TDA2030H

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The TDA2030H is a high efficiency, integrated circuit linear amplifier, designed for audio applications. It is made up of an operational amplifier and a complementary Darlington output stage and is manufactured using state-of-the-art bipolar and MOSFET technology. The TDA2030H uses the classic amplifier topology known as the “AAA+” design, which has been used in many works of audio engineering over the years. It features a high slew rate, a low distortion profile and high power handling capabilities, making it a perfect choice for audio amplifier designs.

The TDA2030H is an incredibly versatile operation amplifier with an incredibly wide range of applications in audio. It offers a great deal of flexibility for the designer, allowing for a variety of different configurations to be used in audio amplifier designs. It is commonly used in audio applications such as: speaker drivers, autotuning, studio monitors, home theaters, and power amplifiers.

The primary advantage of the TDA2030H is its efficiency. It has been designed to operate with very low power consumption and is capable of a max power supply voltage of ± 15 volts, making it suitable for multiple applications. The device also has a wide range of input and output impedance, making it suitable for applications regarding both sound quality and power.

The TDA2030H is configured with several features that make it perfect for audio amplification. The main components of the amplifier are the input stage, the output stage and the comparator. The Input stage consists of a differential pair of transistors, with input and gain defined by the transistors’ biasing. The Output stage consists of a class-B amplifier, with a Darlington pair of transistors and a resistor-capacitor stage at the output. The amplifier also features various protection features, such as thermal shut down and over-current protection.

The operation of the TDA2030H is based on a classic differential input stage design. The input signal is compared to a reference voltage, which is set by the user. The two transistors of the differential pair are biased in such a way that the collector current of one transistor is inversely proportional to the collector current of the other: when the collector current of one transistor increases, the collector current of the other decreases. The resulting difference in collector current is amplified by the output stage’s transistor pair.

The TDA2030H’s output power level is defined by the input signal, the reference voltage and the biasing of the transistors of the output stage. The biasing of the transistors of the output stage should be set in the proper range to insure reliable operation. The amplifier’s output power is limited to a maximum voltage of ±15V, which is suitable for most audio applications. The specifics of the biasing scheme are accessed by the user via a series of trim pots, which allow for easy adjustment of the output power level.

The TDA2030H is one of the most versatile linear amplifiers available today. It is a perfect choice for any audio application due to its versatility, efficiency and power handling capabilities. With its low power consumption, wide input and output impedance, and adjustable output power, the TDA2030H is an invaluable component for any audio engineer’s repertoire.

The specific data is subject to PDF, and the above content is for reference