MAGICPRO III Search Results

Magic*PRO III

Abstract: magicPRO PSD100 magicpro III psd3xx WS6032 MAP168 WS6033 CLDCC WS6051
Contextual Info: MagicPro III Memory and PSD Programmer Order # WS6000C Data Sheet and Manual Key Features ❏ Programs WSI memory and PSD products. ❏ Programs 24, 28, 32, and 40-pin standard 600 mil DIP packages or slim 300 mil DIP packages without an adaptor ❏ Programs LCC, PGA, and QFP packaged products by using adaptors.

PSD100

Abstract: PSDsoft object file tutorial Magic*PRO III WSI PSD magicPRO psd3xx 80186 program loading 68HC11 PSD211R WSI microcontroller
Contextual Info: PSD Gold The Complete PSD Development Kit Data Sheet and Manual Key Features ❏ Includes MagicPro III Evaluation Programmer – Programs WSI memory and PSD products. – Programs 24, 28, 32, and 40-pin standard 600 mil DIP packages or slim 300 mil DIP packages without an adaptor

57C49B

Abstract: 57C256f 57C64F WSI 57C191C 57C291B 57C45 Magic*PRO III magicpro III 57C43B WSI 57C43c
Contextual Info: SOFTWARE PROGRAMMING SUPPORT Software Versions All WSI memory products program easily on standard commercially available EPROM programmers. Manufacturers of these EPROM programmers offer a broad range of products which cover prototyping through high volume

S6010

Abstract: Waferscale Integration pac1000 PAC1000 WSI MagicPro II Programmer M/WSI MagicPro II Programmer
Contextual Info: PAC1000 TM WAFERSCALE INTEGRATION, INC. PRELIMINARY HIGH-PERFORMANCE PROGRAMMABLE STANDALONE MICROCONTROLLER PAC KEY FEATURES • High Level Development Tools • High-Performance — System Entry Language (PACSEL™) — Functional Simulator (PACSIM™)

remote control helicopter circuit diagram

Abstract: 32 pin eprom to eprom copier circuit 8031 program reader Magic*PRO III VOICE control elevator magicPRO helicopter remote control design KEYPAD 4 X 3 verilog source code verilog code for stepper motor remote control helicopter circuit diagram 24
Contextual Info: Return to Main Menu Save Power, Product size, Design time and Money! Before I/O LATCH W PLD SRAM EPROM I/O ANY MCU LATCH hen your design requirements exceed the capability of your MCU, add a PSD microcontroller peripheral IC and get many more resources, simplify the design process, and cost reduce

Magic*PRO III

Abstract: magicPRO 68HC912 PSD813F PSD8XXF 80C251 PSD813F1 68hc912 EEPROM erase WSI algorithm D
Contextual Info: Programmable Peripheral Application Note 56 PSD6XX Design is Upward Compatible with Flash PSD813F By Don Buccini Introduction This application note shows how to initially design with the PSD6XX family of programmable MCU peripherals, with the intent of eventually upgrading to the Flash PSD813F. This is

WSI PSD

Abstract: 411A1 magicpro III psd3xx 411A2 magicPRO PSD211R PSD412A2-C-70J psd4xx 12j FAIRCHILD
Contextual Info: Document: WSI-1021 June 26, 1998 Subject: Process Change Notification Device Types: All PSD4XX Family Devices except 413 & 403 Including All PSD & ZPSD Versions Including Both 2.7 Volt and 5.0 Volt Versions Including All Speeds, Packages, and Temperature Ranges

motorola hc11 schematic programmer

Abstract: psd3xx M68HC11 psd4xx MC68HC11a Family PSD311C1 M68HC711 MC68HC11A0 MC68HC11A1 MC68HC11A7
Contextual Info: MOTOROLA Order this document by: A N 1 2 3 7 / D SEMICONDUCTOR APPLICATION NOTE Using M68HC11 Microcontrollers with WSI Programmable Peripheral Devices by Steve Torp - Motorola Semiconductor Karen Spesard - WSI INTRODUCTION Following system development using M68HC711 microcontroller MCU devices with EPROM or one time

PSD311C1

Abstract: psd3xx MC68HC11a Family MC68HC11d0 motorola hc11 schematic programmer M68HC11 psd4xx 2816 rom MC68HC11A MC68HC11A0
Contextual Info: MOTOROLA Order this document by: AN1237/D SEMICONDUCTOR APPLICATION NOTE Using M68HC11 Microcontrollers with WSI Programmable Peripheral Devices by Steve Torp - Motorola Semiconductor Karen Spesard - WSI INTRODUCTION Following system development using M68HC711 microcontroller MCU devices with EPROM or one time

motorola hc11 schematic programmer

Abstract: psd3xx MC68HC11A eeprom programmer schematic PSD311C1 mc68hc11a M68HC11 psd4xx ic rom 2816 MC68HC11a Family MC68HC11A0
Contextual Info: MOTOROLA Freescale Semiconductor, Inc. Order this document by: A N 1 2 3 7 / D SEMICONDUCTOR APPLICATION NOTE Using M68HC11 Microcontrollers with WSI Programmable Peripheral Devices by Steve Torp - Motorola Semiconductor Karen Spesard - WSI Freescale Semiconductor, Inc.

PSD311C1

Abstract: PSD3xx mc68hc11a MC68HC11A eeprom programmer schematic ic rom 2816 M68HC711 magicpro III M68HC11 psd4xx MC68HC11A7
Contextual Info: Order this document by: A N 1 2 3 7 / D Freescale Semiconductor Using M68HC11 Microcontrollers with WSI Programmable Peripheral Devices by Steve Torp - Freescale Semiconductor Karen Spesard - WSI Freescale Semiconductor, Inc. INTRODUCTION Following system development using M68HC711 microcontroller MCU devices with EPROM or one time

Contextual Info: PSD413F Family General Description The PSD4XX series of Field Programmable Microcontroller Peripherals represent a major advance in the evolution of Programmable Peripherals. They combine an innovative architecture with state of the art technology to provide user PROGRAMMABILITY

Contextual Info: Programmable Peripheral PSD100 Preliminary DSP Peripheral with Memory Key Features □ Programmable System Device PSD □ Major System Functions — 128K EPROM — 32K SRAM — Programmable Address Decoder □ Low Power Consumption □ Fully Compatible with TMS320LCXX

Contextual Info: Programmable Peripheral PSD100 DSP Peripheral with Memory Preliminary Key Features □ Programmable System Device PSD □ Major System Functions — 128K EPROM — 32KSRAM — Programmable Address Decoder □ Low Power Consumption □ Fully Compatible with TMS320LCXX

psd301-12l

Abstract: PSD302-20XMB PSD312-12J psd312-12l PSD311-20J PSD311-20JI PSD312-20J PSD312-12-UI wsi magicpro ii PSD311-20
Contextual Info: Programmable Peripheral PSD3XX Family Field-Programmable Microcontroller Peripheral Preliminary Key Features □ □ Single Chip Programmable Peripheral for M icrocontroller-based Applications 19 Individually Configurable I/O pins that can be used as — Block resolution is 4K x 8 or 2K x 16

Contextual Info: Programmable Peripheral PSD100 DSP Peripheral with Memory Preliminary Key Features □ Programmable System Device PSD □ Major System Functions — 128K EPROM — 32K SRAM — Programmable Address Decoder □ Low Power Consumption □ Fully Compatible with TMS320LCXX

PSD311C1-20J

Abstract: Magic*PRO II wsi magicpro ii SC80C451 intel 80C196kb PSD311C1 WSI MagicPro II Programmer
Contextual Info: Programmable Peripheral PSD3XXC1 Family <ïeld-Programmable Microcontroller Peripheral Preliminary Key Features Q □ Single Chip Programi lable Peripheral for Microcontroller-based Applications 19 Individually Configurable I/O pins that can be used as — M icrocontroller I/O port expansion

A15F

Abstract: PSDsoft object file to hex file conversion Magic*PRO III psd4xx 80C31 PSD413A2 wsi Required Programming Algorithm Change
Contextual Info: Programmable Peripheral Application Note 047 Designing with the PSD413F – A PSD with Flash Memory By Ching Lee Introduction The PSD413F is the first member of the PSD family that supports In-System Programming ISP of the main program memory. The architecture is based on the PSD4XX core with

a18f

Abstract: psd813f1 OC314 memory mapping of motorola 68HC11 HC11 MC68HC11 MC68HC11ED0CFN3 PSD813FH PSD813FH-68HC11 PSD813FN
Contextual Info: PSD813FH-68HC11 Design Example Multi-Chip-Module to Monolithic Flash PSD Application Note 051 June, 1998 47280 Kato Road, Fremont, California 94538 Tel: 510-656-5400 Fax: 510-657-8495 800-TEAM-WSI 800-832-6974 Web Site: http://www.wsipsd.com E-mail: info@wsipsd.com

74HC341

Abstract: M68HC11E1 M68HC711E9 M68HC711 68HC24 74hc34 psd3xx bytek M68HC11 PSDSoft
Contextual Info: Programmable Peripheral Application Note 041 Detailed Step-By-Step Design Implementation of an M68HC11 and PSD311 or PSD311R By Steve Torp – Motorola Semiconductor and Karen Spesard – WSI, Inc. Introduction The purpose of this application note is to show the steps involved in moving from an OTP

PSDSoft lpt driver

Abstract: PSDSoft WSI PEP300 PSD3XX flashlink lpt2 magicPRO 80C31 80C51XA PSD813F ZPSD813F1 wsi magicpro ii
Contextual Info: PSDsoft User Manual WSI, Inc. PSDsoft Manual i August 1998 WSI, Inc. has made every attempt to ensure that the information in this document is accurate and complete. However, WSI assumes no liability for errors, or for any damages that result from use of

WSI PEP300 PSD3XX

Abstract: WSI PSD 32 pin eprom to eprom copier circuit wsi magicpro ii ALL07 Motorola intel 80c198 PWM AC MOTOR CONTROl psd5xx 29 pt 8521 philips WS6000C Magic*PRO III
Contextual Info: Programmable Peripherals for Microcontrollers  36' 3UR 3URGGXF XFWW 9LH 9LHZ ZHU RRQQ &&'' 1997, DKR, Rev. 2 1 AT A GLANCE A WSI Overview 36' 3UR 3URGGXF XFWW 9LH 9LHZ ZHU RRQQ &&'' 1996 • 1995 • • 1994 • PSD Sales 1993 • • Founded in 1983

psd813

Abstract: wsi Magic PRO III a17f architecture of 8031 microcontroller Magic*PRO III A14F wsi magic pro PSD813F PSD813F1 PSD813F3
Contextual Info: Programmable Peripheral Application Note 052 PSD813FH-80C31 Design Example Multi-Chip-Module to Monolithic Flash PSD By Mark Rootz Introduction This document presents a Flash-based embedded microcontroller design that features a WSI Flash Programmable System Device PSD and an Intel 80C31. The two chips serve

wsi Required Programming Algorithm Change

Contextual Info: Appendix A The Operation and Programming Algorithm Used In the PSD413F Flash Memory Abstract This Appendix describes the operation and programming algorithm used in the Flash memory inside the PSD413F. Portions of this document are copyrighted by AMD. General