ABMM2-64.000MHZ-E2-T

Crystals provide frequency control in electronic circuits and are an essential part of a number of applications. One such crystal is the ABMM2-64.000MHZ-E2-T. Let’s explore its application field and the working principle.

Application Field:

This crystal is recommended for quartz clock, set top box, wireless communication, multi-function key, TV, mobile phone, remote control, wireless network, VCD, DVD, and medical equipment. Its features also make it applicable to digital cameras, portable TV, converter, telephone switch, PMP, car audio, GPS, IP network, automotive electronics, signal generator, and PDA.

Working Principle:

An oscillator circuit consisting of a capacitive-resistor tank circuit together with the ABMM2-64.000MHZ-E2-T crystal forms an oscillator. The capacitive-resistor tank circuit is used to set up and maintain an oscillation in a specific frequency range. The tank circuit will maintain oscillations at that frequency when the crystal is connected to it. The crystal in turn acts as the frequency determining element of the oscillator, which determines the frequency at which the oscillator works.

The ABMM2-64.000MHZ-E2-T is a type of quartz crystal oscillator. Quartz crystals have unique characteristics like high frequency stability and accuracy. This is because of their high energy density and stiffness that make it suitable as ultra-precise frequency reference. The crystal\'s piezoelectricity effect is responsible for its functionality. When an energetic field is applied to quartz, a crystal oscillates at a frequency specific to its size and structure. In the case of ABMM2-64.000MHZ-E2-T, the frequency is precisely 64MHz.

The oscillator circuit performs a control process on the quartz to make sure that the frequency remains constant and accurate. The frequency stability is usually improved by using negative feedback in the circuit. Temperature variations also affect quartz crystals. To overcome this impact, the circuit should contain temperature compensation components. In addition, the spectral purity of the oscillator circuit should be considered in order to get high frequency stability.

Conclusion:

The ABMM2-64.000MHZ-E2-T crystal is multi-functional and useful in many applications. It provides stable and accurate oscillations that are essential for frequency stability and accuracy. Additionally, the circuit must be designed properly to achieve good performance and functionality from the crystal.