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How to use the power line disturbance simulation function of PCR-WE

How to use the power line disturbance simulation function of PCR-WE

Voltage dips, short interruptions and voltage variations immunity tests of the IEC 61000-4-11 standard can be easily tested using the power line disturbance simulation function of PCR-WE. As an example, it explains how to set the voltage dip test. You can easily execute tests under the test conditions specified in the standard in a few steps. ...

How to use the power line disturbance simulation function of PCR-WE

How Does Surge Suppression Work in PCR-LE/LE2 Series?

PCR-LE/LE2 Series feature the Surge Suppression function that involves the process of protecting PCR-LE/LE2 from voltage spike. You can choose Surge Suppression to turn on or off depending on your load condition. If you want to avoid any voltage overshooting or undershooting, always set Surge Suppression to on. However, when you use a load with regenerative feedback (e.g. capacitive load or batte...

How to use the power line disturbance simulation function of PCR-WE

Necessity of Grounding Output Terminal for DC/AC Power Supply

Power supply has the following three output terminals: - DC power supply: Positive/negative terminals and Ground (GND) terminal - AC power supply: L/N terminals and GND terminal. Upon using both power supplies, it is necessary to determine whether either of positive or negative terminals or L/N terminals is connected to the GND terminal. As our factory default; - DC power supply: Depending on ...

How to use the power line disturbance simulation function of PCR-WE

How to Minimise Power Supply Noise in Test Systems

Noise is an unwanted but inevitable problem in test systems including power supply sources, except batteries, which are low-noise power sources. Some amount of noise is always generated or relayed by power supplies; however, a power supply is a device that supplies power to another device, and not intended to be used by itself. Power supply noise should be low enough so as not to interfere with th...

How to use the power line disturbance simulation function of PCR-WE

DC Electronic Load – Part 2: Basic Operation Mode and Principle (1)

As described in Part 1, electronic loads can act as a variable resistor and regulate a current depending on your applications. With this function, electronic loads can be used as substitute for high-power components. To fulfill this function and test DUTs effectively, there are four operation modes for electronic loads: 1) constant current 2) constant resistance 3) constant voltage and 4) constant...

How to use the power line disturbance simulation function of PCR-WE

What Makes a Good Power Supply?

DC or AC regulated power supplies (hereinafter called ‘power supply’) can be classified into eight types and four categories in accordance with the output source (DC or AC), output range, polarity or circuit method as shown in Table 1. In this...

How to use the power line disturbance simulation function of PCR-WE

What It Takes to Keep Regulated DC Power Supply Stable Part 2: Load Conditions

Basically, a regulated DC power supply (referred as DC power supply) is an electrical device that provides a constant output voltage; however, sometimes it cannot remain stable. There might be some factors that affect the stability of the DC power supply, and Part 1 previously focused on one of them: how you connect cables on a system. Here in Part 2, we look at one other important factor that nee...

How to use the power line disturbance simulation function of PCR-WE

How to Select a Right DC Power Supply Part 2: Key Considerations

Welcome back to Part 2 of this series! Part 1 is all about the functions and characteristics of DC power supplies. In Part 2 here, we will take a look at the considerations when selecting a right power supply. 1. Key Considerations There are too many considerations when selecting a DC power supply. This makes it hard to select a right power supply without any understanding, whic...

How to use the power line disturbance simulation function of PCR-WE

Voltage Interruption Waveforms Provided by PCR-LE Series

In an AC circuit, power supply interruption can be mainly divided into two types: it occurs with low impedance or with high impedance. The power supply interruption with low impedance is a short-circuit interruption. A short circuit is an unintended path to flow a current with typically very low impedance. Whereas, the power supply interruption with high impedance is an open-circuit interruption....

How to use the power line disturbance simulation function of PCR-WE

How to Reduce Power Supply Noise

In a test system, AC power supply is one of the significant components that can create test sequences for output and supply source to DUT. However, the power supply may cause a noise issue during test. There is some noise interference such as conducted noise and magnetic field that may enter into the test system. This article focuses on a noise terminal voltage at an input and output terminal whi...

How to use the power line disturbance simulation function of PCR-WE

DC Electronic Load – Part 6: Application and Example (2)

Continuing from the previous white paper, here are three more effective applications and examples of electronic loads. 6-1. Applying the Load to a Motor Figure 6-1 shows a block diagram illustrating an example of the DC motor test system. In this system, the test motor (DUT) is driven by the DC power supply. The coupling is connected to the DUT and another motor in order to app...

How to use the power line disturbance simulation function of PCR-WE

Single-phase Three-wire Output from One AC Power Supply

A single-phase three-wire output can be achieved usually by connecting two AC power supplies. However, 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 following circuit. 1. Single-phase Three-wire System In the figure below, R1=R2. Appropriate resistance for power supply should be applied on R1 an...

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