CMR200T32768EZBT

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Crystals are used in all sorts of applications, from music to communication devices and from computers to guidance systems in missiles. One special crystal is the CMR200T32768EZBT. This crystal is a miniature microcircuits that consists of a quartz crystal, a small transistor, and some passive components. It is available in various packages, with different mounting types and configurations.

The CMR200T32768EZBT is mainly used in applications that require precise frequency control. It is well-suited for radio frequency (RF) applications such as cellular phones, personal digital assistants (PDAs), electronic games, computers, and other consumer electronics. It is also used in microwave applications, where its precise frequency guarantees more precise performance.

The CMR200T32768EZBT crystal can also be used in GPS systems, where precise timing is needed to keep everything in sync. The crystal’s high-speed characteristics also make it ideal for digital data communication systems that require precise data reception and transmission.

The working principle of the CMR200T32768EZBT crystal is fairly straightforward. The crystal is a piezoelectric element. When electrical current is passed through it, the crystal vibrates at a very precise frequency. This frequency is then monitored by the circuits that are connected to it. This enables the crystal to be used for precisely controlling the frequency of any connected circuits.

The CMR200T32768EZBT crystal has a frequency range of 9.8MHz to 384MHz, with a frequency stability of ±10 ppm within the range. It has an operating temperature range between -20°C to 70°C and can operate at an input voltage of 1.62V. The CMR200T32768EZBT crystal also has very low current consumption, making it ideal for battery-powered applications.

In summary, the CMR200T32768EZBT crystal is a miniature microcircuits that consists of a quartz crystal, a small transistor, and some passive components. It is mainly used in applications that require precise frequency control, such as radio frequency (RF) applications and microwave applications. The crystal works by vibrating at a very precise frequency when electrical current is passed through it, enabling it to be used for precisely controlling the frequency of any connected circuits. It has a frequency range of 9.8MHz to 384MHz, with a frequency stability of ±10 ppm within the range and an operating temperature range between -20°C to 70°C.

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