The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LTC2916CTS8-1#TRPBF Linear Technology LTC2916 - Voltage Supervisor with 9 Selectable Thresholds and Manual Reset Input; Package: SOT; Pins: 8; Temperature Range: 0°C to 70°C
LTC2930CDD#TRPBF Linear Technology LTC2930 - Configurable Six Supply Monitor with Adjustable Reset Timer, Manual Reset; Package: DFN; Pins: 12; Temperature Range: 0°C to 70°C
LTC2916CTS8-1#TRMPBF Linear Technology LTC2916 - Voltage Supervisor with 9 Selectable Thresholds and Manual Reset Input; Package: SOT; Pins: 8; Temperature Range: 0°C to 70°C
LTC2930CDD#PBF Linear Technology LTC2930 - Configurable Six Supply Monitor with Adjustable Reset Timer, Manual Reset; Package: DFN; Pins: 12; Temperature Range: 0°C to 70°C
LTC2916CDDB-1#TRPBF Linear Technology LTC2916 - Voltage Supervisor with 9 Selectable Thresholds and Manual Reset Input; Package: DFN; Pins: 8; Temperature Range: 0°C to 70°C
LTC2916ITS8-1#TRPBF Linear Technology LTC2916 - Voltage Supervisor with 9 Selectable Thresholds and Manual Reset Input; Package: SOT; Pins: 8; Temperature Range: -40°C to 85°C

80c32 code manual Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2001 - PSDSoft

Abstract: INTEL 80C32 AN1178 80c32 code manual boot loader st file AN1153 PSD Easyflash AN1153-JTAG PSD813F1 PSD813F
Text: will do. The 80C32 must execute the code that controls the IAP process from an independent memory , algorithms (IAP loader code ) will be unavailable to the 80C32 . It is absolutely necessary to use an , KBytes Host Computer Alternate Memory for ISP Loader Code 80C32 CPLD Communication Channel , to hold the ISP boot loader code , 80C32 interrupt vectors, and common firmware functions. For this , illustrated in the enhanced design of Section 4. The boot memory holds the following vectors and code : 80C32


Original
PDF AN1178 80C32/PSD8XX PSD813F 80C32 PSDSoft INTEL 80C32 AN1178 80c32 code manual boot loader st file AN1153 PSD Easyflash AN1153-JTAG PSD813F1
1993 - 80C32

Abstract: 62256 RAM 70M05 62*256 ram MAX186 MAX188 MAX186EVSYS-DIP MAX186EVKIT-DIP MAX186DCPP DG413DJ
Text: routine stored in the 27C64 EPROM to download special 80C32 code for each kit. The downloaded code , board has a 27C64 EPROM containing code for initializing the 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code initializes the 80C32 , determines the , program code for the various Maxim EV kits that use the 80C32 module as the controller. Programs are , _Features o Includes EV Kit and 80C32 µC Module Using the EV system, the MAX186 input multiplexer can


Original
PDF MAX186 80C32 80C32 62256 RAM 70M05 62*256 ram MAX188 MAX186EVSYS-DIP MAX186EVKIT-DIP MAX186DCPP DG413DJ
6264 RAM

Abstract: 74CT573 6264* ram D25 connector MAX233 IC,12 BIT BINARY COUNTER 6264 8051 external RAM ic 6264 6264 28pin ROM 6264
Text: ROM code written for the 80C32 controller; the other is a program written in C that runs on an , future package updates. ROM Firmware The 80C32 code was written using the AVOCET 8051 Assembler. The , printed circuit board has an 80C32 microprocessor controlling the MAX155 analog-to-digital converter , €ž_ RxD — WAICHMKj FNABLt MMUH MAXZii 80C32 DAI A BUS — I r ADDRISS LATCH Jv — -U J1 MANUAL RESET V)N _ 6V IO 12V AUXbM MM667 _ 1/ ADDRFSS BUS ADDRESS DECODE OOOOH 3i


OCR Scan
PDF 80C32 MAX155 RS-232 MAX660, MAX660 74HCT245 6264 RAM 74CT573 6264* ram D25 connector MAX233 IC,12 BIT BINARY COUNTER 6264 8051 external RAM ic 6264 6264 28pin ROM 6264
1996 - 70M05

Abstract: MAX186 MAX186DCPP 80C32 MAX186EVSYS-DIP MAX186EVKIT-DIP ICL7660CPA DG413DJ 80C32MODULE-DIP 62256 RAM
Text: 27C64 EPROM to download special 80C32 code for each kit. The downloaded code controls the EV kit and , board has a 27C64 EPROM containing code for initializing the 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code initializes the 80C32 , determines the , program code for the various Maxim EV kits that use the 80C32 module as the controller. Programs are , ) connected to a Maxim 80C32 microcontroller (µC) module. The unit connects to an IBM-compatible personal


Original
PDF MAX186 80C32 80C32 ReferencAX186 MAX186 70M05 MAX186DCPP MAX186EVSYS-DIP MAX186EVKIT-DIP ICL7660CPA DG413DJ 80C32MODULE-DIP 62256 RAM
1996 - 62256 RAM

Abstract: 8051 62256 62*256 ram
Text: routine stored in the 27C64 EPROM to download special 80C32 code for each kit. The downloaded code , DESCRIPTION Memory The board has a 27C64 EPROM containing code for initializing the 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code initializes the 80C32 , used to hold program code for the various Maxim EV kits that use the 80C32 module as the controller , to a Maxim 80C32 microcontroller (µC) module. The unit connects to an IBM-compatible personal


Original
PDF MAX186 80C32 MAX186 62256 RAM 8051 62256 62*256 ram
1996 - 80c32 code manual

Abstract: 80C32 80C32 Intel INTEL 80C32 INTEL 80C32, specification update 80C52 270646-008 80C54 87C58 87C54
Text: 80C32 , 8xC52, 8xC54, 8xC58 SPECIFICATION UPDATE Release Date: December, 1996 Order Number: 272935-002 The 80C32 , 8XC52, 8xC54, 8xC58 may contan design defects or errors known as errata. Characterized errata that may cause the 80C32 , 8XC52, 8xC54, 8xC58's behavior to deviate from published , , INTEL CORPORATION ii December, 1996 272935-002 80C32 , 8xC52, 8xC54, 8xC58 SPECIFICATION , .8 272935-002 December 4, 1996 i 80C32 , 8xC52, 8xC54, 8xC58 SPECIFICATION UPDATE


Original
PDF 80C32, 8xC52, 8xC54, 8xC58 8xC58 80c32 code manual 80C32 80C32 Intel INTEL 80C32 INTEL 80C32, specification update 80C52 270646-008 80C54 87C58 87C54
1999 - 8051 microcontroller block diagram

Abstract: DS80C320 user manual 8051 microcontroller block diagram details SAB-C504 SAB-C502 SAB-C501 PLCC-44 DS80C320 COM20051 80C32
Text: 's Manual describes the board's design and functions. Precise specifications for the 80C32 , enclosed microcontroller manual . The microMODUL-8051 described herein is based on the standard 80C32 , company microMODUL-8051 In this manual are descriptions for copyrighted products which are not , manual The information in this document has been carefully checked and is believed to be entirely , resulting from the use of this manual or its associated product. PHYTEC Meßtechnik GmbH reserves the right


Original
PDF microMODUL-8051 L-168e D-55135 8051 microcontroller block diagram DS80C320 user manual 8051 microcontroller block diagram details SAB-C504 SAB-C502 SAB-C501 PLCC-44 DS80C320 COM20051 80C32
2001 - external RAM ic 6264

Abstract: 74CT573 MAX233 28PIN IC MAX155 evaluation kit 27C64 ROM 6264 ram 6264 with microprocessor IC-724 maxim 8051 microcontroller with built in ADC 40
Text: ROM 80C32 J2 RAM MAX155 INPUTS ADDRESS BUS 5V 0000H3FFFH MAX696 J1 MANUAL , EV kit is divided into two elements. One is the ROM code written for the 80C32 controller. The , power supply. The 80C32 code was written using the AVOCET 8051 Assembler. The output code is stored in a 27C64 EPROM placed on the MAX155 EV kit board, The EPROM code initializes the 80C32 after a , 8channel, 8-bit data-acquisition system. The printed circuit board has an 80C32 microprocessor controlling


Original
PDF MAX155 80C32 RS-232 MAX155EVKIT MAX155 external RAM ic 6264 74CT573 MAX233 28PIN IC MAX155 evaluation kit 27C64 ROM 6264 ram 6264 with microprocessor IC-724 maxim 8051 microcontroller with built in ADC 40
1998 - motorola 7805 ACT

Abstract: 7805 5V REGULATOR IC THREE TERMINAL 10K SIP Resistor MC68HC16Z1CFC16 MOTOROLA 78M05 7805 voltage regulator 3v 62256 MAX147BCPP 78M05 pinout u2 7805 regulator IC
Text: module and EV kit. The program uses a routine stored in the 27C64 EPROM to download special 80C32 code , 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code , Complete Evaluation System Convenient Test Points Provided On-Board Data-Logging Software Source Code , DESCRIPTION MAX147 Evaluation Kit (MAX147EVKIT-DIP) 80C32 µC Module (80C32MODULE-DIP) MAX147 Stand-Alone , system consisting of a MAX147 evaluation kit (EV kit) and a Maxim 68HC16 or 80C32 microcontroller (µC


Original
PDF MAX147 MAX147EVKIT-DIP MAX147EVC16-DIP MAX147EVC32-DIP 80C32 motorola 7805 ACT 7805 5V REGULATOR IC THREE TERMINAL 10K SIP Resistor MC68HC16Z1CFC16 MOTOROLA 78M05 7805 voltage regulator 3v 62256 MAX147BCPP 78M05 pinout u2 7805 regulator IC
1998 - ttl crystal oscillator using 74hct04

Abstract: 78M05 pinout motorola 7805 ACT socket 2X20 pin 7805 5V REGULATOR IC THREE TERMINAL 62256 sram application note HCT08 -74 IC6 7805 MC68HC16Z1CFC16
Text: program uses a routine stored in the 27C64 EPROM to download special 80C32 code for each kit. The , has a 27C64 EPROM containing code for initializing the 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code initializes the 80C32 , determines the , program code for the various Maxim EV kits that use the 80C32 module as the controller. Programs are , MAX147 evaluation kit (EV kit) and a Maxim 68HC16 or 80C32 microcontroller (µC) module. IBM PC-compatible


Original
PDF MAX147 68HC16 80C32 80C32 ttl crystal oscillator using 74hct04 78M05 pinout motorola 7805 ACT socket 2X20 pin 7805 5V REGULATOR IC THREE TERMINAL 62256 sram application note HCT08 -74 IC6 7805 MC68HC16Z1CFC16
1998 - PXC52

Abstract: atmel 89c55 intel 80c535 n User Manual Hitex AX51 Emulator HITEX TELETEST 51 89C2051 APPLICATIONS SDA30C164 80c31 code manual MX51-B atmel 89C51 user manual
Text: Systems 3 · Technical Data 3 · On-Site Upgrade via Access Code 4 Adaptation Cable for , " Application Manual . In addition, the necessary connecting cables (power and serial connection) are provided , . The different MX variants can be easily upgraded via access code . The frequencies listed in the , processor (part of the delivery) or the target hardware processor is used. Ordering code Function Max , 256K 256K Execution profiler yes yes yes yes yes yes yes Code banking


Original
PDF MCS-251® PLCC68 8x930H APX930A 8x930A PP251 PXC52 atmel 89c55 intel 80c535 n User Manual Hitex AX51 Emulator HITEX TELETEST 51 89C2051 APPLICATIONS SDA30C164 80c31 code manual MX51-B atmel 89C51 user manual
1999 - 80C154

Abstract: fc01h 8051 microcontroller interface with rs485 RS485 INTERFACE WITH 8051 SAB-C504 SAB-C502 SAB-C501 PLCC-44 DS80C320 user manual COM20051
Text: 's Manual describes the board's design and functions. Precise specifications for the 80C32 , enclosed microcontroller manual . The microMODUL-8051 described herein is based on the standard 80C32 , company microMODUL-8051 In this manual are descriptions for copyrighted products which are not , manual The information in this document has been carefully checked and is believed to be entirely , resulting from the use of this manual or its associated product. PHYTEC Meßtechnik GmbH reserves the right


Original
PDF microMODUL-8051 L-168e D-55135 80C154 fc01h 8051 microcontroller interface with rs485 RS485 INTERFACE WITH 8051 SAB-C504 SAB-C502 SAB-C501 PLCC-44 DS80C320 user manual COM20051
1997 - RAM 62256

Abstract: MAX233CPP 62256 RAM 78m05 8051 microcontroller Assembly language program MAX190 62*256 ram 80C32 CERAMIC DISK CAPACITOR 80C32MODULE-DIP
Text: stored in the 27C64 EPROM to download special 80C32 code for each kit. The downloaded code controls the , board has a 27C64 EPROM containing code for initializing the 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code initializes the 80C32 , determines the , program code for the various Maxim EV kits that use the 80C32 module as the controller. Programs are , system) consists of a MAX191 evaluation kit (EV kit) connected to a Maxim 80C32 microcontroller (µC


Original
PDF MAX191 80C32 MAX190 RAM 62256 MAX233CPP 62256 RAM 78m05 8051 microcontroller Assembly language program 62*256 ram CERAMIC DISK CAPACITOR 80C32MODULE-DIP
2008 - 62*256 ram

Abstract: 80C32 62256 RAM INTEL 80C32 80c32 code manual MAX186DCPP MAX186EVSYS-DIP ICL7660CP DG413DJ 80C32MODULE-DIP
Text: 80C32 code for each kit. The downloaded code controls the EV kit and, together with the program , board has a 27C64 EPROM containing code for initializing the 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code initializes the 80C32 , determines the , program code for the various Maxim EV kits that use the 80C32 module as the controller. Programs are , system (EV system) consists of a MAX186 evaluation kit (EV kit) connected to a Maxim 80C32


Original
PDF MAX186 80C32 80C32 MAX186 62*256 ram 62256 RAM INTEL 80C32 80c32 code manual MAX186DCPP MAX186EVSYS-DIP ICL7660CP DG413DJ 80C32MODULE-DIP
1993 - 62256 RAM

Abstract: ram 62256 ICL7660 8051 microcontroller Assembly language program MR Connector intel 8051 40 pin datasheet DIP SWITCH 10 PIN CERAMIC DISK CAPACITOR 1K x 8 static ram MAX191
Text: program that is transferred to the 80C32 module and controls the MAX191 converter. Both the source code , routine stored in the 27C64 EPROM to download special 80C32 code for each kit. The downloaded code , board has a 27C64 EPROM containing code for initializing the 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code initializes the 80C32 , determines the , program code for the various Maxim EV kits that use the 80C32 module as the controller. Programs are


Original
PDF MAX191 80C32 80C32 62256 RAM ram 62256 ICL7660 8051 microcontroller Assembly language program MR Connector intel 8051 40 pin datasheet DIP SWITCH 10 PIN CERAMIC DISK CAPACITOR 1K x 8 static ram
1997 - 62256 RAM

Abstract: ram 62256 62*256 ram 0.1uF 16V Ceramic Disk Capacitor 8051 Family with internal ADC kits
Text: special 80C32 code for each kit. The downloaded code controls the EV kit and, together with the program , CS1 CS2 CS3 Memory The board has a 27C64 EPROM containing code for initializing the 80C32 and , ) static RAM is used to hold program code for the various Maxim EV kits that use the 80C32 module as the , evaluation system (EV system) consists of a MAX191 evaluation kit (EV kit) connected to a Maxim 80C32 , (MAX191EVKIT-DIP) if the 80C32 module (80C32MODULE-DIP) has already been purchased separately or with another Maxim


Original
PDF MAX191 80C32 MAX190 62256 RAM ram 62256 62*256 ram 0.1uF 16V Ceramic Disk Capacitor 8051 Family with internal ADC kits
u574

Abstract: 74HCT7266 MXM 3 CONNECTOR 27C64 ROM 74HCT138 6264l 6264* ram 40PIN IC 2N7000 1N5817
Text: in the Firmware Structure section of this manual . Memory for the 80C32 includes a 27C64 8kbyte ROM , calls the function associated with the request code . 80C32 /MAX180 Interface The MAX180 is connected to , Description The MAX 180 evaluation kit (EV kit) presents an 80C32 -based design that demonstrates the , , which includes source code , can be easily modified to fit particular applications. The MAX180 EV kit , -Channel Data-Acquisition System _- ♦ Proven Printed Circuit Board Layout ♦ Debugged Software Source Code ♦


OCR Scan
PDF 80C32-based MAX180, 12-bit MAX180 RS-232 u574 74HCT7266 MXM 3 CONNECTOR 27C64 ROM 74HCT138 6264l 6264* ram 40PIN IC 2N7000 1N5817
max132 interface 8051

Abstract: MAX132 6264 EPROM max132 application STATIC RAM 6264 80C32 74HCT373 74HCT138 1N4001 80C32 register
Text: -bit DAS. 8kbytes of EPROM contain the 80C32 program code , and an additional 8kbytes of CMOS RAM is , Supply Operation ♦ IBM-Compatible Software Included ♦ Complete 80C32 Code Listing Provided , software consists of two elements. One ^ is the 80C32 code stored in the EPROM. The other is the S , supplied ^ with the kit contains the source file for the 80C32 code , the S SERCOMM program, and , located, then type "SERCOMM". EPROM Firmware The 80C32 code was written using an 8051 assembler from


OCR Scan
PDF MAX132 80C32 MAX699 MAX233 RS-232 18-bit max132 interface 8051 6264 EPROM max132 application STATIC RAM 6264 74HCT373 74HCT138 1N4001 80C32 register
74hct266

Abstract: 6264LP 27C64 ROM 6264LP-15 6264l 300BD 74HC74 mte maxim 74HC373 GP Batteries 1604A
Text: connected to the 80C32 with the jaP's 8-bit data bus and communicates serially. The following code sequence , _EV Kit General Description The MAX190 evaluation kit (EV kit) presents an 80C32 -based hardware , ♦ Proven Printed Circuit Board Layout ♦ Debugged Software Source Code ♦ Operates from a , 10Okil 9-resistor SIP S1 1 Switch, SPST 1 C&K7101SD9ABE U1 1 74HCT138 U2 1 80C32 -P U3 1 74HCT393 , trouble-shooting guide in this manual . 8. Enter a T for a list of available commands. 9. Connect the input


OCR Scan
PDF MAX190 80C32-based 12-bit RS-232 MAX191 MAX190, 74hct266 6264LP 27C64 ROM 6264LP-15 6264l 300BD 74HC74 mte maxim 74HC373 GP Batteries 1604A
1997 - MC68HC16Z1CFC16

Abstract: 10K SIP Resistor 3FW 94 3FW 59 80C32MOD-ULE-DIP RAM 62256 lcd 2X20 MAX147EVKIT-DIP MAX147EVC32-DIP MAX147
Text: Data-Logging Software Source Code Provided Fully Assembled and Tested _Ordering Information , Kit (MAX147EVKIT-DIP) 80C32 µC Module (80C32MODULE-DIP) _MAX147 Stand-Alone EV Kit The , MAX147 evaluation kit (EV kit) and a Maxim 68HC16 or 80C32 microcontroller (µC) module. IBM PC-compatible software provides a handy user interface to exercise the MAX147's features. Source code is , the EV kit if the 68HC16 or 80C32 µC module was purchased previously with another Maxim EV system


Original
PDF MAX147 10-pin MAX147BCPP MAX872CPA MAX393CPE MAX666CPA MAX495C3? 80C32 MC68HC16Z1CFC16 10K SIP Resistor 3FW 94 3FW 59 80C32MOD-ULE-DIP RAM 62256 lcd 2X20 MAX147EVKIT-DIP MAX147EVC32-DIP
2000 - k1404

Abstract: transistor k1404 TX-2B RX-2B remote control tx-2b rx 2b DML4 tx-2b equivalent DML4 Calibration RX-2B TX-2B RX-2B, TX-2B
Text: power supply. s Operating temperature range: ­40 °C to +85 °C. s Integrated 80C32 , .17 6.1 80C32 Microcontroller Module ( 80C32 Block) .17 6.2 Program Address Space , Using the Lucent 80C32 6.12.1 Port , ) .30 7.3.2 Automatic EOC (AUTOEOC) Mode .30 7.3.3 Manual EOC Mode , . 93 12.1 PWM Manual /Timer Operation Mode. 94 12.2 PWM Auto Operation (Sine) Mode


Original
PDF T9000 T9000 Hz--200 DS01-037ISDN DS00-181ISDN) k1404 transistor k1404 TX-2B RX-2B remote control tx-2b rx 2b DML4 tx-2b equivalent DML4 Calibration RX-2B TX-2B RX-2B, TX-2B
80c31 code manual

Abstract: 8031 serial software interface pc 80C451 64 80C552 assembly motorola TR16 EMUL51 TR16 motorola intel OMF 386
Text: source code CPU registers Internal data and Special Function Registers External data Watch variables in C , and full on-line manual . 3.0 3.1 Specific Features Source Level Debugging Using high level language for code generation is a way to cut development time. Therefore the EMUL51-PC gives full support for debugging directly in C, PL/M or Pascal source code . This eliminates the need for paper listings. Breakpoints can be marked directly in the source code window. The user can single step through the program


OCR Scan
PDF EMUL51-PC RS232-C 80C451 83/80C552 80C552 80C562 83/87C751 80c31 code manual 8031 serial software interface pc 80C451 64 80C552 assembly motorola TR16 EMUL51 TR16 motorola intel OMF 386
1995 - ram 62256

Abstract: DATA SHEET OF 11.0592MHZ CRYSTAL OSCILLATOR 80C32 register 11.0592mhz crystal oscillator 62256 RAM MAX110CPE datasheet of max233 STATIC RAM 62256 74hct139 80C32
Text: test its RAM. 8) To download and run the RAM resident code on the 80C32 module, press ALT+L (i.e , . Refer to the section Activating Shutdown Mode. Begin downloading code to 80C32 . Start the Control , 27C64 EPROM to download special 80C32 code for each kit. The downloaded code controls the EV kit and , board has a 27C64 EPROM containing code for initializing the 80C32 and downloading additional program code to the 62256 RAM. After a reset, the EPROM resident code initializes the 80C32 , determines the


Original
PDF MAX110 80C32 MAX111. MAX111, ram 62256 DATA SHEET OF 11.0592MHZ CRYSTAL OSCILLATOR 80C32 register 11.0592mhz crystal oscillator 62256 RAM MAX110CPE datasheet of max233 STATIC RAM 62256 74hct139
90c52

Abstract: 80C52F mhs 80C32 mhs80c32 r21b mhs 80C32 30 80c32s MHS-C51 T016 80C52
Text: , #data 64 2 XRL A, #data 65 2 XRL A, data addr Il MHS 5-64 80C32 /Rev.1.0 80C32 /80C52 HEX CODE NUMB. OF , A, R3 80C32 /Rev.1.0 5-65 IH RMS 80C32 /80C52 HEX CODE NUMB. OF BYTES MNEM. OPERANDS cc 1 XCH A, R4 CD , October 1992 DATA SHEET 80C32 /80C52 CMOS SINGLE-CHIP 8 BIT MICROCONTROLLER 80C32 : ROMLESS VERSION OF THE 80C52 80C32 /80C52:0 T012 MHz 80C32 /80C52-1 :0 T016 MHz 80C32 -S/80C52-S : 0 TO 20 MHz 80C32 , , AUTOMOTIVE AND MILITARY INTRODUCTION MHS's 80C52 and 80C32 are high performance CMOS versions of the 8052


OCR Scan
PDF 80C32/80C52 80C32 80C52 80C32/80C52-1 80C32-S/80C52-S 80C32/90C52-L 80C52F 80C52) 90c52 80C52F mhs 80C32 mhs80c32 r21b mhs 80C32 30 80c32s MHS-C51 T016
SAB 80C32-P

Abstract: siemens sab 80C32-P 80C32-16-P
Text: 80C52/ 80C32 Ordering Information Type O rdering code Package Description (8-Bit CMOS m , SAB 80C52/ 80C32 Instruction Op Codes in Hexadecimal Order (cont’d) Hex code Num , SIEMENS 8-Bit CMOS Microcontroller SAB 80C52/ 80C32 Preliminary S A B 80C 52/80C 52-16 , icrocontroller for external ROM S A B 80C52-T40/85, S A B 80C32 -T40/85 extended tem perature range: -4 0 to + 85 °C (for 12 MHz) S A B 80C 52-T 40/110, S A B 80C32 -T40/110 extended tem


OCR Scan
PDF 80C52/80C32 52/80C 32/80C 80C52-T40/85, 80C32-T40/85 80C32-T40/110 80C52-16-T40/85, 80C32-16-T40/85 52-16-T40/110, 32-16-T40/110 SAB 80C32-P siemens sab 80C32-P 80C32-16-P
Supplyframe Tracking Pixel