DISCLAIMER: This is an extremely dangerous project, and it should only be attempted by people with experience in electronics, and specifically, High Voltage. If it’s your first time seek help for your own safety. Homemade High Voltage supplies are unlikely to meet any international standards, the safety and correct operation is NOT guaranteed at all, …
The MX100T from Aim-TTi (Aim Thurlby Thandar) is a 315W precision laboratory power supply’s three outputs can each provide 0 to 35 V at 0 to 3 A. Range switching extends the capabilities so that outputs can be set to 16 V/6 A or 70 V/1.5 A for maximum versatility; where higher power is needed …
Triple output lab power offers paralleling & tracking Read More »
With the proliferation of high-brightness LEDs designed to provide replacement lamps for commercial and domestic lighting there comes an equal, if not greater, proliferation of power supply solutions. With hundreds of products from dozens of manufacturers, it becomes a question of how to make sense of all the permutations of input / output voltages and …
How to Choose the Right Power Supply for Your LED Lighting Project Read More »
Well-proven Piher potentiometers with a dust-proof construction will ensure a reliable operation to your devices. Resistive trimmers of the Spanish company Piher may be familiar to you already from our article – We became an authorized Piher distributor. This time we enlarged our offer with rotary potentiometers of the PC16 series in a wide range …
This time, simple project that i made from simple need. Simple, cheap and functional regulated power supply 1,25V to 15V, two separately regulated positive lines and two negative. This power supply uses LM317 and LM337 integrated circuit stabilizers – or their stronger versions. Galvanic ally separated lines can be connected in various configurations. There is …
If you have used LCDs in projects before you have realized that to use the backlight on a LCD display you need large positive and negative voltages. This circuit will help you create the voltages you need from a simple 2.5V to 6V input. I chose this circuit since many of my projects run off …
Getting started The design I am testing is based on the Linear Tech LTC3731 three-phase synchronous buck controller. An example circuit from the data sheet is shown below. I am shooting for similar values, but this diagram shows the components of interest. A more detailed diagram of the control loop can be found in the …
