHLING-8085(#CPU) ASHLING-z80(#CPU) DEBUG(DBG) EXTENDED-TEKHEX(#CPU) HP(X/L) HP-CODE(X) HP-SYMB(L) INTEL-STANDARD(#CPU) INTEL-EXTENDED(#CPU Enable C+ comments None End_ICC8051 ICC8051 ICC8051 ICC8051 ICCZ80 ICCZ80 ICCZ80 ICCZ80 -v0 Select processor option: Z80 (default) %CLZ80 CLZ80 CLZ80 CLZ80 -v1 - ICCZ80 ICCZ80 ICCZ80 ICCZ80 LinkerExtension: R01 DebugExtension: D01 OutputExtension: A01 Prozessortyp: Z80 www.datasheetarchive.com/files/siemens/mcb/8_bit/3rdtools/iar/iarconfi.iar |
Siemens | 01/09/1994 | 21.58 Kb | IAR | iarconfi.iar |
| */ #define OT_z8 0x0800 /* Zilog z8 */ #define OT_z80 0x0801 /* Zilog z80 */ #define OT_HD64180 HD64180 HD64180 HD64180 0x0802 */ #define OT_68040 0x0520 /* Motorola 68040 */ #define OT_68060 0x0521 /* Motorola 68060 */ #define OT_CPU32 0x0522 /* Motorola CPU32 generic */ #define OT_CPU32P 0x0523 /* Motorola CPU32+ generic _EC040 EC040 EC040 EC040 0x0532 /* Motorola 68EC040 68EC040 68EC040 68EC040 */ #define OT_LC040 LC040 LC040 LC040 0x0533 /* Motorola 68LC040 68LC040 68LC040 68LC040 */ #define OT_CPU00 0x www.datasheetarchive.com/download/48478472-483223ZC/sdsmon07.zip (TARGET.H) |
Motorola | 13/09/1996 | 209.17 Kb | ZIP | sdsmon07.zip |
| */ #define OT_z8 0x0800 /* Zilog z8 */ #define OT_z80 0x0801 /* Zilog z80 */ #define OT_HD64180 HD64180 HD64180 HD64180 0x0802 */ #define OT_68040 0x0520 /* Motorola 68040 */ #define OT_68060 0x0521 /* Motorola 68060 */ #define OT_CPU32 0x0522 /* Motorola CPU32 generic */ #define OT_CPU32P 0x0523 /* Motorola CPU32+ generic _EC040 EC040 EC040 EC040 0x0532 /* Motorola 68EC040 68EC040 68EC040 68EC040 */ #define OT_LC040 LC040 LC040 LC040 0x0533 /* Motorola 68LC040 68LC040 68LC040 68LC040 */ #define OT_CPU00 0x www.datasheetarchive.com/download/28041905-484830ZC/revamon.zip (TARGET.H) |
Motorola | 04/08/1998 | 316.64 Kb | ZIP | revamon.zip |
| Part | Manufacturer | Description | Shortform Datasheet | Ordering |
| Z80CPUCE | Zilog, Inc. | 8-Bit Microprocessor | |
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| Z80CPUCM | Zilog, Inc. | 8-Bit Microprocessor | |
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| Z80CPUCS | Zilog, Inc. | 8-Bit Microprocessor | |
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| Z80CPUPE | Zilog, Inc. | 8-Bit Microprocessor | |
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| Z80CPUPS | Zilog, Inc. | 8-Bit Microprocessor | |
| NTE Electronics Part | Industry Part |
| NTE3880 Buy | Z80CPU Buy |
| NTE3880 Buy | Z80-CPU Buy |
| NTE3880 Buy | Z80-CPUB1 Buy |
| NTE3880 Buy | Z80-CPU-CS Buy |
| NTE3880 Buy | Z80-CPUD1 Buy |
| NTE3880 Buy | Z80-CPU-PS Buy |
| Part | Similar Part | Notes |
| Z80CPU Buy | MK3880N-41R Buy | |
| Z80CPU Buy | UPD780C-0 Buy | |
| Z80CPU Buy | Z8002AB1 Buy | |
| Z80CPU-4 Buy | Z80ACPU Buy |