HT1104

Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps

The HT1104 is a discrete distributed amplifier system ideal for a variety of general applications. It is a transformerless design, which eliminates all the problems related to magnetic coupling. The popularity of the HT1104 stems from its enhanced features such as increased power output, immunity to overload, low distortion, and wide operating frequency range.

The HT1104 is a single stage differential amplifier that consists of two identical halves, each of which contains an input stage and an output stage. The differential amplifier is composed of two emitter follower transistors, plus a current mirror system. This mirror system provides equal amplification for each input, resulting in a balanced output for the amplifier.

The input stage of the HT1104 contains two identical transistors that are connected in a differential mode configuration. These transistors amplify the input signal, and the output is fed to the two separate output stages. The two output stages are configured in class AB. The HT1104 output stage is capable of supplying high output power levels with low distortion.

The HT1104 is suitable for a variety of applications, such as intercom systems, telephone switching, broadcast radio, and audio amplifiers. The design provides excellent linearity and noise performance, making it well suited for low noise, high fidelity systems. The transformerless design makes it easy to interface with other equipment, and it can easily be configured to drive different loads.

The HT1104 can be used in both AC and DC power systems. The amplifier stage is able to supply a large amount of current, up to 100mA, with a voltage gain of up to 250x. Its wide frequency range makes it ideal for use in audio systems, as well as for processing high-frequency signals. The distortion level is amongst the lowest in the industry, and high power output capabilities make it suitable for professional applications.

The HT1104 is an excellent choice for a wide range of general-purpose applications, due to its high performance, reliable operation, and high durability. Its transformerless design makes it easy to integrate with other equipment, while its wide operating frequency range makes it a suitable choice for audio systems. The low distortion, large output power, and high power capability make it an ideal choice for high fidelity and demanding applications.