Saturday, August 30, 2014

Amplifier circuit TDA 1524A

Description

This amplifier can control the volume, balance and tone controls take over. The circuit operates a specially designed IC, LM 1036. The advantage is that few external components are necessary, and that may be, which are cheaper. Used for controlling monopotmeters speaks scheme for itself. S1 loudness can be adjusted. In the position shown, the loudness. Moreover, the IC TDA 1524A Philips same capabilities.

Circuit Diagram


Part list:

  • R1-R4 = 47 k
  • P1-P4 = 47 k
  • C1 = 47 uF
  • C2, C3 = 470 nF
  • C4, C5, C16 = 10 nF
  • C6, C7 = 10 uF
  • C8, C9 = 390 nF
  • C10-C13 = 220 nF
  • C14, C15 = 4.7 uF
  • IC1 = LM 1036

Related Posts:

  • Datasheet IC Amplifier AN7143 BA5406This time I will post about datasheet of some IC that was applied to the power amplifier. Some of his IC from IC AN7143, AN7145L, AN7145H, AN .... , Up to BA5406. Here is the datasheet it in the form of images that you can do… Read More
  • Amplifier circuit TDA 1524ADescriptionThis amplifier can control the volume, balance and tone controls take over. The circuit operates a specially designed IC, LM 1036. The advantage is that few external components are necessary, and that may be, which… Read More
  • Build A 15V Chopper Amplifier Wiring diagram SchematicThis simple schema is a gain-of-1000 inverting amplifier. It will amplify submillivolt signals up to signal levels suitable for further processing. In almost all system applications, it is best to use as OUTPUT much gain as p… Read More
  • 4 x 11 W single ended car radio power amplifierFEATURESRequires very few external componentsFlexibility in use Quad single-ended or stereo BTLHigh output powerLow offset voltage at output (important for BTL)Fixed gainGood ripple rejectionMute/stand-by switchLoad dump prot… Read More
  • 20W Stereo Amplifier Wiring diagram SchematicThe 20-W + 20-W Stereo Amplifier Circuit Diagram consists of two complete, separate 20-W RMS bridge-type amplifiers. The input signal source is brought into the amplifier through the voltage divider network, which is made up … Read More

0 comments:

Post a Comment

Note: Only a member of this blog may post a comment.