CS10-32.768MABJTR

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Crystals have been used in a vast array of applications in the modern world. From radio bases, on-board navigation equipment, timekeeping equipment and communication satellites, crystals are invaluable components that are used to control the frequency of a signal in a process known as oscillation. Oscillation occurs when the crystal is stimulated by either an electrical or environmental-based source, and produces vibrations at rates of up to several gigahertz, depending on the size of the crystal. The CS10-32.768MABJTR is a low-cost, precision crystal oscillator that is typically used for crystal-controlled timing and frequency applications.

The CS10-32.768MABJTR crystal consists of a synthetic quartz crystal that is mounted onto a circuit board and held in place by an epoxy. The crystal is held in place so that the quartz vibrates when an electric current is applied to it. The crystal\'s frequency of oscillation is determined by its "cut", “no of pole” and the Applied Voltage. The CS10-32.768MABJTR crystal is cut to have a frequency of 32.768 kHz (+/- 200 ppm tolerances). The number of pole is ten and the maximum applied voltage is 0.2V. An important feature of this crystal is that it is safe to use in environments with temperatures up to 200°C.

The CS10-32.768MABJTR crystal is primarily used in applications where timekeeping and frequency control are essential. It is commonly used in wristwatches, car engine control units and medical imaging devices. Furthermore, it is an ideal choice for applications that require long life, stability and reliability. It also exhibits excellent performance in both warm and cold climates and can operate in harsh electrical and environmental conditions. The CS10-32.768MABJTR also provides a high degree of accuracy that is suitable for applications such as timekeeping, frequency referencing and data transmission.

The working principle behind the CS10-32.768MABJTR crystal is quite simple. When current is applied to it, the quartz crystal will oscillate at its natural frequency as determined by its cut and the applied voltage. This frequency is called the resonance frequency, or the resonant frequency, and is determined by the size of the crystal and the shape of the cut. The oscillating motion of the crystal causes a sine wave of electrical energy to be generated, which can then be used to control the frequency of a signal.

In summary, the CS10-32.768MABJTR crystal is a precision crystal oscillator that is typically used for crystal-controlled timing and frequency applications. It consists of a synthetic quartz crystal that is mounted onto a circuit board and held in place by an epoxy. The crystal frequency is determined by its cut, no of pole and the applied voltage. The CS10-32.768MABJTR is widely used in timekeeping, frequency referencing, communication and data transmission applications due to its high accuracy, stability and tolerance to harsh environmental conditions. The working principle behind the CS10-32.768MABJTR is quite simple; when current is applied to it, the quartz crystal will oscillate at its natural frequency as determined by its cut and the applied voltage, producing a sine wave of electrical energy that can be used to control the frequency of a signal.

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