Comprehensive experimental device for the development and application of single-chip microcomputer

Short Description:

Type: BF-HY-5600

1. Input power: AC220V±10% 50Hz

2. Working environment: temperature -10℃ ~ + 40℃ relative humidity <85% (25℃)

3. Device capacity: 200VA

4. Weight: 100Kg

5. Overall dimensions (cm): 160×75×150

6. Hanging box size (mm): 410×240×60

7. Output power: with leakage, short circuit, and overcurrent protection

A. ~220V, output through safety socket

B. DC power supply: ±5V/ 1A ±12V/ 2A


Product Detail

Product Tags

Comprehensive experimental device for the development and application of single-chip microcomputer

Type: BF-HY-5600

1. Input power: AC220V±10% 50Hz

2. Working environment: temperature -10℃ ~ + 40℃ relative humidity <85% (25℃)

3. Device capacity: 200VA

4. Weight: 100Kg

5. Overall dimensions (cm): 160×75×150

6. Hanging box size (mm): 410×240×60

7. Output power: with leakage, short circuit, and overcurrent protection

A. ~220V, output through safety socket

B. DC power supply: ±5V/ 1A ±12V/ 2A

-Intelligent-Equipment-Products-(20)

Feature

The single-chip application training and assessment device is composed of a control panel, an experimental hanging box, and an experimental table. Through this experimental platform, the interface expansion of the single-chip microcomputer, data acquisition, data display, keyboard control, timer, printer interface and other experiments can be completed, and it is equipped with an emulator . Equipped with a current-type leakage protector. If there is leakage in the control panel and the leakage current exceeds a certain value, the power supply will be cut off, which will protect personal safety to a certain extent. The device adopts a modular structure, and it is convenient to replace the experimental module. If you need to expand the function or develop a new experiment, you only need to add the experiment module hanging box, and it will never be eliminated.

Training Contents

1 . Clear memory block
2 . Binary to BCD code conversion
3. Binary to ASCII conversion
4. Program jump table
5. Memory block move
6. Data sorting 7. P1 port input and output experiment
8 . Relay control experiment
9 . Use 74LS244 to read in data
10. Output data with 74LS273
11. Serial data to parallel data
12. Parallel data to serial data
13. PWM conversion voltage experiment
14. Audio control experiment
15. 8255 input and output experiment

20220425125553

Equipment

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Teachers


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