The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
Z8018233ASC00TR Zilog Inc IC Z180 MPU 100LQFP
Z8S18020FEC1960TR Zilog Inc IC Z180 MPU 80QFP
Z8018216ASC00TR Zilog Inc IC Z180 MPU 100VQFP
Z8018006FSC00TR Zilog Inc IC Z180 MPU 80QFP
Z8S18020FSC00TR Zilog Inc IC Z180 MPU 80QFP
Z8018233ASC1838TR Zilog Inc IC Z180 MPU 100VQFP
SF Impression Pixel

Search Stock (118)

  You can filter table by choosing multiple options from dropdownShowing 66 results of 118
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
1212563 - SF-PZ 1-80 Phoenix Contact Shortec Electronics 1,018 - -
1212695 - SF-PZ 1-80 S-VDE Phoenix Contact Shortec Electronics 713 - -
16MCZ1800M10X25 Rubycon Corporation Future Electronics - $0.20 $0.19
25Z1806-1SR Steward, Inc Bristol Electronics 5,000 - -
3EZ180 Diotec Semiconductor AG TME Electronic Components 715 $0.13 $0.05
400Z180FT16T5 American Technical Ceramics Corp Richardson RFPD - $0.38 $0.32
400Z180GT16T American Technical Ceramics Corp Richardson RFPD - $0.29 $0.24
400Z180GT16T American Technical Ceramics Corp Richardson RFPD - $0.23 $0.23
400Z180GT16T American Technical Ceramics Corp Richardson RFPD - $0.60 $0.24
4SWZ180MR09 Rubycon Corporation element14 Asia-Pacific 3,495 $3.79 $2.84
4SWZ180MR09 Rubycon Corporation Newark element14 3,495 $3.78 $1.91
4SWZ180MR09 Rubycon Corporation element14 Asia-Pacific 3,495 $3.79 $2.84
4SWZ180MR09 Rubycon Corporation Farnell element14 3,495 £1.19 £1.15
710-373Z180D Glenair Inc Interstate Connecting Components - - -
710-406Z180 Glenair Inc Avnet - - -
710-406Z180 Glenair Inc Interstate Connecting Components - - -
AM2-Z18-099 Eaton Electrical Master Electronics 3 $153.59 $50.70
AZ180KE Ohmite Mfg Co Allied Electronics & Automation - $16.57 $16.57
B07B932BZ1-8004 TE Connectivity Ltd Master Electronics 12 $331.65 $169.23
B07B932BZ1-8004 TE Connectivity Ltd Chip1Stop 6 $249.00 $224.00
B07B932BZ1-8005 TE Connectivity Ltd Chip1Stop 9 $274.00 $202.00
B07B932BZ1-8005 TE Connectivity Ltd Master Electronics 18 $331.65 $169.23
B07B935BZ1-8017 TE Connectivity Ltd Master Electronics 9 $316.22 $161.35
B07B945BZ1-8025 TE Connectivity Ltd Master Electronics 5 $269.11 $261.55
BSZ180P03NS3EGATMA1 Infineon Technologies AG element14 Asia-Pacific - $1.04 $0.41
BSZ180P03NS3EGATMA1 Infineon Technologies AG Farnell element14 - £0.42 £0.24
CHZ180A-SEB United Monolithic Semiconductors Richardson RFPD 8 $1475.58 $768.54
CTZ180J Cornell Dubilier Electronics Inc Sager - - -
FA-238 24.000000MHZ 18.0 +50.0-50.0 Seiko Epson Corporation Chip1Stop 1,096 $0.35 $0.32
FA-238 28.224000MHZ 18.0 +50.0-50.0 Seiko Epson Corporation Chip1Stop 5 $0.98 $0.98
FA-238V 12.000000MHZ 18.0 +50.0-50.0 Seiko Epson Corporation Chip1Stop 290 $3.62 $1.13
FZ1800R12HE4B9NPSA1 Infineon Technologies AG Rochester Electronics 51 $1103.93 $896.94
FZ1800R12HP4B9NPSA1 Infineon Technologies AG Rochester Electronics 106 $1103.93 $896.94
FZ1800R12KF4S1 Infineon Technologies AG Rochester Electronics 102 $1447.01 $1175.69
FZ1800R12KL4C Infineon Technologies AG Rochester Electronics 63 $1694.64 $1376.90
FZ1800R17HE4B9NPSA1 Infineon Technologies AG Rochester Electronics 8 $1160.53 $942.93
HLW05A2Z180R0JJ Vishay Intertechnologies Avnet - $5.40 $0.87
HZ1806K102R-10 LAIRD PLC element14 Asia-Pacific 9,455 $0.77 $0.20
HZ1806K102R-10 LAIRD PLC Sager - - -
HZ1806K102R-10 LAIRD PLC Avnet - $0.30 $0.20
HZ1806K102R-10 LAIRD PLC Allied Electronics & Automation - $0.31 $0.31
HZ1806K102R-10 LAIRD PLC Farnell element14 9,455 £0.28 £0.14
HZ1806K102R-10 LAIRD PLC Newark element14 9,455 $0.47 $0.25
HZ1806K102R-10 LAIRD PLC element14 Asia-Pacific 9,455 $0.77 $0.20
MA-506 12.000000MHZ 18.0 Epson Electronics America Inc Bristol Electronics 1,676 - -
MA-506 25.000000MHZ 18.0 Seiko Epson Corporation Bristol Electronics 199 - -
MA-50624.576000MHZ18.0±50 Seiko Epson Corporation Bristol Electronics 416 - -
NRSZ180M50V5X11F NIC Components Corp Avnet - $0.03 $0.02
PLTT0805Z1803AGTS Vishay Intertechnologies Farnell element14 - £7.29 £4.31
Q2-Z-1/8-01-MS100FT Qualtek Electronics Corporation Sager - $4.50 $3.43
Q2-Z-1/8-01-QB0.7IN-1000 Qualtek Electronics Corporation Future Electronics - $3.74 $3.54
Q2-Z-1/8-01-QB48IN Qualtek Electronics Corporation Allied Electronics & Automation 396 $0.21 $0.17
Q2-Z-1/8-01-QX50FT Qualtek Electronics Corporation Sager - $3.60 $2.67
Q2-Z-1/8-01-SS500FT Qualtek Electronics Corporation New Advantage Corporation 24 $47.10 $42.82
Q2-Z-1/8-01-SS500FT Qualtek Electronics Corporation Sager - $26.34 $19.95
Q2-Z-1/8-01-SS500FT Qualtek Electronics Corporation Future Electronics 26 $23.55 $20.75
Q2Z-1/8-01-QB4.5IN-1K Qualtek Electronics Corporation Heilind Electronics 17 $16.25 $13.54
Q2Z-1/8-01-QB4.5IN-1K Qualtek Electronics Corporation Interstate Connecting Components 17 $16.25 $13.54
RSZ1800Z Struthers-Dunn Allied Electronics & Automation - $296.22 $269.56
SMZ180 Diotec Semiconductor AG TME Electronic Components 3,790 $0.11 $0.04
TSZZ18/006M Intel Corporation TME Electronic Components 7 $5.15 $4.22
TSZZ18/013M Intel Corporation TME Electronic Components 2 $5.04 $4.11
TSZZ18/022M Intel Corporation TME Electronic Components 2 $6.89 $5.64
VA51S001-1ZZ18-000 Carling Technologies Avnet - $8.19 $4.79
XPZ 1800 ContiTech AG Allied Electronics & Automation - $15.68 $14.11
Z180B Yenyo Technology Company Limited Bristol Electronics 34 $0.75 $0.49

No Results Found

Show More

Z180 datasheet (35)

Part Manufacturer Description Type PDF
Z180 Rectron Semiconductor ZENER SILICON RECTIFIER Original PDF
Z180 ZiLOG Z80185/Z80195 Development Kit User Manual Original PDF
Z180 ZiLOG Break Detection on Z80180 and Z181 Application Note Original PDF
Z180 ZiLOG Z80S180/Z80L180 Product Specification Original PDF
Z180 ZiLOG Migrating from Z80180 to Z8S180 Application Note Original PDF
Z180 ZiLOG Z180 Family Questions and Answers Application Note Original PDF
Z180 ZiLOG Z8018100ZCO Development Kit Product Specification Original PDF
Z180 ZiLOG Addendum to the Z80182 Evaluation Board User Manual Original PDF
Z180 ZiLOG Technical Consideration When Implementing Localtalk Link Access Protocol Application Note Original PDF
Z180 ZiLOG Improving Memory Access Timing in the Z182 Application Note Original PDF
Z180 ZiLOG Z8018x MPU Family User Manual Original PDF
Z180 ZiLOG Z8018101ZCO LLAP Evaluation Board Product Specification Original PDF
Z180 ZiLOG Z80185/Z80195 User Manual Original PDF
Z180 ZiLOG Z180 C-Compiler User Manual Original PDF
Z180 ZiLOG Z8S180 Emulator User Manual Original PDF
Z180 ZiLOG High Performance PC Communication Port Using the Z182 Application Note Original PDF
Z180 ZiLOG Z8S180000ZEM Emulator Product Specification Original PDF
Z180 ZiLOG Z182 Programming the 16550 Mimic Core Autoecho Application Note Original PDF
Z180 ZiLOG Interfacing Memory and I/O to the 20 MHz Z8S180 System Application Note Original PDF
Z180 ZiLOG Migrating from the Hitachi HD64180 to ZiLOGs Z80180 Application Note Original PDF

Z180 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2008 - 27C56

Abstract: Zilog Z180 Z180 55257 programs of Z180 microprocessor Z80 SCC Z85C3010VSC 74HCT z180 controller Z85C30
Text: ) · · Z180 and I/O · Table 1 on page 2 lists the Z180's basic timing elements for the opcode , Interrupt Request (/INT) to the Z180. When the processor is ready to service the interrupt, it shows an , out0 ld c,sar0l b,dstat - sar0l ;initialize z180's scc ; initdma: a,00001100b (dmode),a , Application Note The Z180 Interfaced with the SCC at 10 MHz AN009602-0808 Abstract This Application Note describes how to build a simple system to prove and test Zilog's Z180 Microprocessor Unit


Original
PDF AN009602-0808 Z80180 Z85C30 Z8018010VSC Z18is 27C56 Zilog Z180 Z180 55257 programs of Z180 microprocessor Z80 SCC Z85C3010VSC 74HCT z180 controller
1997 - zilog z80

Abstract: z80 microprocessor zilog z80 microprocessor family zilog z80 microprocessor applications z80 microprocessor applications zilog z80 microprocessor application Z180 z80 processor architecture zilog z80 processor z180 controller
Text: . Generation #1: Introducing Three Cores The three Z80 technologies, known as Z80®, Z180TM , and Z380TM, are , /instrMIN , addressed 64 KB and operated at 10 MHz. The Z180 and the static S180TM executes 3 cycles/instrMIN. This gives the Z180 an immediate 33 percent performance increase compared to the Z80. The S180 , real-time, embedded controller applications. Z80, Z180 , Z382 Selection Guide Focus Area Typical , Modem, ISDN, GSM Z180 , Z18X Z85230, C30, Z16C30, C32 Z182, Z189, Z382 Z382 Embedded Control


Original
PDF Z80/Z180/Z380 Z80/Z180 zilog z80 z80 microprocessor zilog z80 microprocessor family zilog z80 microprocessor applications z80 microprocessor applications zilog z80 microprocessor application Z180 z80 processor architecture zilog z80 processor z180 controller
1997 - 8259 Interrupt Controller z80

Abstract: Z80SIO HD64180 HD64180Z 8259 Interrupt Controller applications of 8259 how DAA instruction works Z180 LS74 HD64180R0
Text: ANSWERS MARCH 1994 This application note contains the most commonly asked questions about the Z180. , (Rotate Left/Right Digit), Z180's flag will reflect the contents of the memory location pointed by HL , functionality of R register the same as Z80 CPU's? A: No. Z180's R register is counting M1 cycles, and there , from the Z80 CPU's? A: Yes. Z180's refresh mechanism is "periodic refresh" and the refresh period , ? A: Yes. It is a good idea to use Z180's new I/O instructions for that purpose (These instructions


Original
PDF HD64180R0/R1 HD64180Z HD64180R0 AN006601-0201 AN971800100 8259 Interrupt Controller z80 Z80SIO HD64180 8259 Interrupt Controller applications of 8259 how DAA instruction works Z180 LS74
Not Available

Abstract: No abstract text available
Text: Z180™ MPU Core* - O n -C h ip 1 M B yte M M U Tw o E nh an ced UART C h an nels (up to 51 2 K b p , internal /MREQ and /RD signals are active. Z180™ MPU DMA Signals /TEND0. Transfer End 0 (outputs , or write operation. These inputs can be pro­ grammed to be either level or edge sensed. Z180™ MPU UART and SIO Signals Z180™ MPU Timer Signals CKAO, CKA1. Asynchronous Clock 0 and 1 , Signals EV1, EV2. Emulation Select (Input). These two pins determine the emulation mode the Z180 MPU is


OCR Scan
PDF Z80189/Z8L189
1996 - TDA 3529

Abstract: 27C56 Z80180 Z8530 Z8018010VSC Z180 74HCT 27C256 Z85C3010VSC Y630000
Text: Z180-to-memory interface. Basic goals of this system design are: Z180 to Memory Interface s System , Table 1 shows the Z180's basic timing elements for the opcode's fetch/memory read/write cycle. s , 14. Z180 to SCC Interface Logic (Example) 6-42 AN009601-0601 Application Note The Z180TM , , the SCC makes an Interrupt Request (/INT) to the Z180. When the processor is ready to service the , Z180TM Interfaced with the SCC at MHZ Table 13 shows a "macro" to enable the Z180 to use the Z80


Original
PDF Z180TM AN009601-0601 TDA 3529 27C56 Z80180 Z8530 Z8018010VSC Z180 74HCT 27C256 Z85C3010VSC Y630000
1999 - z8l180 z8s180

Abstract: 8S180
Text: PRELIMINARY PRODUCT SPECIFICATION Z8S180/Z8L180 ENHANCED Z180 MICROPROCESSOR OFFERS FASTER , Z180TM design also incorporates additional feature enhancements to the ASCIs, DMAs, and STANDBY mode , reduced by allowing the use of lower-cost, lower-frequency crystals. The Enhanced Z180 is housed in 80 , Z8S180/Z8L180 Enhanced Z180 Microprocessor ZiLOG GENERAL DESCRIPTION (Continued) Power connections , WR M1 RD ST E ZiLOG Z8S180/Z8L180 Enhanced Z180 Microprocessor PIN


Original
PDF Z8S180/Z8L180 16-Bit 68-Pin 64-Pin 80-Pin DS006001-ZMP0399 z8l180 z8s180 8S180
2000 - Z180ZDS0100ZCC

Abstract: z180 controller Z180 Z380 Z180-B zilog c compiler z180boot
Text: )\ z180inits.o test.o generates test.ld and test.map. OPTIMIZATION LEVELS The Z180 C-Compiler allows the , Z180ZDS0100ZCC Z180 C-Compiler User Manual UM004300-COR0200 ZiLOG Worldwide Headquarters · , . A startup program named z180boot.s is included on the installation diskette. This program clears , value. For example: #include #include < z180.h > volatile int gprtCount; #pragma interrupt , www.ZiLOG.com Z180 C-Compiler User Manual ii This publication is subject to replacement by a later


Original
PDF Z180ZDS0100ZCC UM004300-COR0200 Z180ZDS0100ZCC z180 controller Z180 Z380 Z180-B zilog c compiler z180boot
1997 - SL1832

Abstract: 180MPU Z80 instruction set Z8S180 Z8L189 Z80189 Z180 S180 Z80180 ev1 hints
Text: Decode s PC DMA Mailbox Registers s Speed (MHz) 33 20 Fully Static Z180TM MPU Core* ­ , internal /MREQ and /RD signals are active. Z180TM MPU DMA Signals /TEND0. Transfer End 0 (outputs , or write operation. These inputs can be programmed to be either level or edge sensed. Z180TM MPU UART and SIO Signals Z180TM MPU Timer Signals CKA0, CKA1. Asynchronous Clock 0 and 1 , two pins determine the emulation mode the Z180 MPU is in. They are as follows: EV2 EV1 Normal mode


Original
PDF Z80189/Z8L189 16-Bit Z180TM DS971890301 PS009901-0301 SL1832 180MPU Z80 instruction set Z8S180 Z8L189 Z80189 Z180 S180 Z80180 ev1 hints
1997 - Z80180

Abstract: Z80182 Z80180 technical manual Zilog z180 Z8018233FSC Zilog 85230 ESCC technical manual z182 Z180 mpu Z180 Z8018233ASC
Text: identical to the Z180. For more details about each transaction, please refer to the Product Specification , to the Product Specification/Technical Manual for the Z180. s Operation Code Fetch Cycle s , Z8S180 MPU - Code Compatible with Zilog Z80®/ Z180TM CPU - Extended Instructions - Operating Frequency , ESCC 85230 Ch. B and Port A Z180 Signals or Port B Note: Conventional use of the term "MPU side" refers to all interface through the Z180 MPU core and "PC side" refers to all interface through


Original
PDF Z80182/Z8L182 Z8S180 /Z180TM 16-Bit 32-Bit 100-Pin DS971820600 PS009801-0301 Z80180 Z80182 Z80180 technical manual Zilog z180 Z8018233FSC Zilog 85230 ESCC technical manual z182 Z180 mpu Z180 Z8018233ASC
1999 - ZILOG Z180

Abstract: Z80 mapped techniques example of programming of z80 family z80 microprocessor z80 microprocessor family E4000-H limitation of Z180 processor Z80 zilog Z180 SASM180
Text: to a common paging area. This method is very prominent in the ZiLOG's Z180-Class 8-bit Processors , White paper: Unlimited code and data support for the ZiLOG® Z80 & Z180 family of microprocessors , data support for program development. These tools, along with ZiLOG's high performance Z180 processors, extend the life of these 8-bit processors. ZiLOG's Z180 Family Peripherals and Processor Performance a Platform for Users to Innovate The Z180 is ZiLOG's second generation Z80 based processor family. Building


Original
PDF
1997 - 8259 Interrupt Controller z80

Abstract: Zilog Z80 instruction set LS74 Z80SIO HD64180R0 8259 Interrupt Controller UFO Systems LS32 HD64180Z Z80 CPU
Text: QUESTIONS AND ANSWERS This application note contains the most commonly asked questions about the Z180. , Digit), Z180's flag will reflect the contents of the memory location pointed by HL register, while Z80 , register the same as Z80 CPU's? A: No. Z180's R register is counting M1 cycles, and there is no , 's? A: Yes. Z180's refresh mechanism is "periodic refresh" and the refresh period can be programmed and , use Z180's new I/O instructions for that purpose (These instructions force A15-A8 to 0). Q: What


Original
PDF HD64180R0/R1 HD64180Z HD64180R0 AN971800100 8259 Interrupt Controller z80 Zilog Z80 instruction set LS74 Z80SIO 8259 Interrupt Controller UFO Systems LS32 Z80 CPU
baud option bbr

Abstract: 8L180 zilog 64180 z80 microprocessor memory management IN4747 DS006000-Z800199 z180 controller Z8S180 Z80180 Z64180
Text: DATA SHEET Z8S180/Z8L180 ENHANCED Z180 MICROPROCESSOR OFFERS FASTER EXECUTION, POWER-SAVER , Z180ª design also incorporates additional feature enhancements to the ASCIs, DMAs, and I CC STANDBY , instead of higher-cost, higher-speed oscillators. The Enhanced Z180 is housed in 80-pin QFP, 68-pin PLCC , operations than the previous model, it has DS006000-Z800199 1 Z8S180/8L180 Enhanced Z180 , Figure 1. Z8S180/Z8L180 Functional Block Diagram 2 DS006000-Z800199 Z8S180/8L180 Enhanced Z180


Original
PDF Z8S180/Z8L180 16-Bit 68-Pin 64-Pin 80-Pin 00FFH 00COH 00BFH 008OH 007OH baud option bbr 8L180 zilog 64180 z80 microprocessor memory management IN4747 DS006000-Z800199 z180 controller Z8S180 Z80180 Z64180
Not Available

Abstract: No abstract text available
Text: < 2 > 2 iL O S Z80182/Z8L182 Z ilog Intelligent P eripheral Z180™ CPU SIGNALS A19-AO , R E L I M I N A R Y < 5 > 2 iL C E Z ilog Intelligent P eripheral Z180” CPU SIGNALS , /REF signal of the Z64180. Z180” MPU UART AND SIO SIGNALS CKAO, CKA1. Asynchronous Clocks Oand 1 , operation. This input can be programmed to be either level or edge sensed. Z180™ MPU TIMER SIGNALS , rise-time input. The ESCC™ detects transitions on this input and can interrupt the Z180” MPU on either


OCR Scan
PDF Z8S180MPU /Z180~ 16-Bit 32-Bit 100-Pin Z80182/Z8L182 Z8L182 Z80182 Z8L18220ASC Z8L18220FSC
1997 - SAR17-16

Abstract: z80 qfp SL1919 Z180 Z80180 Z8L180 zilog z80 z8l180 z8s180 baud option bbr
Text: PRELIMINARY PRODUCT SPECIFICATION 1 Z80180/Z8S180/ Z8L180 SL1919 1 ENHANCED Z180 , faster execution speeds, power saving modes, and EMI noise reduction. This enhanced Z180 design also , higher cost, and higher speed oscillators. The Enhanced Z180 is housed in 80-pin QFP, 68-pin PLCC, and 64-pin DIP packages. DS971800401 PRELIMINARY 1-1 Z80180/Z8S180/Z8L180 Enhanced Z180 , Functional Block Diagram 1-2 PRELIMINARY DS971800401 Z80180/Z8S180/Z8L180 Enhanced Z180


Original
PDF Z80180/Z8S180/ Z8L180 SL1919 16-Bit Z80180/Z8S180/Z8L180 DS971800401 SAR17-16 z80 qfp SL1919 Z180 Z80180 zilog z80 z8l180 z8s180 baud option bbr
Z80 CPU PHYSICAL DIMENSIONS LCC

Abstract: SL1919 Z180 Z80180 Z8L180 64180 Z64180 IN4747 z8l180 z8s180
Text: Preliminary product Specification Z80180/Z8S180/ Z8L180 SL1919 Enhanced Z180 Microprocessor , now offers faster execution speeds, power saving modes, and EMI noise reduction. This enhanced Z180 , cost, and higher speed oscillators. The Enhanced Z180 is housed in 80-pin QFP, 68-pin PLCC, and 64 , Z80180/Z8S180/Z8L180 Enhanced Z180 Microprocessor Zilog Notes: All Signals with a preceding front , Z80180/Z8S180/Z8L180 Enhanced Z180 Microprocessor PIN DESCRIPTION vss IZ XTAL IZ EXTAL 1= /WAIT IZ


OCR Scan
PDF Z80180/Z8S180/ Z8L180 SL1919 16-Bit 68-Pin 64-Pin 80-Pin Z80180/Z8aterial Z80180/Z8S180/Z8L180 Z80180 Z80 CPU PHYSICAL DIMENSIONS LCC SL1919 Z180 64180 Z64180 IN4747 z8l180 z8s180
27C56

Abstract: 55257 Z8018010VSC Z8500 Z180 Z85C30 Z8530 Z80180 74HCT zilog z85c3010vsc
Text: Application Note The Z180TM Interfaced with the SCC at MHZ INTERFACES s Z180 and I/O s Z180 , mind, the discussion begins with the Z180-to-memory interface. Basic goals of this system design , Memory write cycle (Figure 3) s Minimum parts count Table 1 shows the Z180's basic timing , Figure 2. Z180 Memory Read Cycle Timing (One Wait State) 6-27 7 Application Note The Z180TM , 27 24 Figure 8. Z180 I/O Write Cycle Timing 6-32 21 Application Note The Z180TM


Original
PDF Z180TM Z80180 Z85C30 Z8018010VSC Z85C3010terrupt. 27C56 55257 Z8500 Z180 Z85C30 Z8530 74HCT zilog z85c3010vsc
1997 - Z180 mpu

Abstract: Z80180 Z80180-MPU Z80180 technical manual Z8S180 Z8L182 Z85230 Z80182 Z182 ESCC technical manual z182
Text: identical to the Z180. For more details about each transaction, please refer to the Product Specification , to the Product Specification/Technical Manual for the Z180. s Operation Code Fetch Cycle s , Z8S180 MPU - Code Compatible with Zilog Z80®/ Z180TM CPU - Extended Instructions - Operating Frequency , . B and Port A Z180 Signals or Port B Note: Conventional use of the term "MPU side" refers to all interface through the Z180 MPU core and "PC side" refers to all interface through the16550 MIMIC


Original
PDF Z80182/Z8L182 Z8S180 /Z180TM 16-Bit 32-Bit 100-Pin DS971820600 Z180 mpu Z80180 Z80180-MPU Z80180 technical manual Z8L182 Z85230 Z80182 Z182 ESCC technical manual z182
1997 - IA-7

Abstract: Z180 mpu S180 Z180 Z80180 Z80189 Z8L189 Z8S180
Text: UART 16550 16550 I/O 24 24 Speed (MHz) 33 20 Fully Static Z180TM MPU Core* ­ ­ ­ ­ , . Z180TM MPU DMA Signals /TEND0. Transfer End 0 (outputs, active Low). This output is asserted active , be either level or edge sensed. Z180TM MPU UART and SIO Signals Z180TM MPU Timer Signals , (Input). These two pins determine the emulation mode the Z180 MPU is in. They are as follows: EV2 EV1 Normal mode, on-chip Z180 bus master. Emulation Adapter Mode Emulator Probe Mode Reserved System


Original
PDF Z80189/Z8L189 Z180TM 16-Bit DS971890301 IA-7 Z180 mpu S180 Z180 Z80180 Z80189 Z8L189 Z8S180
1997 - Z180

Abstract: Z181 Z182 Z80180 Z8018100ZCO Z8S180 01000000B Z800 zilog Z80 CTC
Text: usually generate interrupt at both the start and the end of the break sequence. Z180'S BEHAVIOR , APPLICATION NOTE Zilog Z180'S BEHAVIOR RELATIVE TO THE BREAK SEQUENCE (Continued) M + 4.0 < T < M + 5.0 , possible way to time the duration. Knowing the Z180's behavior also makes it possible to detect break , on-chip Z80 CTC can be used. Z180's interrupts from the on-chip UART are handled through vectored , il im As discussed, the Z180's UARTs do not have an automatic break detection circuit; however


Original
PDF Z80180 Z80180, Z8S180) 16-bit AN971800300 Z180 Z181 Z182 Z8018100ZCO Z8S180 01000000B Z800 zilog Z80 CTC
1997 - 16550 initialization

Abstract: z182 S180 Z180 Z80182 Z8S180 Z8S180 Z180 MPU AN9718
Text: data) between the PC and Static Z180. Therefore, much higher performance can be achieved using the , programmed and managed by the Static Z180. This application note was written to address the Mimic programming requirements of the Static Z180. It is advised that the user become familiar with the Z182 device by reviewing , data it will generate an interrupt to the Static Z180. The FIFOTHR interrupt service routine , PC writes data to Mimic's THR FIFO, a THR interrupt is generated to the Static Z180. FIFO


Original
PDF ECHOZ182 Z8S180 Z80182 AN971800500 AN006801-0201 16550 initialization z182 S180 Z180 Z8S180 Z180 MPU AN9718
1997 - Not Available

Abstract: No abstract text available
Text: Z8S180 MPU - Code Compatible with Zilog Z80®/ Z180™ CPU - Extended Instructions - Operating , be either level or edge sensed. Z180™ MPU TIMER SIGNALS T OUT. Timer Out (output, active High , on this input and can interrupt the Z180™ MPU on either logic level transitions. /CTSA is , ensures that the ASCI channel 0 of the Z180™ MPU is enabled to transmit data. Table 4. Multiplexed , -Bit) A18 /TOUT /RESET EXTAL XTAL Ø /IORQ software compatibility with existing Z180™


Original
PDF Z80182/Z8L182 Z8S180 /Z180â 16-Bit 32-Bit 100-Pin. DS971820600 PS009801-0301
Not Available

Abstract: No abstract text available
Text: (MHz) Fully Static Z180™ MPU Core* - On-Chip 1 MByte MMU - Two Enhanced UART Channels (up to 512 , /WR signals are active. Z180™ MPU UART and SIO Signals CKAO, CKA1. Asynchronous Clock 0 and 1 , channel. RXA1. Received Data ASCI Channel 1. TXA1. Transmitted Data ASCI Channel 1. Z180™ MPU DMA , edge sensed. Z180™ MPU Tim er Signals Tout- Timer Out (Output, active High). Tout is the pulse , emulation mode the Z180 MPU is in. They are as follows: EV2 EV1 ModeO 0 0 Mode 1 Mode 2


OCR Scan
PDF Z80189/Z8L189 Z80189 Z8L189 16-Bit 100-VQFP DS971890301 Z8018933FSC
Not Available

Abstract: No abstract text available
Text: , the Internal Z180 / CTSO Is always driven Low. This ensures that the ASCI channel 0 of the Z180™ , PERIPHERAL CONTROLLER (ZIP™) FEATURES ■Z8S180 MPU - Code Com patible with Zilog Z80®/ Z180™ , . Z180™ MPU TIMER SIGNALS T 0ut Timer Out (output, active High). Tout Is the pulse output from PRT , odate slow rise-time Input. The ESCC™ detects transitions on this input and can Interrupt the Z180™ , S180 MPU Block Diagram of the Z182. This allows 100% software com patibility with existing Z180™


OCR Scan
PDF Z80182/Z8L182 Z8S180 /Z180â 16-Bit 32-Bit 100-Pin 51system
1997 - Z181

Abstract: Z180 Z182 Z80180 Z8018100ZCO Z8S180 zilog ctc Z800 zilog
Text: usually generate interrupt at both the start and the end of the break sequence. Z180'S BEHAVIOR , BREAK D ETECTION APPLICATION NOTE Zilog Z180'S BEHAVIOR RELATIVE TO THE BREAK SEQUENCE (Continued , using Tx interrupt is one possible way to time the duration. Knowing the Z180's behavior also makes it , . On the Z181, the on-chip Z80 CTC can be used. Z180's interrupts from the on-chip UART are handled , * * * * * * ld im As discussed, the Z180's UARTs do not have an automatic break detection circuit; however


Original
PDF Z80180 Z80180, Z8S180) 16-bit AN971800300 AN006201-0201 Z181 Z180 Z182 Z8018100ZCO Z8S180 zilog ctc Z800 zilog
180MPU

Abstract: No abstract text available
Text: and 5.0-Volt Operating Ranges 0°C to +70°C Temperature Range Fully Static Z180TM MPU Core* O n , when both the internal /MREQ and /WR signals are active. Z180TM MPU DMA Signals /TEND0. Transfer , . These inputs can be pro grammed to be either level or edge sensed. Z180TM MPU UART and SIO Signals , CSIO channel. RXA1. Received Data ASCI Channel 1. TXA1. Transmitted Data ASCI Channel 1. Z180TM MPU , , EV2. Emulation Select (Input). These two pins determine the emulation mode the Z180 MPU is in. They


OCR Scan
PDF Z80189/Z8L189 100-Pin Z180TM DS971890301 180MPU
Supplyframe Tracking Pixel