This learning machine can complete the low-frequency analog electronic technology course experiment. It consists of a DC power supply, a signal source, a circuit development area, and a circuit experiment area, etc. It is equipped with 5 low-frequency experiment boards and two optional breadboards (need to be purchased separately). The outstanding features of this machine are flexible use, easy management and maintenance, and the ability to expand the experimental content at will (the experimental board can be designed separately according to user requirements). We have compiled experimental instructions for users' reference based on different needs. ▲ Technical performance 1. Power input: AC 220V±10% Output: DC ① +1.3V~+15V/0.2A; -1.3V~-15V/0.2A (two channels) continuously adjustable. ② +12V/0.2A; -12V/0.2A (two channels) AC three-tap 14V, 16V, 18V (one set) 2. Signal source: ① Function generator Output waveform: square wave, triangle wave, sine wave Amplitude : Sine wave Vp-p: 0~12V, Square wave Vp-p: 0~24V, Triangle wave Vp-p: 0~24V Frequency range: divided into four levels: 2HZ~20HZ, 20HZ~200HZ, 200HZ~2KHZ, 2KHZ~20KHZ ② DC signal source: dual-channel -0.5V~+0.5V, -5V~+5V (I MAX =1mA), two levels continuously adjustable. 3. Independent potentiometer group: 8 potentiometers 4. Component library: resistors, capacitors, diodes, voltage regulators, various transistors, speakers, integrated voltage regulators, etc. 5. Connectors: Two types are Φ2 self-locking stackable socket and Φ0.5 elastic jack (compatible with breadboard). 6. Circuit experiment board: There are five boards in total, which can complete low-frequency analog electronic circuit experiments (same as A4). 7. Extended experimental area (optional, to be purchased separately): two types of breadboards (origin: Taiwan) ①It is composed of two breadboards spliced together, and the experimental connecting wire is a single-strand wire of Φ0.5; ② A breadboard with lead-out terminals and self-locking experimental connection wires. 8. Experiment box body: Aluminum alloy frame structure, dimensions 500mm×340mm×160mm. ▲Analog circuit experiment content (click to expand) Your browser does not support iframes or is configured not to display iframes. ▲ Recommended teaching materials and required external equipment Recommended textbooks: Analog Circuit Basics Course Textbooks (Not Limited) External instruments: 1. Oscilloscope (20MHz) 2. Signal source (above 100KHz) 3. Frequency meter (above 10MHz) 4. Millivoltmeter (low frequency) 5. Multimeter (3.5 digits)
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