Item Description
The constant voltage and constant current programmable control power supply module put the collection of analog integration and digital control functions in one. Its adjustable output voltage range is 0-32.00V, step by 0.01V. Its adjustable output current range is 0-5.000A, step by 0.001A. This module has power-down stored function and can store 10 groups preset value. And it also has the function of extracting quickly two groups stored value. Compared with the traditional analog power supply, it is more convenient to quickly extract the voltage or current required. LCD display on the module has the function digital voltmeter and ammeter. You can view the preset voltage, input voltage, output voltage, the preset current, output current, output power, etc. on the output state remind area, you can see that output opens or not, the state of constant voltage and constant current, output is normal or not, the key is locked or not, and the current data groups that is being used. On the setting data interface, you can adjust overvoltage value, overcurrent value, over-power value, data set and LCD brightness. This module has many advantages, small size, advanced function, good visual effect, high operability, high-precision, being used independently, being inset into the device and been widely applied.
Product Specifcations
Version: No Communication
Material: Plastic, metal
Color: Show as pictures
Input voltage range: 6.00-40.00V
Output voltage range: 0V-32.00V
Output current: 0-5.000A
Output power range: 0-160.0W
Product Weight: about 113g
Product Dimension: 79*43*48(mm) (L*W*H)
Open size: 71mm*39mm
Output voltage resolution: 0.01V
Output current resolution: 0.001A
Output Voltage accuracy: ± (0.5% + 3 digits)
Output Current accuracy: ± (0.5% + 5 digit)
Package Content
1 x DPS3005 Digital Power Supply Module(No Communication Version)
Note:
- Please allow minor errors due to manual measurement. Thanks for your understanding.
- Monitors are not calibrated same, item colour displayed in photos may be showing slightly different from the real object. Please take the real one as standard.