ECS-3953C-500-TR

Oscillators

ECS-3953C-500-TR is an oscillator device consisting of a resonator and a corresponding active circuit. It is an important type of electronic components widely used in the manufacture of electronic system equipment. This article focuses on the application field and working principle of ECS-3953C-500-TR.

Application Field of ECS-3953C-500-TR

ECS-3953C-500-TR is a type of oscillator specifically designed for high temperature and low frequency applications. It is mainly used in high-temperature, low-frequency switching circuit, and can continue to work stably and reliably in a wide temperature range from -40 ° C to +105 ° C. Besides, the device can also be used for test and measurement equipment, digital / computer equipment, cellular technology, wireless or portable devices.

Working Principle of ECS-3953C-500-TR

ECS-3953C-500-TR uses a variety of crystal resonators as its oscillation source. The device\'s circuit consists of an amplifier and a feedback network, which works together to generate a stable and accurate oscillation frequency. The gain of the amplifier is internally set. If the external components are correctly connected, it can obtain an excellent reference clock signal at its output terminal. The amplifier also compensates for frequency deviation caused by the temperature changes of the external circuit elements.

The output frequency is determined by the ratio of the capacitances of the external components connected to the oscillator and the chip. Different capacitance values can produce different combinations, thereby obtaining various output frequencies. The capacitance connected to the oscillator is within a wide range of 10pF ~ 80pF. In this way, it can fully meet the needs of different frequency applications.

Conclusion

The ECS-3953C-500-TR is a kind of oscillator device specifically designed for high temperature and low frequency applications, with a wide temperature range and good frequency stability. It is mainly used for high-temperature, low-frequency switching circuit, test and measurement equipment, digital / computer equipment, cellular technology, wireless or portable devices. The output frequency is determined by the ratio of the capacitances of the external components connected to the oscillator and the chip, and different capacitance values can produce different combinations.