Resources

To transmit a synchronized trigger pulse for output from PBZ Series, you can create a trigger signal output through the sequence function or with a certain setting.
This white paper describes to realize it.

PBZ Series is a bipolar power supply that can be also operated in quadrant 2 to sink the current. This function enables you to measure an output impedance of DUT by using PBZ Series as an electronic load.
This white paper explains how to flow the load current to DUT power supply.

A single-phase three-wire output can be achieved usually by connecting two AC power supplies.
If you need to output from one AC power supply and the required current through DUT is small, you can output it by configuring the circuit as described in this white paper.

This white paper provides you with introduction on a method to achieve a double output voltage using two units of PBZ Series.
Connection, Setting and Operation to achieve it are described step by step.

DC power supply can provide dual (positive and negative) output by connecting two power supplies in series.
This white paper shows the procedure how to produce positive/negative output and describes dual tracking function.

When using an Inductive load (L-Load) such as a motor, the startup current can be 5 times larger than the normal startup current and it flows for several hundred ms.
This white paper describes the useful functions and precautions when using L-Load and C-Load in PCR-LE Series.

There are two methods to absorb motor’s regenerative current; Voltage Clipping Method and Bleeder Method.
This white paper describes the characteristics, functions and precaution for the methods.

Upon using AC or DC power supplies, it is necessary to determine whether either of positive or negative terminals or L/N terminals is connected to the GND terminal.
This white paper may help you to ground the power supply properly.

In PCR-LE Series, simulated CC operation can be achieved by setting the current limit in AC mode, as the ammeter monitors the output current and the arithmetic circuit controls the output voltage.
This white paper describes the functions and characteristics of this method.

When setting the output current or voltage from DC power supply, a higher accuracy can be achieved by panel setting or remote PC setting instead of ammeter adjustment.
This white paper explains the accuracy difference between these two methods.

PLZ164WA is a KIKUSUI’s special electronic load that can sink the current even when the input voltage is set to 0 (zero) V.
This white paper shows the mechanism and answers to some questions such as “Why the current flows even when the input voltage is set to 0V?”.

The same model of Kikusui DC power supply can be connected in parallel. Master-slave parallel operation is not available when connecting the different power supply model.
This white paper describes the recommended parallel operation to increase the output capacity with the different models.