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MC68HC11 Datasheet

Part Manufacturer Description PDF Type
MC68HC11 Motorola Single-Chip Microcontrollers Original
MC68HC11 Motorola 8-Bit Microcontrollers Original
MC68HC11 Motorola Port Replacement Unit (PRU) Scan
MC68HC11A0 Motorola 8-Bit Microcontrollers Original
MC68HC11A0 Motorola Single-Chip Microcontrollers (AMCU) Original
MC68HC11A0CFN2 Motorola HCMOS Single-Chip Microcontroller Original
MC68HC11A0CFN3 Motorola HCMOS Single-Chip Microcontroller Original
MC68HC11A0CFNE3 Freescale Semiconductor Embedded - Microcontrollers, Integrated Circuits (ICs), IC MCU 8BIT ROMLESS 52PLCC Original
MC68HC11A0CFU2 Motorola HCMOS Single-Chip Microcontroller Original
MC68HC11A0CFU3 Motorola HCMOS Single-Chip Microcontroller Original
MC68HC11A0CP2 Motorola HCMOS Single-Chip Microcontroller Original
MC68HC11A0CP3 Motorola HCMOS Single-Chip Microcontroller Original
MC68HC11A0FN Motorola 8-Bit Microcontrollers Original
MC68HC11A0FN Motorola M68HC11 Family of microcontroller units (MCUs) Original
MC68HC11A0FN N/A Historical semiconductor price guide (US$ - 1998). From our catalog scanning project. Scan
MC68HC11A0FN1 Motorola 8-Bit Microcontroller Scan
MC68HC11A0P Motorola 8-Bit Microcontrollers Original
MC68HC11A0P N/A Historical semiconductor price guide (US$ - 1998). From our catalog scanning project. Scan
MC68HC11A0P1 Motorola 8-Bit Microcontroller Scan
MC68HC11A1 Motorola 8-Bit Microcontrollers Original
Showing first 20 results.

MC68HC11

Catalog Datasheet MFG & Type PDF Document Tags

MC68HC11

Abstract: LX 2272 Number 84-Pin PLCC - 40° to + 85° C 2 MHz MC68HC11N4CFN2 3 MHz MC68HC11N4CFN3 ! I 4 MHz MC68HC11N4CFN4 80-Pin QFP - 40° to + 85° C 2 MHz MC68HC11N4CFU2 3 MHz MC68HC11N4CFU3 | 4 MHz , MC68HC11N4 high-performance microcontroller unit (MCU) is an enhanced, ROM-based derivative of the MC68HC11K4 , design allows it to operate at frequencies down to dc. Order this document by MC68HC11N4TS/D MC68HC11N4 , /AN7 avdd Pin Assignments for 80-Pin QFP MC68HC11 N4 MC68HC11 N4TS/D MOTOROLA 5 MC68HC11N4
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OCR Scan
M68HC11 LX 2272 74ls121 ic lx 2272 MC68HC11N4CFU4 MC68HC11N4TS/D 1ATX31108-1

iasm11

Abstract: PROGRAMMING THE MC68HC11 an MC68HC11A1 in the resident MCU socket, U2. You may use this chip to program any MC68HC11 A- or , the MC68HC11. For example, use ORG $E000 to tell the assembler to generate the code that follows , development tools for the MC68HC11 A- and E-series microcontrollers. This engineering bulletin applies to , development for these MC68HC11 Family members: A0, A1, A7, A8, E0, E1, E8, E9, 711E9, and 811E2. The EVM , the revisions outlined in design upgrade 9 before attempting to program any of the MC68HC11 devices
Motorola
Original
EB191 M68HC11EVM iasm11 PROGRAMMING THE MC68HC11 evm1130 EVMbug MONITOR EB191/D EVM1130

MC68HC11

Abstract: M68HC11RM MC68HC11 By Janet M. Snyder Austin, Texas Introduction The ideal way to control the reset pin on the MC68HC11 is with a low-voltage inhibit (LVI) circuit. However, many designers want to use an RC circuit, and they wonder why the MC68HC11 Reference Manual Rev. 3 (Motorola document order number M68HC11RM/AD) specifically forbids use of an RC (resistance-capacitance) circuit to reset the MC68HC11. This , on the MC68HC11. This deadlock cannot be resolved, and it may even cause the reset line to oscillate
Freescale Semiconductor
Original
EB195 M68HC11RM motorola an motorola mc68hc11 MC34064 MC34164 EB195/D

MC68HC11

Abstract: brownout reset the MC68HC11. This engineering bulletin explains why a capacitor should never be connected to , on the MC68HC11. This deadlock cannot be resolved, and it may even cause the reset line to oscillate , Configure the Reset Pin on the MC68HC11 By Janet M. Snyder Austin, Texas Introduction The ideal way to control the reset pin on the MC68HC11 is with a low-voltage inhibit (LVI) circuit. However, many designers want to use an RC circuit, and they wonder why the MC68HC11 Reference Manual Rev. 3 (Motorola
Motorola
Original
brownout

MC68HC11

Abstract: MC68HC24 timing for this characteristic differs from the MC68HC11. 2. If this setup time is met, STRB will be , eliminates potential bus conflict problems when this device is used in conjunction with the MC68HC11. To , MC68HC24 enters out of RESET. Both modes properly emulate the action of Ports B and C of the MC68HC11. The , MC68HC11. The MC68HC11 requires either Vqq or a level 1.8x Vqd on the MODB pin to select the operating mode , the MC68HC11 microcomputer (MCU). These ports are lost when the MCU is placed in the expanded or
-
OCR Scan
MC68HC24/D MC68HC01 MC146805E2 ADI1046R2 3ad4 3AD5 MC146805E3 A18615-2

MC68HC11

Abstract: M68HC11evm correspond to the addresses you wish to program in the MC68HC11. For example, use ORG $E000 to tell the , M68HC11EVM is one of the most versatile development tools for the MC68HC11 A- and E-series microcontrollers , EVM can be used to support development for these MC68HC11 Family members: A0, A1, A7, A8, E0, E1, E8 , MC68HC11 devices listed here. NOTE: Do not make these modifications if you intend to program the MC68HC811A8. General Information Hardware Preparation The EVM is shipped with an MC68HC11A1 in the
Motorola
Original
M68HC11EVM/AD7 DSA003655

MC68HC11AOFN

Abstract: MC68HC11AB MOTOROLA SEMICONDUCTOR TECHNICAL DATA Order this document by MC68HC11A8TS/D MC68HC11A8 MC68HC11A1 MC68HC11 AO Technical Summary 8-Bit Microcontrollers Introduction The MC68HC11A8, MC68HC11A1 , interrupt vectors ffff Memory Map MC68HC11 AO, A1, A8 MC68HC11A8TS/D MOTOROLA 9 MC68HC11A8 , ) B it 7 6 5 4 3 2 1 BitO MOTOROLA 10 MC68HC11 AO, A1, A8 MC68HC11A8TS/D MC68HC11A8 Register and , MC68HC11 AO, A1, A8 MC68HC11A8TS/D Parallel Input/Output The MC68HC11A8 has up to 38 input/output lines
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OCR Scan
MC68HC11AOFN MC68HC11AB MC68HC11AOP MC68HC11A1P MC68HC11AO TCON 102A MC68HC11A8TS/D 1ATX30226-4

I8051

Abstract: m/L.E.D Moving Display Board MCU pins. Set LCD contrast according to your needs. PIC, AVR, MC68HC11, i8051, PSoC development , , Pull-down Resistors on Ports Direct Access to Ports page 15 page 16 PIC, AVR, MC68HC11, i8051, PSoC , supply Figure PIC, AVR, MC68HC11, i8051, PSoC development systems www.mikroelektronika.co.yu 1 , dialog will be displayed. Figure Figure PIC, AVR, MC68HC11, i8051, PSoC development systems , board and start to copy driver files to HDD. PIC, AVR, MC68HC11, i8051, PSoC development systems
MikroElektronika
Original
I8051 m/L.E.D Moving Display Board 16f84* max232 7805C1 2 digit 7 segment display pic16f877 DS1820 RS232

MC68HC11

Abstract: MC68HC11 interface board block diagram Contents , The design of the MC68HC11L6 high-performance microcontroller (MCU) is based on the MC68HC11E9 , MC68HC11L6 Memory Map MOTOROLA 8 MC68HC11 L6 BR774/D Bit 7 Registers (Sheet 1 of 2) (The register , (High) TI405 (Low) TCTL1 MC68HC11 L6 BR774/D MOTOROLA 9 MC68HC11L6 Registers (Sheet 2 of 2) Bit 7 , , one of two independent serial I/O subsystems in the MC68HC11L6. It has a standard NRZ format (one
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OCR Scan
MC68HC11 interface board block diagram MC68HC11 control registers 102B MC68HC11L6FN1 A30035 C778I5

MC68HC11

Abstract: M68HC711D3 MC68HC11 for it to echo back. However, 486 33-MHz PCs run so fast that they send the next stream of data before the MC68HC11 has had time to echo the previous stream. Since the PC does not get the correct response from the MC68HC11, it tells GLOADD3 that communications have failed. The end result is that the PC has run through the timing loop so fast that the MC68HC11 did not have time to program the EPROM
Freescale Semiconductor
Original
EB299 M68HC711D3PGMR M68HC711D3 HC11 EB299/D 33-MH

MC68HC11 interface board block diagram

Abstract: SPI EEPROM code flow diagram needs BRIEF OVERVIEW OF THE 68HC11 MICROCONTROLLER The MC68HC11 is a high density CMOS , MC68HC11 to the NM93CSxx Family of EEPROMs through the SPI without any intermediate logic Simple , instruction after which the address in the Protect Register cannot be altered MC68HC11 NM93CSxx INTERFACE CODE DESCRIPTION The assembly code which interfaces the MC68HC11 microcontroller to the NM93CSxx , MC68HC11 to NM93CSxx as a polled routine and as an interrupt driven routine MC68HC11 NM93CSxx
National Semiconductor
Original
AN-909 SPI EEPROM code flow diagram MC68HC11 interface board instruction set microcontroller 68HC11 MC68HC11 interface board hardware NM93Cxx NM93CS NM93C

MC68HC711G5

Abstract: MC68HC11 Considerations for Avoiding Intermittent Programming and Execution Failures with MC68HC11-Windowed EPROM , MC68HC11-windowed EPROM devices when attempting to program them or use them in target applications, these problems , together, causing them to short circuit. Several versions of the MC68HC11 have their PD0/RxD and PD1/TxD , applications where the MC68HC11 is used in special bootstrap mode, this condition will make the MC68HC11 , a zero insertion force socket in applications where the MC68HC11 will be removed (perhaps so that
Motorola
Original
EB303 MC68HC711G5 sewing needle MC68HC711D3FS MC68HC711E9FS MC68HC711K4FS EB303/D MC68HC11-W MC68HC11-

MC68HC11 interface board

Abstract: MC68HC11 Intermittent Programming and Execution Failures with MC68HC11-Windowed EPROM Devices By John Bodnar Austin, Texas Introduction If you are experiencing problems with MC68HC11-windowed EPROM devices when , are being pressed together, causing them to short circuit. Several versions of the MC68HC11 have , be pressed together. In applications where the MC68HC11 is used in special bootstrap mode, this condition will make the MC68HC11 appear as if it has not come out of reset because there will be no
Freescale Semiconductor
Original
motorola better program ZIF socket design guidelines MC68HC711L6FS

mc68hc24p

Abstract: mc146805e2 characteristic differs from the MC68HC11. 2. If this setup time is met, STRB will be acknowledged in the next , with the MC68HC11. To allow a logic analyzer to monitor the internal bus activity of the MC68HC11 , action of Ports B and C of the MC68HC11. The modes are the normal and special test modes. Another , MODB input of the MC68HC11. In normal operation, this special test mode is not used, and the mode pin , Replacement Unit (PRU) The MC68HC24 is a peripheral device w hich replaces ports B and C o f the MC68HC11 m
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OCR Scan
mc68hc24p MC68HC24P MC68HC24VP MC68HC24MP MC68HC24FN MC68HC24VFN MC68HC24MFN

MC68HC11

Abstract: DSA003656 stream to the MC68HC11 for it to echo back. However, 486 33-MHz PCs run so fast that they send the next stream of data before the MC68HC11 has had time to echo the previous stream. Since the PC does not get the correct response from the MC68HC11, it tells GLOADD3 that communications have failed. The end result is that the PC has run through the timing loop so fast that the MC68HC11 did not have time to
Motorola
Original
DSA003656 motorola 852 M68HC711D

hc11e9

Abstract: MC68HC11 , MC68HC11E8, MC68HC11E1, and MC68HC11E0 * microcontrollers. * * CREATED: 11/18/93 * * NOTE: Your comments , , MC68HC11E8, MC68HC11E1, and MC68HC11E0 devices follows. For a complete list, download the file hc11e9h.zip , really necessary to manipulate the memory mapped registers of the MC68HC11. Unfortunately, *(unsigned , SOMEDEVICE *(REGISTER *)(REG_BASE + 0x00) If we leave REG_BASE as 0x1000, then pointers to the MC68HC11's , not actually modify the MC68HC11's INIT register. This must be done by modifying the C compiler
Motorola
Original
EB287 MC68HC MC68HC711E9 hc11e9 11E9/E8/E1/E0 EB287/D

MC68HC11

Abstract: EB284 *) 0x1000 This is all that is really necessary to manipulate the memory mapped registers of the MC68HC11. , 0x0000, then pointers to the MC68HC11's peripheral registers will be addressed at 0x0000 in our source , REG_BASE macro with 0x4000. NOTE: This does not actually modify the MC68HC11's INIT register. This , registers on the MC68HC11D3, MC68HC711D3, and MC68HC11D0 devices: #define PORTA (*(volatile REGISTER , definitions that are used for the register bit fields on the MC68HC11D3, MC68HC711D3, and MC68HC11D0 devices
Freescale Semiconductor
Original
EB284 EB284/D 11D3/D0 MCU11

hc11e9

Abstract: MC68HC11 register bit fields on the MC68HC11E9, MC68HC711E9, MC68HC11E8, MC68HC11E1, and MC68HC11E0 devices , * * DESCRIPTION: Register and bit macro definitions for the * MC68HC11E9, MC68HC711E9, MC68HC11E8, MC68HC11E1 , is all that is really necessary to manipulate the memory mapped registers of the MC68HC11. , leave REG_BASE as 0x1000, then pointers to the MC68HC11's peripheral registers will be addressed at , in the #define REG_BASE macro with 0x4000. NOTE: This does not actually modify the MC68HC11's
Motorola
Original

HC11A8

Abstract: MC68HC11 * * DESCRIPTION: Register and bit macro definitions for the * MC68HC11A8, MC68HC11A7, MC68HC11A1, and MC68HC11A0 , macro definitions are used for the registers on the MC68HC11A8, MC68HC11A7, MC68HC11A1, and MC68HC11A0 , , MC68HC11A7, MC68HC11A1, and MC68HC11A0 devices follows. For a complete list, download the file hc11a8h.zip , registers of the MC68HC11. Unfortunately, *(unsigned char *) 0x1000 is not particularly indicative of the , 0x1000, then pointers to the MC68HC11's peripheral registers will be addressed at 0x1000 in our source
Motorola
Original
HC11A8 EB286/D EB286 MC68HC11A8/A7/A1/A0

HC11E20

Abstract: MC68HC11 memory mapped registers of the MC68HC11. Unfortunately, *(unsigned char *) 0x1000 is not particularly , *(REGISTER *)(REG_BASE + 0x00) If we leave REG_BASE as 0x1000, then pointers to the MC68HC11's peripheral , actually modify the MC68HC11's INIT register. This must be done by modifying your C compiler's run-time , described. Any user already familiar with MC68HC11 assembly language and architecture (a requirement even , : hc11e20.h * * DESCRIPTION: Register and bit macro definitions for the * MC68HC11E20 and MC68HC711E20
Motorola
Original
EB285 HC11E20 DEFINE EB285/D 11E20

MC68HC11

Abstract: NM93CS56 Corporation BRIEF OVERVIEW OF THE 68HC11 MICROCONTROLLER The MC68HC11 is a high density CMOS , interfaces the MC68HC11 to the NM93CSxx Family of EEPROMs through the SPI without any intermediate logic , Register cannot be altered. MC68HC11/NM93CSxx INTERFACE CODE DESCRIPTION The assembly code which interfaces the MC68HC11 microcontroller to the NM93CSxx serial EEPROMs is structured as 10 subroutines: one , provides an example of implementing the MC68HC11 to NM93CSxx as a polled routine and as an interrupt
Fairchild Semiconductor
Original
NM93CS56 93CSXX NM93CS06 NM93CS46 NM93CS66

motorola hc11f1 datasheet

Abstract: MC68HC11 . Any user already familiar with MC68HC11 assembly language and architecture (a requirement even for , This is all that is really necessary to manipulate the memory mapped registers of the MC68HC11 , performs (PORT A on most MC68HC11 devices). The extra typing required to use this memory location can also , SOMEDEVICE to assign the contents of 0x1000 to the variable A. The MC68HC11 has an INIT register which is , these lines could be optimized out of the resulting object code. On the MC68HC11, PORT may point to a
Motorola
Original
EB289 MC68HC11F1 motorola hc11f1 datasheet hc11F1 EB289/D

TMS7002

Abstract: W21L * * PART NUMBER Motorola MC6805S2, S3 MC68HC11 MC68HC05 SPI SPI SPI SPI SCI SCI SCI SCI SCI Synchronous , (MC68HC11) The MC68HC11 has been chosen asan example of an MPU with a dedicated serial port. This MPU , MC68HC11 9 L I NE AR T E C H N O L O G Y CO RP b7E » 5Slfl4bfl 0 G D 8 1 4 4 172 « L T C LTC1292/LTC1297 n p p L ic n u o n s m F o n m n T io n MC68HC11 i I Dout from LT01292 STORED ON MC68HC11 RAM MSB LOCATION #61 0 0 0 0 B11 B10 B9 B8 ANALOG I INPUTS ] SCK LOCATION #62 B7 B6 B5 B4 B3
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OCR Scan
TMS7002 W21L LTC1297 LTC1292

ITE 8721

Abstract: Nippon capacitors .2-15 MC68HC11 P2 TABLE OF CONTENTS MOTOROLA Paragraph Number Title 3 Page Number , .4-3 MOTOROLA TABLE OF CONTENTS MC68HC11 P2 Paragraph Number T itle Page Number 4.2.2 DDRB - , . 5-15 MC68HC11 P2 TABLE OF CONTENTS MOTOROLA Paragraph Number 5.8.1.1 5.8.1.2 5.8.1.3 , . 6-13 MOTOROLA TABLE OF CONTENTS MC68HC11 P2 Paragraph Number T itle 7 S E R IA L P E R , . 9-10 MOTOROLA TABLE OF CONTENTS MC68HC11 P2 Paragraph Number Title Page Number 10
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OCR Scan
ITE 8721 Nippon capacitors MC68HC11P2 MC68HC711P2 C68HC711P2
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