COP8SA-DM National Semiconductor, COP8SA-DM Datasheet - Page 181

• Manufacturer Part Number: COP8SA-DM
• Description: MODULE DEBUGGING FOR COP8SA
• Manufacturer: National Semiconductor

Specifications of COP8SA-DM

• Module/board Type: Debugger Module
• For Use With/related Products: Cop 8
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Other names: *COP8SA-DM

3.1
3.2
The iceMASTER IM-COP8/400 is a full featured, PC based, in-circuit emulation tool
developed and marketed by MetaLink Corporation to support the whole COP8 family of
products. National and National authorized Distributors are resale vendors for these
products.
See Figure 3-1 for the COP8 iceMASTER configuration.
The iceMASTER IM-COP8/400 with its device specific COP8 Probe provides a rich
feature set for developing, testing, and maintaining the product:
• iceMASTER: IM-COP8/400 -- Full featured in-circuit emulation for all COP8 prod-
• COP8 Debug Module: Moderate-cost in-circuit emulation and development pro-
• COP8 Evaluation & Programming Unit: EPU-COP888GG -- low-cost in-circuit
• Assembler: COP8-DEV-IBMA. A DOS installable cross development Assembler,
• C Compiler: COP8C. A DOS installable cross development Software Tool Kit.
• OTP/EPROM Programmer Support: Covering needs from engineering prototype,
• In-factory Programming Support: Covering high volume production OTP pro-
• Real-time in-circuit emulation; full 2.7-5.5V operation range, full DC-10MHz
• Direct connection to application board by package-compatible socket or surface
• Full 32K byte of loadable programming space that overlays (replaces) the on-chip
SUMMARY
ucts. A full set of COP8 Basic and Feature Family device and package specific
probes are available.
gramming unit.
simulation and development programming unit.
Linker, Librarian and Utility Software Development Tool Kit.
pilot production, to full production environments.
grammed devices.
iceMASTER (IM) IN-CIRCUIT EMULATION
clock. Chip options are programmable or jumper selectable.
mount assembly.
ROM or EPROM. On-chip RAM and I/O blocks are used directly or re-created on
the probe as necessary.
DEVELOPMENT SUPPORT
DEVELOPMENT SUPPORT
Chapter 3
3-1