402F2601XIAT

Crystals

402F2601XIAT is a type of crystal, specifically it is a voltage-controlled oscillator (VCO) crystal. It is used in a wide range of applications, from radio communications to precision timing devices such as oscilloscopes, and also in applications where precise frequency control is desired, such as clocks and frequency counters.

A voltage-controlled oscillator crystal is essentially a crystal that is cut in such a way as to oscillate at a precise frequency when an electrical signal, typically a sine wave, is applied to it. The signal used to control the frequency of the crystal is generated by a voltage-controlled oscillator circuit, and the output of the crystal is used to drive the circuit’s components.

The 402F2601XIAT crystal is designed to be used in high-frequency, high-precision applications. It features a temperature and voltage compensation system that helps to ensure that the oscillations remain within specified limits over wide temperature and voltage variations, and also an ESR termination that improves the accuracy of the oscillator by minimizing the impact of external ESR on the frequency of the crystal.

The main advantage of using the 402F2601XIAT crystal is that it provides a stable and accurate frequency for precision timing and control applications. The crystal’s stability is due to its high resistance to temperature and voltage variation, as well as its good ESR termination. This makes the crystal ideal for use in sensitive applications such as precision timing circuits, frequency counters, and communication systems.

In addition to being used in precision timing and control applications, the 402F2601XIAT crystal is also used in radio communication systems. It is used to provide a stable carrier frequency for radio transmission, and its excellent temperature and voltage compensation help to ensure that the signal remains within specified limits.

The 402F2601XIAT crystal can also be used in clocks, where its high precision and excellent temperature and voltage compensation are beneficial for accurate and reliable timekeeping. It is also commonly used in other timing devices, such as frequency counters and time-delay devices, for the same reasons.

Overall, the 402F2601XIAT crystal is an excellent choice for a wide range of applications. It offers high precision, excellent temperature and voltage compensation, and good ESR termination, making it suitable for use in precision timing and control applications, as well as radio communication systems.