ECS-3225S25-400-EN-TR

Oscillators are essential devices in electronic engineering, providing a fundamental source of electric waveforms for control or signal balancing. The ECS-3225S25-400-EN-TR oscillator is manufactured by Fox Group and is designed for switching voltage regulators and frequency switches operating at a frequency range from 3225 to 3900 kHz. It has a low power consumption (400 mW) and stability over temperature.

The ECS-3225S25-400-EN-TR oscillator employs an Electronic Crystal Oscillator (ECO) technology and a hybrid Si/SiGe bipolar amplifier. It has a base frequency of 3225 kHz and a power supply of 3.3V. The amplifier provides low phase noise and low harmonic distortion while still being highly precise. In addition, the oscillator has high temperature stability, making it ideal for long-term operation in extreme environments. The ECS-3225S25-400-EN-TR also features a reverse-polarity protection and thermal protection.

The ECS-3225S25-400-EN-TR oscillator operates by amplifying and modulating a crystal oscillator signal. The oscillator first creates a sine wave with a base frequency of 3225 kHz. This signal is then amplified by the amplification stage, which is a hybrid Si/SiGe bipolar amplifier. The amplified signal is then modulated by the oscillator’s control circuit and sent to an output port.

The ECS-3225S25-400-EN-TR oscillator is ideal for a variety of applications. It can be used in switching voltage regulators, frequency modulation circuits, tone generation circuits, and other applications requiring ultra-low-power consumption and stability over temperature. In addition, it can be used in industrial, automotive, and consumer applications.

In conclusion, the ECS-3225S25-400-EN-TR oscillator is a highly efficient and reliable oscillator manufactured by Fox Group. It features a low power consumption, high stability over temperature, and high precision for precision applications. The oscillator is suitable for various applications, such as switching voltage regulators and frequency modulation circuits.