FC4STCBMF16.0-BAG200

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Crystals are essential components in many different types of equipment and systems, from the most advanced electronics products to the simplest of household products. FC4STCBMF16.0-BAG200 is a type of crystal that can be used for a variety of applications and has become widely used for many applications.

This crystal is a wire-bondable surface-mount crystal designed to be used in a wide array of applications from embedded systems to telecommunication equipment. It provides a reliable external clock source for low-power, low-cost systems. This crystal is also an ideal choice for wireless LAN, GPS and other applications.

The FC4STCBMF16.0-BAG200 has a unique frequency of 16.0 MHz and has excellent frequency stability compared to other crystal devices. A tight tolerance of ±0.05 ppm ensures the accuracy of frequency counts. With a very high load capacitance of 10pF, this crystal can provide excellent spectral performance and low power consumption.

The operating temperature range of this crystal is -40 to +85 degrees Celsius, making it a great option for applications that need to work in extreme temperatures. The frequency stability over temperature and aging is also optimum, giving the user optimal performance.

The working principle of the FC4STCBMF16.0-BAG200 is based on the fact that an electrical signal, when applied to a quartz crystal, will cause it to vibrate at a predetermined frequency. The oscillation frequency is dependent on the dimensions of the crystal, as well as the mass and elastic modulus of the quartz material. In a crystal oscillator circuit, the quartz crystal is the resonator and generates a stable output signal with a very high Q factor.

The main components of an oscillator circuit are the resonator, the amplifier, and the voltage-control element. The resonator is the quartz crystal that stores energy and generates the output signal. The amplifier is used to increase the output signal and the voltage-control element is used to control and regulate the frequency.

The output signal from the oscillator, which is derived from the action between the crystal and the amplifier, is a sinusoidal waveform that has a fixed frequency and is in-phase with the input signal. This sinusoidal waveform is then used for synchronization in various types of devices.

The FC4STCBMF16.0-BAG200 crystal is an ideal choice for embedded systems, electronic watches and clocks, frequency counters, smart batteries, consumer electronics, and automotive and industrial applications. Its wide temperature range, frequency stability, and high load capacitance make it an excellent option for these applications. This crystal is also an ideal choice for RFID and cellular systems. By providing a reliable, accurate and stable clock signal, it ensures the successful operation of these applications in any environment.

In summary, the FC4STCBMF16.0-BAG200 crystal is a high-performance, high-reliability, wire-bondable surface-mount crystal designed for use in a variety of applications. It has a unique frequency of 16.0 MHz and provides excellent signal stability, temperature tolerance and long-term reliability at low power consumption. This crystal is a great option for applications such as embedded systems, electronic watches and clocks, frequency counters, smart batteries, consumer electronics, automotive and industrial applications, RFID and cellular systems. Its wide temperature range, frequency stability, and high load capacitance make it an excellent choice for these applications.

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