Sino Wealth SH69P461/P862/P842/P822/P802/P801 EVB Application Notes

SH69P461/P862/P842/P822/P802/P801 EVB Application Notes introduces the functions and usage of SH69P461/P862/P842/P822/P802/P801 EVB.


Sino Wealth SH69P461/P862/P842/P822/P802/P801 EVB Application Notes - cover page
Brand
SINO
Category
Other Electronics
Document type
Application Note
Language
English
Pages
9
File format
PDF
File size
69 KB
Published
02 April, 2012
Updated
30 September, 2023
MD5 checksum
8A79DDEE4BA89E0FCD5D0BAA77DD8EEC

About this manual

The SH69P461/P862/P842/P822/P802/P801 EVB is an evaluation board used to develop and test applications for the SH69 series micro‑controller chips. It supports two operation modes: ICE mode, where the board connects to a mother‑board via the ICE interface, and stand‑alone mode, where a Flash or EPROM holds the program.

The document describes the board's connector layout, jumper and switch settings, diagnostic LEDs, oscillator options, and detailed programming and interrupt handling notes. It also provides revision history and hardware limits such as the maximum current the board can supply.

What's inside

  • Introduction
  • Operation Modes
  • Connector Overview
  • Switch and Jumper Settings
  • Diagnostic LEDs
  • Oscillator Configuration
  • Programming Guidelines
  • Interrupt Handling
  • Timer and I/O Notes
  • Revision History

Specifications

External VCC input voltage (stand‑alone mode)5 V ± 5 %
Maximum current limit supplied to target100 mA

Frequently asked questions

What are the two configuration modes of the SH69P461/P862/P842/P822/P802/P801 EVB?

The board can operate in ICE mode, where it connects to a motherboard via the ICE interface, or in stand‑alone mode, where a Flash or EPROM stores the program.

How do you select stand‑alone mode on the EVB?

Short JP4 and set S1 to select stand‑alone mode; the on‑board RC oscillator will then provide the system clock.

What is the maximum current the EVB can supply to a target device?

The board can supply up to 100 mA; higher currents require an external power supply.

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