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Using Electronic Load to Battery Charger Testing

Using Electronic Load to Battery Charger Testing

Using Electronic Load to Battery Charger Testing A battery charger is a device that can recharge a secondary cell or rechargeable battery. Every battery charger being used requires the testing and such testing system must include something to simulate a battery. An electronic load can provide the best solution for the battery charger testing to simulate the actual behaviour o...

Using Electronic Load to Battery Charger Testing

Blown Fuse Testing Precautions When Using Electronic Load

Blown Fuse Testing Precautions When Using Electronic Load This article will address some precautions on the blown fuse testing such as the unit testing or cable and fuse testing (see Figure 1) and fuse component testing. 1. Test System A DC power supply, cable, fuse and electronic load are connected as shown in Figure 1. 1) Prepare a DC power supply whose current and voltag...

Using Electronic Load to Battery Charger Testing

How to Measure Output Impedance of Power Supply with Bipolar Power Supply PBZ Series

How to Measure Output Impedance of Power Supply with Bipolar Power Supply PBZ SeriesPBZ Series is a bipolar power supply that can be also operated in quadrant 2 to sink the current. This function enables you to measures an output impedance of ...

Using Electronic Load to Battery Charger Testing

Vibration Testing Method for Automotive Wiring Harness Connector

1. Test Condition: Conduct the vibration testing on the automotive wiring harness connector under supplied at 12 VDC/1 A. 2. Test Criteria: If the resistance of the wiring harness connector exceeds 7.0 Ω for more than 1 microsecond (us), it defines an electrical discontinuity. 3. Test Circuit: ...

Using Electronic Load to Battery Charger Testing

PBZ Series: How to Output Synchronised Square Wave from TRIG OUT Terminal

PBZ Series: How to Output Synchronised Square Wave from TRIG OUT Terminal To transmit a synchronised trigger pulse for output, you can create a trigger signal output (TRIG OUT): through the sequence function or with the following settings. When you output a square wave signal, it is easier to configure the following settings. The settings are available in a single operation ...

Using Electronic Load to Battery Charger Testing

Current and Voltage Accuracy in Two Setting Methods

Current and Voltage Accuracy in Two Setting Methods 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. Below explains the accuracy difference between these two methods taking ...

Using Electronic Load to Battery Charger Testing

How to Enable Positive/Negative Output from DC Power Supply

How to Enable Positive/Negative Output from DC Power Supply DC power supply can provide dual (positive and negative) output by following the method described in Section 1 below. 1. How to Produce Positive/Negative Output 1. Connect Power Supply 1 to Power Supply 2 in series. 2. Connect COM terminal to GND terminal. 3. Set each voltage from Power Supply 1 and 2. ...

Using Electronic Load to Battery Charger Testing

PLZ Series: How to Effectively Improve Safety during Load Testing of Non-isolated AC/DC Converter

PLZ Series: How to Effectively Improve Safety during Load Testing of Non-isolated AC/DC Converter Considering minimising the potential shock hazard, the use of an isolation transformer or regulated power supply is critical during load testing of a non-isolated AC/DC converter (such as PFC). This white paper explains; what happens without an isolation transformer or regulated A...

Using Electronic Load to Battery Charger Testing

PBZ Series: How to Change Pulse Width Using Sequence Function

PBZ Series: How to Change Pulse Width Using Sequence Function PBZ Series can change the square waveform frequency and duty cycle. Using the sequence function, you can also change the pulse width. The following sections explain how to change the pulse width according to Ton/Toff specified in figure 1 and table 1. ...

Using Electronic Load to Battery Charger Testing

How to Calculate Input Current for PCR-LE/MA Series

How to Calculate Input Current for PCR-LE/MA Series Before installing PCR-LE or MA Series, you may want to know how much current should be supplied from the distribution board. The best way is to calculate the current consumption (= input current) of your PCR-LE or MA Series. Here are the examples how to calculate the input current based on your output requirement (your outp...

Using Electronic Load to Battery Charger Testing

Parallel Operation with Different Power Supply Models

Parallel Operation with Different Power Supply Models The same model of Kikusui DC power supplies can be connected in parallel. By connecting the signal cables, one unit is set as the master unit and it can control the other units. This operation is called as ‘master-slave parallel operation’. Master-slave parallel operation is not available when connecting the different ...

Using Electronic Load to Battery Charger Testing

CC-CV Charging System without Series Diode

CC-CV Charging System without Series Diode To charge batteries, it is recommended that you connect a diode in series at an output of DC power supply (See Figure 1). With a diode, constant current (CC) can be properly supplied; however constant voltage (CV) may be unstable if using remote sensing at battery terminals. Without a diode, a high c...

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