Search for "unilab" - 9 results.

This power supply is based on an integrated switching regulator to keep the component count within reasonable limits. The functional units of this IC include voltage regulation, switching signal generation, and integrated power switch. This means that only a few external components are necessary.

The UniLab bench supply we published in the April 2010 issue of Elektor has proved very popular. Here we show how to extend the project into a twin-output supply taking full advantage of the dual voltage/current display published in the September 2010 issue, including wiring plan and front panel

Adjustable power supplies are popular DIY projects. Over the years Elektor has designed and published hundreds of circuits for all sorts and sizes of lab power supplies. One of the most popular power supplies in recent years was the UniLab from 2010, a compact unit with a foolproof design for DIY

This Edition: - New Software for the Network Connected Analyzer - A bootloader for the SAMD ARM T-Board - The UniLab power supply gets a successor - Are your power outlets safe?

Now available is Elektor’s September & October 2016 edition! Available for purchase either as a printed magazine or as a front-to-back pdf document and with free shipping for the printed magazine, you can receive it direct to your door for no cost at all. Edition 5/2016 maintains the LEARN, SHARE

For the Unilab power supply module, we have developed a special meter circuit in the Elektor Labs with a four-line display that shows the output voltages and currents of a symmetrical configuration with two Unilab circuit boards.

Some subjects remain popular for DIY projects, either because a satisfactory solution has not yet been found or just because the result is something useful. Clocks is one example, power supplies another. At Elektor.Labs we have done many, many PSU designs, from too simple to overly complex and yet w

. U_I Display_Unilab2 construction of the prototype variant 2I have now carried out the test of the prototype variant 1 with the Unilab 2 after exchange R11 = 91K 1% and R12 = 11.3K 1%. This resulted in a very good match of the voltage actual value on the

In 2010 we published a power supply called UniLab (project 090786). It was able to deliver 30 V and 3 A. This design can be considered its successor.  Maximum voltage is also 30V and the maximum output current is limited to a little over 3 A (5 A is possible, but with reservations