402F16012IJT

402F16012IJT application field and working principle

Crystal oscillators, or 402F16012IJT oscillators, are commonly used in a variety of applications since they are accurate and operate at a high frequency. Such oscillators provide highly reliable signal sources for a range of radio, communication, medical and military applications.

402F16012IJT  crystals are produced using frequency-stable quartz technology which is capable of producing high-precision electronic frequency sources. The most common type of oscillator produced with this technology is a quartz crystal resonator.

How the 402F16012IJT crystal works

The 402F16012IJT crystal resonator consists of a quartz crystal and two electrodes. The quartz crystal is cut in a particular shape and fitted in between two electrodes. When an alternating electric current is sent through the two electrodes, it causes the crystal to vibrate at its own proper frequency. This frequency is determined by the crystal geometry and the mechanical properties of the quartz material.

The 402F16012IJT crystal is designed to work within a specific frequency range. This frequency range can differ depending on the size of the crystal and the way it is cut. For this reason, specific crystals are designed for specific uses and in specific frequency ranges.

Applications for the 402F16012IJT crystal

The 402F16012IJT crystal is commonly used in a range of applications such as radio communication, high-speed digital devices, navigational instruments, watches, and medical and military equipment. Additionally, it is used in consumer electronics products such as digital video recorders, satellite radios, automated teller machines and other electronic devices.

In radio communication, the 402F16012IJT crystal is used to provide highly accurate reference frequency sources. Such crystals are also used in navigation systems to measure speed, bearing and altitude.  Similarly, they are used in medical, military and consumer electronics applications to provide highly reliable signal sources.

Advantages of the 402F16012IJT crystal

The 402F16012IJT crystal offers several advantages compared to other types of oscillators. Firstly, it is a reliable source of frequency. Secondly, it operates at very high frequencies with low temperature coefficient and low frequency drift. Thirdly, it is capable of providing frequencies up to 20 MHz, which is higher than most other oscillators. Lastly, it is relatively low-cost, making it ideal for a range of applications.

Conclusion

The 402F16012IJT crystal has a wide range of applications and offers several advantages over other types of oscillators. It can be used to provide highly accurate frequency sources for radio communication, medical, military and consumer electronics applications. Additionally, it is highly reliable, operates at a high frequency, and is available at a relatively low cost.