402F2701XIAT

Crystals are an essential component in many electronic devices. The 402F2701XIAT crystal is no exception. This crystal is used in high frequency applications such as radio communication, satellite communication, cellular communication, navigational equipment, space exploration and other wireless applications.

The 402F2701XIAT crystal is a multi-pole quartz crystal with a frequency range between 20MHz to 27MHz. It is constructed of four thin quartz plates with a cut rate of 0.6mm - 0.8mm. The crystal has a coating of tantalum pentoxide which helps to enhance its frequency stability. Its mechanical stability is also very good, with a stability of better than 0.1ppm/g.

The 402F2701XIAT crystal is used in high frequency applications primarily because of its excellent frequency stability and mechanical stability. Its multi-pole design allows it to be used in applications where high frequency pulses require precise timing. This is often the case in communications applications where messages are sent and received at very specific times.

In addition to its excellent frequency stability, the 402F2701XIAT crystal also has very low current consumption. This is ideal for applications where power conservation is a priority. It also has very low jitter, making it well suited for data transmission applications as well.

The working principle of the 402F2701XIAT crystal is based on the oscillation of electromagnetic waves and the interaction between them and the quartz plates. The quartz plates vibrate at the specific frequency and generate an alternating current. This alternating current is then fed into the circuit with an oscillator, creating a steady voltage which can be used in various applications.

Overall, the 402F2701XIAT crystal is a highly reliable and efficient crystal for use in various high frequency applications. Its excellent frequency and mechanical stability, low current consumption and low jitter make it well suited for many communications, navigational and space exploration applications.