Power Supply Basics (page 7)
- GENESYS+™ – How to generate arbitrary waveforms
Arbitrary waveform generators produce electrical waveforms to test electrical and electronic equipment. This is to ensure that the product operates properly, or to pinpoint a particular fault.…
- What are the key benefits of the DRL range of DIN rail power supplies?
In this video we find out about the key benefits of the DRL range of 10-100W DIN rail power supplies. Their narrow width takes up less space…
- What are the levels of leakage current and EMI for CUS30M & 60M Medical power supplies?
This video discusses the levels of leakage current and EMI of the CUS30M and CUS60M AC-DC power supplies. Leakage current is below 150µA, which means that both…
- Can the output voltage of a DRL DIN Rail power supply be adjusted?
In this video, we find out that only the output voltage of the DRL30 and DRL60 and DRL100 can be adjusted to compensate for cable voltage drops.…
- Do CUS30M and CUS60M AC-DC power supplies have medical approvals?
TDK-Lambda’s CUS30M and CUS60M AC-DC power supplies are designed for a wide range of applications. Details of the products’ medical safety certifications are outlined in this video.…
- What is the no load consumption and efficiency of CUS30M & CUS60M medical power supplies?
A power supply’s no load power consumption and efficiency can affect energy usage and the life-time operating costs of the end system. Here TDK-Lambda presents in this…
- Can DRL Din Rail power supplies be connected in parallel?
We know that two DRL series DIN rail power supplies can be connected in series to get a higher output voltage but can they be connected in…
- What are the key features of CUS30M & 60M Medical AC-DC power supplies?
Here TDK-Lambda’s video provides an overview of the CUS30M and CUS60M AC-DC power supplies. They have full IEC 60601-1 3rd edition medical safety certifications, as well as…
- How to simulate a battery’s internal resistance using the GENESYS+™ programmable power supply
Over its full lifetime the battery is not an ideal voltage source. This is due to its internal resistance, caused by its construction, which can rise over…
- How to reduce output noise and lower input RMS currents using the i6A series of non-isolated DC-DC converters
In a system requiring multiple rail voltages, board mounted DC-DC converters are often used in conjunction with a bulk single output AC-DC power supply, rather than using…
