Electronic Assembly Skills Training and Assessment Equipment 5552SA51 Electrical Engineering lab Equipment

●Performance Requirements:
(1) Versatility: The training stations can be combined to form production lines for various products, equipped with equipment to complete electronic process training. Alternatively, a single unit can be used as a standalone electronic skills training platform.
(2) Comprehensiveness: The unit can be used as a training platform for manual soldering, SMT soldering, electronic assembly, and complete machine assembly and maintenance in electronics, electrical engineering, and other professional courses.
(3) Comprehensive Functionality: The unit provides a regulated power supply, AC low-voltage current source, function generator, buzzer, multi-way socket, voltage regulator, and other equipment, providing a rich resource for measuring and debugging electronic products and developing new products. Fluorescent lighting, a signboard (for document storage), an instrument rack, and a tool rack are also included. ●Main Technical Specifications:
(i) Input Power: Single-phase, three-wire, 220V ±10% 50Hz
(ii) Output Power:
DC regulated power supply: Two 0-30V regulated DC outputs, built-in relay for automatic shifting, multi-turn potentiometer for continuous adjustment, maximum output current 2A, preset current limiting protection, digital display of current and voltage;
(iii) Operating Environment: Temperature range -10°C to +40°C
(iv) Device Capacity: <500VA
(v) Dimensions: 1200mm × 750mm × 2000mm
●Basic Configuration
The training platform consists of a training table, control cabinet, function panel, tool kit, etc.
(i) Training Table: Steel and wood construction, with the top made of anti-static, wear-resistant material.
(ii) Control Cabinet: Provides AC and DC power supplies, signal source, safety sockets, etc. (3) Tool Kit: MF-47 multimeter, wire stripper, needle-nose pliers, diagonal pliers, large and small screwdrivers, small and small screwdrivers, tweezers, scissors, soldering iron, desoldering tool, solder wire, and rosin. (IV) Oscilloscope (school-provided)
●Practical Training Projects
Task 1: Multi-channel buzzer production
1) Identify and measure components of a multi-channel buzzer
2) Read the schematic diagram of a multi-channel buzzer and complete the process documentation
3) Multi-channel buzzer assembly tools and preparatory processes
4) Solder the multi-channel buzzer motherboard
5) Debug the multi-channel buzzer motherboard
6) Inspect the multi-channel buzzer circuit board
Task 2: LED digital electronic clock production
1) Identify and measure components of a LED digital electronic clock
2) Read the schematic diagram of a LED digital electronic clock and complete the process documentation
3) Assembly tools and preparatory processes for a LED digital electronic clock
4) Solder the LED digital electronic clock motherboard
5) Debug the LED digital electronic clock motherboard
6) Inspect the LED digital electronic clock motherboard
Task 3: Six-tube superheterodyne FM radio production
1) Identify and measure components of an FM radio
2) Read the schematic diagram of an FM radio and complete the process documentation
3) Commonly used FM radio assembly tools and preparatory processes
4) Six-tube superheterodyne FM radio motherboard soldering
5) Six-tube superheterodyne FM radio complete unit debugging
6) Six-tube superheterodyne FM radio complete unit inspection
7) Six-tube superheterodyne FM radio complete unit packaging
Task 4: Digital voltmeter production
1) Digital voltmeter component identification and measurement
2) Digital voltmeter schematic reading and process documentation completion
3) Digital voltmeter assembly tools and preparation procedures
4) Digital voltmeter motherboard soldering
5) Digital voltmeter motherboard debugging
6) Digital voltmeter circuit board inspection
Task 5: Solar power generation device production
1) Solar power generation device component identification and measurement
2) Solar power generation device schematic reading and process documentation completion
3) Solar power generation device assembly tools and preparation procedures
4) Solar power generation device motherboard soldering
5) Solar power generation device motherboard debugging
6) Solar power generation device circuit board inspection
Task 6: Six-digit frequency counter production
1) Six-digit frequency counter component identification and measurement
2) Reading the schematic diagram of a six-digit frequency counter and completing process documentation
3) Assembly tools and preparation for a six-digit frequency counter
4) Soldering the mainboard of a six-digit frequency counter
5) Debugging the mainboard of a six-digit frequency counter
6) Inspection of the circuit board of a six-digit frequency counter