Showing posts with label Converter. Show all posts
Showing posts with label Converter. Show all posts

Wednesday, July 12, 2017

12-16V-Converter

8:01 AM 0
This Converter  Electronic Circuit Project a very simple build 12-16V-Converter. Many devices operate from a car`s 12-V electrical system. Some require 12 V; others require some lesser voltage. An automobile battery`s output can vary from 12 to 13.8 V under normal circumstances. The load requirements of the device might vary.

12-16V-Converter Circuit Diagram:

12-16V-Converter
 This circuit maintains a constant voltage regardless of how those factors change. Simple circuit, A, uses a 7805 voltage regulator. In addition to a constant output, this JC provides overload and short-circuit protection. That unit is a 5-V, 1-A regulator, but when placed in circuit B, it can provide other voltages as well. When the arm of potentiometer R1 is moved toward ground, the output varies from 5 to about 10 V.

Source By: W3Circuits

Friday, June 9, 2017

6V to 12V Converter Circuit

4:45 AM 0
6V to 12V Converter Circuit provide up to 850mA of 12V power from a 6V supply. For suppose, you can run 12V car accessories in a 6V car. The circuit is simple, about 75% efficient and quite useful. By changing just a few components, you can also modify it for different voltages.

Read : 250 to 5000 watts PWM DC/AC 220V Power Inverter

  1. L1 is a custom inductor wound with about 80 turns of 0.5mm magnet wire around a toroidal core with a 40mm outside diameter.
  2. Different values of D3 can be used to get different output voltages from about 0.6V to around 30V. Note that at higher voltages the circuit might not perform as well and may not produce as much current. You may also need to use a larger C3 for higher voltages and/or higher currents.
  3. You can use a larger value for C3 to provide better filtering.
  4. The circuit will require about 2A from the 6V supply to provide the full 800mA at 12V.
6V to 12V Converter Circuit:

Circuit Diagram

Parts:

  1. R1, R4 2 2.2K 1/4W Resistor.
  2. R2, R3 2 4.7K 1/4W Resistor.
  3. R5 1 1K 1/4W Resistor.
  4. R6 1 1.5K 1/4W Resistor.
  5. R7 1 33K 1/4W Resistor.
  6. R8 1 10K 1/4W Resistor.
  7. C1,C2 2 0.1uF Ceramic Disc Capacitor.
  8. C3 1 470uF 25V Electrolytic Capcitor.
  9. D1 1 1N914 Diode.
  10. D2 1 1N4004 Diode.
  11. D3 1 12V 400mW Zener Diode.
  12. Q1, Q2, Q4 3 BC547 NPN Transistor.
  13. Q3 1 BD679 NPN Transistor.
  14. L1 1 See Notes.
  15. MISC 1 Heatsink For Q3, Binding Posts (For Input/Output), Wire, Board.

Tuesday, May 30, 2017

400V-60W push-pull DC-DC Converter

5:24 AM 0
"400V-60W push-pull DC-DC Converter Circuit Diagram" is the simple and most powerful 400V-60W push-pull DC-DC Converter with Circuit Diagram and Details. The TL494 switching regulator governs the operating frequency and regulates O.V. Switching frequency make 100 kHz for the values shown.

400V-60W push-pull DC-DC Converter Circuit Diagram:

DC Converter

Reference by: circuitslead