Tube Distortion Pedal circuit diagram

Tube distortion pedal circuit diagram. IC1: 747 dual op-amp; other ICs may be substituted, but the pinout will differ, so the datasheet should be checked. IC2: LM340K-12V voltage regulator. All resistors are 1/2 W. The bridge rectifier is a full-wave bridge rectifier rated for 50 volts and 500 mA minimum. This circuit is designed for a tube distortion pedal for guitar effects. The circuit was designed by Ron Black. Notes include: IC1: 747 dual op-amp; other ICs may be substituted, but the pinout will differ, so the datasheet should be checked. IC2: LM340K-12V voltage regulator. All resistors are 1/2 W. The bridge rectifier is a full-wave bridge rectifier rated for 50 volts. This is a simple and low-cost tube head vacuum tube preamp circuit designed by PAiA Electronics. Vcc is connected to pin 1 of IC1 (+12V), pin 8 of IC2, IC3, IC4 is -12V (pin 4 of IC2, IC3, IC4), and ground is connected to pin 8 of IC1. IC1 is a 4049 CMOS hex inverting buffer, while IC2, IC3, and IC4 are 5532 dual low-noise op-amps. The following diagram depicts the circuit diagram of a tube microphone preamplifier using a 12AX7 tube. This circuit is somewhat difficult to build and requires intermediate to advanced skills. All capacitors with a value of 33uF are rated at 16V, while all others are rated at 50V unless marked otherwise. Resistors marked with "#" are 1%. The circuit diagram of the Univox Super-Fuzz pedal is also included. This pedal is based on a design from the late 1960s to early 1970s and features two special capabilities: octave generation effect from a differential pair with collectors tied together, and an option for either a clipping amplifier or a 1 kHz notch filter for different sounds. The odd differential amplifier is essentially a full-wave rectifier. The Univibe is a foot-pedal-operated phaser or phase shifter designed to generate chorus and vibrato simulations for electric organs or guitars. It was introduced in the 1960s by Shin-ei and aimed to emulate the "Doppler sound" of a Leslie speaker. Although it did not successfully simulate a Leslie speaker, the Univibe has become popular in its own right. Additionally, the following diagram shows a 16W audio amplifier circuit. This circuit is built using two LM383 power ICs in a bridge configuration, making it a bridge amplifier. The LM383 is an older amplifier that has been discontinued, so finding it may be challenging. Alternatives such as ECG1232, TDA2002, or TDA2003 can be used as replacements.

The tube distortion pedal circuit is designed to create characteristic overdrive effects typical of tube amplifiers. The use of a 747 dual op-amp (IC1) allows for signal amplification and tone shaping, while the LM340K-12V voltage regulator (IC2) ensures stable voltage supply, critical for consistent performance. The bridge rectifier converts AC to DC, providing the necessary power for the op-amps and other components.

In the tube microphone preamplifier section, the use of a 12AX7 vacuum tube provides warmth and depth to the audio signal, making it suitable for professional recording applications. The design requires careful attention to component specifications, particularly in selecting capacitors and resistors that meet the voltage and tolerance requirements.

The Univox Super-Fuzz pedal adds versatility to the circuit, allowing musicians to explore various sonic textures. The octave generation effect enhances harmonic richness, while the clipping amplifier and notch filter options provide further sound shaping capabilities.

Overall, this circuit combines multiple functionalities, catering to guitarists and sound engineers seeking to expand their audio palette. The implementation of various ICs and components showcases a blend of analog technology with creative audio processing, making it a valuable addition to any music production setup.Tube Distortion Pedal circuit diagram. IC1 : 747 dual op-amp, other ICs may be substitued but pinout will different. You should check the datasheet. IC2 : LM340K-12V Voltage Regulator. All resistors are 1/2 W. Bridge Rectifier Full wave bridge recitifier, 50 Volts, 500 mA minimum The following circuit is Tube Distortion Pedal for guitar effect . The circuit designed by Ron Black. Notes: IC1 : 747 dual op-amp, other ICs may be substitued but pinout will different. You should check the datasheet IC2 : LM340K-12V Voltage Regulator All resistors are 1/2 W Bridge Rectifier - Full wave bridge recitifier, 50 Volts, . This is a simple and low cost Tube Head Vacuum Tube pre-amp circuit designed bu PAiA electronics: Vcc - Pin 1 IC1 +12v - Pin 8 IC2, IC3, IC4 -12v - Pin 4 IC2, IC3, IC4 Ground - Pin 8 IC1 IC1 - 4049 CMOS Hex Inverting Buffer IC2, 3, 4 - 5532 Dual Low-Noise.

The following diagram is the circuit diagram of tube mic pre amplifier 12AX7. This circuit is little hard to built. You must have an intermediate or advanced skills to build this circuit. All capacitors with value of 33uF are 16V, while the all others are 50V unless marked otherwise. Resistors marked with "#" are 1%. This is the circuit diagram of Univox Super-Fuzz Pedal. This pedal is actually a 69-to-early 70`s design that consists of two special capabilities. They are the octave generation effect from the differential-pair-with-collectors -tied-together along with the option of just a clipping amplifier or a 1kHz notch for different sounds. The odd-diffamp is basically a full. The Univibe is actually a footpedal-operated phaser or phase shifter for generating chorus and vibrato simulations for electric organ or guitar.

It was introduced in the 1960s by Shin-ei, and was intended to emulate the "Doppler sound" of a Leslie speaker. Although not a really successful Leslie-simulator, the Univibe has turn out to be an. The following diagram is 16W audio amplifier circuit. The circuit built based 2 pieces of power IC LM383 in bridge connection, so this amplifier is an bridge amplifier.

This is an old amplifier, LM383 is discontinued, so this LM383 might be difficult to find. You can use ECG1232, TDA2002 or TDA2003 as the replace for. 🔗 External reference