Power Supply for Any Waveform
Some programmable DC power supplies feature the capability to edit waveforms freely, meaning they can generate waveforms that change over time. They produce corresponding waveforms based on a fixed list of voltage and time interval parameters. The frequency of these signals is determined by the time intervals between each node. These waveforms can be single pulses or continuous waves.
(2) Tracking Function
In certain programmable DC power supplies, there is an interlock feature among channels, which means all outputs can be controlled simultaneously to maintain voltage consistency with pre-set values, enabling them to operate in unison. If the leading position is in a current-limiting state, then the followers will also be in a current-limiting state. 36V aviation power supply, 400HZ frequency conversion power supply, 115/200V power supply, 27V DC power supply, 400HZ power supply, aviation power supply
(3) Inductive Function
In normal mode, voltage is directly applied to the load via the wires to maintain stable load voltage, but voltage drop occurs on the wires due to load current. Consequently, the actual load voltage is the supply output voltage minus this voltage drop. In scenarios where the output is low voltage and high current, this voltage drop cannot be ignored. The inductive function can determine the true load voltage, compensating for wire voltage drop to achieve the actual set voltage value.
