TDA2030 Subwoofer Amplificer Circuit Diagram with 4558 IC

Introduction

The TDA2030 Subwoofer Amplifier Circuit Diagram with 4558 IC is an excellent choice for those looking to enhance their audio system with a powerful and high-quality subwoofer. This circuit diagram combines the TDA2030 amplifier chip and the 4558 operational amplifier to deliver an exceptional audio experience. In this article, we will explore the specifications of both the TDA2030 and the 4558 IC, as well as dive into the features and benefits of this circuit diagram.

Specifications of TDA2030:

The TDA2030 is a monolithic integrated circuit that was specifically designed to provide high-quality audio amplification. It operates on a supply voltage range of 8V to 18V and can deliver an output power of up to 14 watts on a 4Ω load. This amplifier chip offers low distortion, high current capability, and excellent thermal protection, making it ideal for subwoofer applications. Additionally, it features short-circuit protection and soft clipping, ensuring the safety and longevity of the audio system.

Specifications of 4558 IC:

The 4558 IC, also known as the dual operational amplifier, is a widely utilized component in audio applications. It consists of two independent, high-gain operational amplifiers in a single chip. The 4558 IC operates on a supply voltage range of ±4V to ±18V and provides excellent signal-to-noise ratio, low noise output, and high common-mode rejection ratio. Due to its versatile characteristics, this IC can be used for various purposes, including audio pre-amplification and tone control circuits.

TDA2030 Subwoofer Amplifier Circuit Diagram with 4558 IC

This project can be built using a few basic components. The circuit diagram of this project is shown below.

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Components List of TDA2030 Subwoofer Amplifier Circuit with 4558

Following is the list of all components used in this project:

• TDA2030 IC x 2
• 4558 IC x 1

Resisters:

• 2.2Ω Resister x 2
• 47kΩ Resister x 3
• 820Ω Resister x 2
• 33kΩ Resister x 2
• 2.2kΩ Resister x 1
• 100Ω Resister x 2
• 15kΩ Resister x 2
• 150kΩ Resister x 1
• 47Ω Resister x 1
• 33kΩ Resister x 2

Capacitors:

• 10µF Capacitor x 5
• 100µF Capacitor x 2
• 104J Capacitor x 4

Miscellaneous:

• 20k Potentiometer x 1
• 12V Zener Diode x 2
• ±18V Power Supply

Features and Benefits of TDA2030 Subwoofer Amplifier Circuit with 4558

1. Enhanced Sound Quality: The combination of TDA2030 and 4558 IC ensures superior audio quality with low distortion and high fidelity.
2. High Power Output: The TDA2030 can deliver a significant amount of power to drive the subwoofer efficiently, resulting in deep bass and impactful sound reproduction.
3. Thermal Protection: The TDA2030 features built-in thermal protection, safeguarding the amplifier from overheat situations and prolonging its lifespan.
4. Short-Circuit Protection: With the inclusion of short-circuit protection, this circuit diagram ensures the safety of the audio system by preventing any damage caused by a sudden short-circuit.
5. Versatile Applications: The TDA2030 Subwoofer Amplifier Circuit with 4558 can be utilized in various audio systems, including home theaters, car audio setups, and professional sound systems.

Conclusion of TDA2030 Subwoofer Amplifier Circuit with 4558

The TDA2030 Subwoofer Amplifier Circuit Diagram with 4558 IC offers an excellent solution for individuals seeking to augment their audio experience with a powerful subwoofer. With its high power output, thermal protection, and short-circuit protection, this circuit diagram guarantees optimal sound reproduction and system durability. The TDA2030 amplifier chip and the 4558 IC’s specifications ensure their compatibility and performance in a diverse range of audio applications. By incorporating high-ranking keywords throughout this article, we aim to improve its visibility and reach to help individuals discover and benefit from this exceptional circuit diagram.

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