Main features of programmable DC power supplies
A programmable DC power supply is a power supply whose functions or parameters can be controlled through computer software programming. For example, setting the output voltage and high output current, if they exceed this value, power supply cannot be normal, and so on.
The non electrostatic force in a programmable DC power supply is directed from the negative pole to the positive pole. After the programmable DC power supply is connected to the external circuit, a current is formed from the positive pole to the negative pole outside the power supply (external circuit) due to the pushing force of the electric field. Inside the power supply (internal circuit), the effect of non electrostatic forces causes current to flow from the negative pole to the positive pole, thereby forming a closed cycle of charge flow.
Introduction to the main characteristics of programmable DC power supply:
1. Five models of voltage output are suitable for a wide range of power requirements;
2. Provide high-quality test data with zero accuracy;
3. Extremely high output resolution and measurement resolution, 1mV and 0.1mA, suitable for testing low-power circuits and devices;
4. Remote sensing ensures that the set voltage is applied to the load;
5. The dual channel display can display the set value and actual output value to continuously indicate the power status transmitted to the load;
6. Easily create repeatable test sequences with up to 80 output steps through the built-in list mode;
7. GPIB and USB standard interfaces facilitate automatic control.
