HC-49/U-S16257000ABJB

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Crystals have been used for many years in many devices which require devices to operate at specific frequencies. Very often, the oscillator circuit requires a crystal to achieve this frequency accuracy. HC-49/U-S16257000ABJB is a type of crystal specifically designed for use in challenging high performance applications.

HC-49/U-S16257000ABJB is a quartz crystal with advanced design features and optimized performance characteristics. It is a hermetically sealed frequency control device that is capable of achieving high stability and low noise in varied temperature and power supply environments. It features an SE14 type package with an effective length of 22 mm and an overall height of 2.5 mm.

As a quartz crystal, the HC-49/U-S16257000ABJB uses a piezoelectric effect to generate an accurate frequency. It is a simple and cost-effective frequency control device with a wide variety of applications. It can be used as a clock or timing source in many systems such as telecommunications, industrial automation, and instrumentation. It is popular in applications where frequency accuracy and stability are crucial factors, such as radio communications and satellite communications.

The working principle of the HC-49/U-S16257000ABJB is based on the principle of the quartz crystal oscillator. The crystal resonator consists of a quartz crystal cut into a particular shape. When a voltage is applied, it vibrates and produces an electrical signal at a frequency determined by its mechanical dimensions and the cut angle.

The signal is then amplified by a transistor to generate an oscillation signal, which is used to control the frequency of the device. The quartz crystal acts as an inertial mass and facilitates oscillations, while the transistor amplifies the signal and feeds it to the output stages.

The HC-49/U-S16257000ABJB is a high-performance quartz crystal that is suitable for use in challenging environments, thanks to its ability to operate with low power and to remain stable over temperature ranges and supply voltage variations. It is an ideal choice for applications that require high frequency stability and low noise.

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