Sunplus SPCE061A Experiment Instrument V2.0.2 Manual

SPCE061A experiment instrument user manual, introduces the features, application areas, experiment instructions, accompanying software, hardware structure and interface applications, system self-inspection operation, experiment instrument demonstration program operation, and experiment instrument packing list.


Brand
SPCE061A
Category
Other Computer Accessories
Document type
User Manual
Language
Chinese
Pages
29
File format
PDF
File size
1.6 MB
Updated
30 September, 2023
MD5 checksum
E4CAD9B32630041721047C5217589240

About this manual

The SPCE061A Experiment Instrument is an educational development platform built around the Sunplus SPCE061A 16‑bit SOC microcontroller. It combines hardware resources and software tools for learning microcontroller programming, signal acquisition, audio processing and more.

The manual covers the system overview, hardware structure and interface specifications, self‑test operation, demonstration program usage, a full list of 42 experiments with source code, and the packing list. It also includes schematics, part numbers and contact information for support. This manual is written in Chinese.

What's inside

  • System Overview
  • Hardware Structure and Interface Applications
  • System Self‑Test Operation
  • Experiment Instrument Demonstration Program
  • Experiment Directory
  • Packing List

Specifications

MicrocontrollerSunplus SPCE061A 16‑bit SOC
I/O Voltage Options5 V or 3.3 V selectable
Adjustable Analog Output0 V – 3.3 V
Communication InterfacesRS232 and USB
Display128×64 back‑lit LCD (driver SPLC501)
Audio OutputTwo‑channel audio via SPY0030A power amp
Microphone InputMIC input with built‑in AGC and OPI
External StorageSPR4096 flash/SRAM expansion chip

Frequently asked questions

What microcontroller does the SPCE061A experiment instrument use?

It uses the Sunplus SPCE061A 16‑bit SOC microcontroller.

What display is built into the instrument?

A back‑lit 128×64 dot‑matrix LCD driven by the SPLC501 chip.

What power‑supply voltages are available for I/O pins?

The I/O pins can be powered at either 5 V or 3.3 V.

How can the instrument be connected to a PC?

It provides both an RS232 serial port and a USB interface for PC communication.

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