HCM4916000000ABJT Crystals, Oscillators, Resonators

HCM4916000000ABJT is a crystal, which is a tiny, highly conductive and highly abundant semiconductor in electronic devices. The crystal structure is composed of a number of small, crystal cells, arranged in an orderly fashion, which are connected together by electrical contacts. These crystals are typically divide into two main categories: crystal oscillators and crystals used for communication. Crystal oscillators are mainly used in applications where frequency accuracy is of prime importance, such as in precision timing applications, as well as in radio frequency communications and GPS navigation.

Application Field of HCM4916000000ABJT

HCM4916000000ABJT is an oscillator of the nitride based crystal family, with a frequency range of 4916- 7808 MHz and an operating temperature range from -40°C to +85°C. It is mainly used in automotive applications as a signal source for radio frequency (RF) transceivers, as well as in industrial applications as a signal source for frequency measurement, clock and timing generation, wireless transceivers, and communication systems. Oscillators are also used in military and aerospace applications, where they are used to generate a reference frequency for timing, navigation, and control systems. Additionally, this crystal can be used in advanced medical and medical imaging applications, where it helps to provide high precision imaging.

Working Principle of HCM4916000000ABJT

The working principle of HCM4916000000ABJT is based on the piezoelectric effect, which is an electromechanical phenomenon in which a mechanical force is applied to a crystal, causing an electric charge to be emitted. The crystal then oscillates at a certain frequency determined by its physical properties. This oscillation is typically achieved by applying a small input voltage to the crystal, which is amplified and used to generate a reference frequency. In the case of HCM4916000000ABJT, the crystal exhibits exceptional frequency stability and wide temperature range, making it ideal for precision timing applications.

HCM4916000000ABJT is an excellent quartz crystal oscillator, with a low frequency drift and a wide temperature range. In addition, it offers exceptional frequency accuracy, making it suitable for use in precision timing devices and for wireless communication systems. It is generally used in motion sensing and navigation applications, automotive and industrial systems, as well as in military and aerospace applications.

Conclusion

High stability and frequency accuracy makes HCM4916000000ABJT an ideal crystal for aligning clocks and timing data in a wide range of applications. Its wide temperature range and temperature compensation feature make it suitable for precision timing and communication systems. As a result, it is widely used in automotive, industrial, military and aerospace applications, as well as in medical and medical imaging applications.