QPS3203S Programmable DC Power Supply DC to DC Output 32V 3A Voltmeter Ammeter with Communication

QPS3203S Programmable DC Power Supply DC to DC Output 32V 3A Voltmeter Ammeter with Communication

Description:
As a programmable digitally controlled step-down power supply, it boasts small size, high power, high efficiency and stable operation. The power supply is controlled by a 32-bit microprocessor, which can accurately set and display various physical parameters such as voltage and current. Its output voltage and output current can be adjusted and detected by a host computer and computer communication. Therefore, it is an ideal power supply for debugging, repair, and experimentation.

Features:
- 1.8" 65K true color monitor displays data in a comprehensive and clear way. There are three display modes to switch; wide application range
- Refined and durable. It adopts six silicone buttons (can be used more than 100,000 times) and multi-function encoder, which is convenient to adjust parameters and easy to use
- The shell of the instrument is made of high-end all-aluminum with full body oxidation sandblasting, and an intelligent temperature-controlled fan is used inside, ensuring excellent heat dissipation performance
- The host computer software is developed based on the language for LABVIEW to help you realize human-machine communication

Package Included:
- 1 x QPS3203S Power Supply
- 1 x USB Communication Cable
- 1 x 15V Input Cable

1. Output voltage
2. Output current
3. Output power
4. Cumulative energy/capacity
5. Runtime
6. Fan start/stop
7. Buzzer ON/OFF
8. Temperature inside the device
9. Parameter save/recall address bits
A. Set current
B. Set the voltage
C. Display constant voltage/constant current/protection status
D. Display the power switch status
E. Key lock status indication
F. Input voltage


This mode is very suitable for daily mobile phone computer or home appliance maintenance. The startup status and running status of the maintenance product can be judged through the voltage and current progress bars. The working condition of the system can also be judged by the maximum current captured dynamically

1. Progress bar of output current
2. Output current value
3. Progress bar of output voltage
4. Output voltage value
5. Collected maximum current


In this mode, the blue one is the voltage curve, and yellow is the current curve

1. Start/stop for curve refresh
2. Actual output voltage
3. Actual output current
4. Refresh time of waveform


1. Parameter options
2. Parameters
3. Corresponding parameter protection function switch status