MOLETM DEVELOPMENT SYSTEM
The MOLE (Microcomputer On-Line Emulator) is a low cost development system and emulator for all microcontroller products. These include COPs, and the HPCTM family of products. The MOLE consists of a BRAIN Board, Personali-ty Board and optional host software.
The purpose of the MOLE is to provide the user with a tool to write and assemble code, emulate code for the target microcontroller and assist in both software and hardware debugging of the system.
It is a self contained computer with its own firmware which provides for all system operation, emulation control, com-munication, PROM programming and diagnostic operations.
It contains three serial ports to optionally connect to a termi-nal, a host system, a printer or a modem or to connect to other MOLEs in a multi-MOLE environment.
MOLE can be used in either a stand alone mode or in con-junction with a selected host system using PC-DOS commu-nicating via a RS-232 port.
See AN-456 for more information.
HOW TO ORDER
To order a complete development package, select the sec-tion for the microcontroller to be developed and order the parts listed.
Includes Brain Board Users Manual COP400 Personality Board Users Manual
Manual Number 420408188-001 420408189-001
COP400 MOLE-COPS-IBM Assembler Software
for IBM
COP400 Software Users Manual and Software Disk PC-DOS
424409497-002
Communications Software Users Manual
420040416-001
424410284-001 Programmers Manual 424410284-001
1-4
Description Features Development Tools Commercial Industrial Military
Memory 1/0 Data
Temp Version Temp Version Temp Version Technology Time Typ.5V Max
ROM less Sheet
Micro Size
IrCto +70·C - 40·C to + 85·C - 55·C to + 125·C ROM RAM 1/0 Serial Interrupt Stack Base
Bus Operat. Standby
(Pins) Device Piggyback Page (Bytes) (Digits) Pins 1/0 Counter Power at3.3V
COP413L· COP313L NMOS Low Power 0.5k 32 15 Yes No 2 Level No No 15mW 7.5mW 20 COP401L- 1-70
X13/R13
COP414L· COP314L NMOS Low Power 0.5k 32 15 Yes No 2 Level No No 15mW 7.5mW 20 COP401LN 1-97
COP410L COP310L NMOS Low Power 0.5k 32 19 Yes No 2 Level No No 15mW 7.5mW 24 COP401LN 1·52
COP411L COP311L NMOS Low Power 0.5k 32 16 Yes No 2 Level No No 15mW 7.5mW 20 COP401LN 1-52
COP413C COP313C CMOS Low Power 0.5k 32 15 Yes No 2 Level No No lmW 0.1 mW 20 COP404CN COP444CP 1-83
COP413CH COP313CH CMOS Hi Speed 0.5k 32 15 Yes No 2 Level No No lmW O.lmW 20 COP404CN COP444CP 1-83
COP410C COP310C COP210C (Note 1) CMOS Hi Speed 0.5k 32 19 Yes No 2 Level No No lmW 0.1 mW 24 COP404CN COP444CP 1-37 COP411C COP311C COP211C (Note 1) CMOS Hi Speed 0.5k 32 16 Yes No 2 Level No No lmW 0.1 mW 20 COP404CN COP444CP 1-37 COP420 COP320' NMOS Hi Speed 1.0k 64 23 Yes 1 Source 3 Level Yes Yes 100mW N/AmW 28 COP402N COP420P 1-112
COP421 COP321 NMOS Hi Speed 1.0k 64 19 Yes No 3 Level Yes No 100mW N/AmW 24 COP402N COP420P 1-112
COP422 COP322 NMOS Hi Speed 1.0k 64 16 Yes No 3 Level Yes No 100mW N/AmW 20 COP402N COP420P 1-112
COP424C· COP324C COP224C (Note 2) CMOS Hi Speed 1.0k 64 23 Yes 1 Source 3 Level Yes Yes lmW O.lmW 28 COP404CN COP444CP 1-161 COP425C· COP325C COP225C (Note 2) CMOS Hi Speed 1.0k 64 19 Yes No 3 Level Yes No lmW O.lmW 24 COP404CN COP444CP 1-161 COP426C· COP326C COP226C (Note 2) CMOS Hi Speed 1.0k 64 16 Yes No 3 Level Yes No lmW 0.1 mW 20 COP404CN COP444CP 1-161 COP420L· COP320L NMOS Low Power 1.0k 64 23 Yes 1 Source 3 Level Yes Yes 45mW 9.9mW 28 COP404LSN-5 COP444LP 1-135 ...
0, COP421L· COP321L NMOS Low Power 1.0k 64 19 Yes No 3 Level Yes No 45mW 9.9mW 24 COP404LSN-5 CO P444 LP 1-135 COP422L· COP322L NMOS Low Power 1.0k 64 16 Yes No 3 Level Yes No 45mW 9.9mW 20 COP404LSN-5 COP444LP 1-135 COP440 COP340 NMOS Hi Speed 2.0k 160 35 Yes 4 Sources 4 Level Yes Yes 205mW 9.9mW 40 COP404N COP440R 1-181 COP441 COP341 NMOS Hi Speed 2.0k 160 23 Yes 4 Sources 4 Level Yes Yes 205mW 9.9mW 28 COP404N COP440R 1-181 COP442 COP342 NMOS Hi Speed 2.0k 160 19 Yes 2 Sources 2 Level Yes No 205mW 9.9mW 24 COP404N COP440R 1-181 COP444C· COP344C COP244C (Note 2) CMOS Hi Speed 2.0k 128 23 Yes 1 Source 3 Level Yes Yes lmW 0.1 mW 28 COP404CN COP444CP 1-161 COP445C· COP345C COP245C (Note 2) CMOS Hi Speed 2.0k 128 19 Yes No 3 Level Yes No 1mW 0.1 mW 24 COP404CN COP444CP 1-161 COP444L COP344L NMOS Low Power 2.0k 128 23 Yes 1 Source 3 Level Yes No 65mW 9.9mW 28 COP404LSN-6 COP444LP 1-204 COP445L COP345L NMOS Low Power 2.0k 128 19 Yes No 3 Level Yes No 65mW 9.9mW 24 COP404LSN-6 COP444LP 1-204
Note 1: Datasheet found on page 1-8.
Note 2: Datasheet found on page 1-20.
'Microcontrollers available with Quick-Turns Prototype Post-Metal Programming (PMP).
The 4-Bit COP400 Family COPS Family Development Tools
Description Features
Commercial
Memory 1/0 Supplementary Data
Temp Version Technology Time Micro Typ.5V Max Size Description Sheet
O"Cto +70·C ROM RAM 1/0 Serial Interrupt Stack Base Bus Operat. Standby (Pins) Page
(Bytes) (Digits) Pins 1/0 Counter Power at3.3V
ROM less
COP401 L-X13 NMOS Low Power 0.5k 32 16 Yes No 2 Level No No 100mW 7.5mW 40 Has XT AL Oscillator Option 1-241
COP401 L-R13 NMOS Low Power 0.5k 32 16 Yes No 2 Level No No 100mW 7.5mW 40 Has RC Oscillator Option 1-241
COP401L NMOS Low Power 0.5k 32 16 Yes No 2 Level No No 100mW 7.5mW 40 ROMless Version of COP41 OL 1-227
COP402 NMOS Hi Speed 1.0k 63 20 Yes 1 Source 3 Level Yes No 50mW N/AmW 40 Has Interrupt, No Microbus 1-254
COP402M NMOS Hi Speed 1.0k 63 16 Yes Yes 3 Level Yes Yes 125mW N/AmW 40 No Interrupt, Has Microbus 1-254
COP404LSN-5 NMOS Low Power 1.0k 128 20 Yes 1 Source 3 Level Yes No 125mW N/AmW 40 W/Push-Pull Mem Interface 1-296 COP404 NMOS Hi Speed 2.0k 160 23 Yes 4 Sources 4 Level Yes Yes 35mW 15mW 48 ROM less Version of COP440 1-272
COP404C CMOS Hi Speed 2.0k 128 23 Yes 1 Source 3 Level Yes Yes 1mW 0.1 mW 48 CMOS ROMless Device 1-279
PIGGYBACK
COP420P NMOS Hi Speed 1.0k 64 23 Yes 3 Sources 3 Level Yes No 50mW N/AmW 28 Includes: CPU, RAM, 1/0 1-310
COP444LP NMOS Low Power 2.0k 128 23 Yes 3 Sources 3 Level Yes No 125mW N/AmW 28 and EPROM Socket 1-310
COP444CP CMOS Hi Speed 2.0k 128 23 Yes 1 Source 1 Level Yes Yes 1mW 1mW 28 Will Accept Standard EPROM 1-310
DIAL·A·HELPER
Dial-A-Helper is a service provided by the MOLE (Microcon-troller On-Line Emulator) applications group. It consists of both an electronic bulletin board information system and a method by which applications can take control of a MOLE Development System at a remote site via modem in order to resolve any problems.
INFORMATION SYSTEM
The Dial-A-Helper system provides access to an automated information storage and retrieval system that may be ac-cessed over standard dial-up telephone lines 24 hours a day. The system capabilities include a MESSAGE SECTION (electronic mail) for communications to and from the Micro-controller Applications Group and a FILE SECTION mode that can be used to search out and retrieve application data about NSC Microcontrollers. The user needs as a minimum, a Dumb terminal, 300 or 1200 baud Modem, and a tele-phone.
If the user has a PC with a communications package then files from the FILE SECTION can be down loaded to disk for later use.
Order PIN: MOLE·DIAL·A·HLP Information System Package Contains
DIAL-A-HELPER Users Manual PIN Public Domain Communications Software FACTORY APPLICATIONS SUPPORT
Dial-A-Helper also provides immediate factory applications support. If a user is having difficulty in getting a MOLE to operate in a particular mode or something peculiar is occur-ring, he can contact us via his system and modem. He can leave messages on our electronic bulletin board, which we will respond to, or he can arrange for us to actually take control of his system via modem for debugging purposes.
The applications group can then cause his system to exe-cute various commands and try to resolve the customers problem by actually getting customers system to respond.
Both parties see exactly what is occurring, as it is happen-ing.
This allows us to respond in minutes when applications help is needed.
Voice: (408) 721-5582 Modem: (408) 739-1162
USER SITE
Baud: 300 or 1200 baud Setup: Length: a-Bit
Parity: None Stop Bit: 1 Operation: 24 Hrs. 7 Days
DIAL·A·HELPER
NATIONAL SEMICONDUCTOR SITE
TLlXX/0072-1
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