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Crystals

Crystals are the most important components used in oscillators and other frequency control circuits. They are used to determine the frequency at which a circuit oscillates. A crystal can oscillate at a single or multiple frequency depending on its structure and application. The 9C-10.000MAGJ-T is a common surface-mount crystal used in many electronic systems.

Application field and working principle

The 9C-10.000MAGJ-T crystal is capable of oscillating between 10 and 30MHz. It is typically used in applications such as transceivers, radios, computers, and modems. The crystal works by vibrating a piezoelectric crystal, which produces a signal of a specific frequency when activated. This signal is then amplified and used to oscillate the circuit or device.

The 9C-10.000MAGJ-T crystal has an excellent stability and low power consumption due to its use of a special double-layer ceramic material. Additionally, its small size allows for flexible and compact design, making it ideal for use in portable devices. The crystal is also relatively inexpensive and therefore is used in a variety of applications.

The 9C-10.000MAGJ-T is typically used in a series connection with a load capacitor to ensure a good match between the crystal and the circuit. The series capacitor is key in enabling the crystal to maintain its frequency by providing a low impedance path for the oscillation signal. The load capacitor also acts as a damping element to reduce any unwanted harmonics in the circuit.

In addition, the 9C-10.000MAGJ-T crystal is often used in conjunction with a frequency-dividing circuit in order to achieve lower frequencies than those at which the crystal oscillates. By using the frequency divider, it is possible to reach frequencies as low as 10kHz while utilizing the same crystal.

The 9C-10.000MAGJ-T crystal is a versatile and reliable choice for many frequency control and oscillator applications. Its small size, low power consumption, and great stability make it an attractive option for use in portable devices.

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