Model: DLAI-DZ106
1. Equipment dimensions: about 1640mm*600mm*1620mm
2. Load capacity: ≤1kVA
3. Working environment: temperature -10℃~+40℃, relative humidity <85% (25℃), altitude <4000m
Model: DLAI-DZ106
1. Equipment dimensions: about 1640mm*600mm*1620mm
2. Load capacity: ≤1kVA
3. Working environment: temperature -10℃~+40℃, relative humidity <85% (25℃), altitude <4000m
Details Introduction
Equipment Overview
The vocational training equipment is composed of an electronic technology assessment platform, an intelligent detection unit, and a skill assessment module, covering basic electrician operations, installation, debugging and measurement of motor control circuits. , Electronic circuit assembly, welding and debugging,electronic circuit drawing and simulation, sensor application circuit installation and debugging, single-chip control circuit installation and debugging skill assessment modules.
At the same time, the vocational training equipment can serve the basics skills of electrical technology, electronic technology Practical work of courses such as basics and skills, electronic measuring instruments and applications, electronic CAD, single-chip microcomputer technology and applications, electronic product structure and technology, and electronic product maintenance.the engineering lab training equipment suits for engineer universities, polytechnics, vocation university etc.
Features
(1) The power supply adopts three-phase five-wire AC power supply with leakage protection;
(2) The electronics lab training equipment has an emergency stop button, a power indicator light and a power supply indicator switch, with a power supply voltage indicator, and a five-hole socket;
(3) Three-phase power output: 1 way, with automatic air switch;
(4) Single-phase power output: 1 way, with automatic air switch;
(5) DC power output: DC1.25~30V; DC±12V, DC±5V;
(6) Low-voltage AC power supply: AC15V, AC7.5V;
Training Projects
- Buzzer experiment
- Marquee experiment
- Nixie tube display experiment
- Lattice experiment
- 1602 Liquid Crystal Experiment
- PS/2 Interface Experiment
- Rotary Encoder Experiment
- Array button experiment
- Eight-bit switch experiment
- Parallel DAC experiment
- Constant current source experiment
- 2.5V Precision Reference Source Experiment
- Serial-to-parallel circuit experiment
- I/O expansion and double tri-state buffer circuit experiment
- Relay Circuit Experiment
- Negative feedback amplifier circuit
- Assembly and Debugging of Integrated Low Frequency Power Amplifying Circuit
Get In Touch
E-mail:
admin@didactic.cnWhatsApp:
+8613615315720Tel:
+86 531 8758 6199