CSA309-33.8688MABJ-UB

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The CSA309-33.8688MABJ-UB crystals are commonly used in oscillators due to their frequency stability. This type of crystal is a fundamental AT-cut crystal that has a frequency of 33.8688MHz. Its frequency precision is typically within a few parts per million, which is suitable for applications such as telecommunications, data transmission and navigation.

Crystals such as the CSA309-33.8688MABJ-UB are based on the piezoelectric effect, in which the crystal vibrates when an electric field is applied. A fundamental AT-cut crystal consists of two plates of quartz, which are held at each end. Each plate has two electrodes, which are connected to an oscillator circuit. When an AC voltage is applied to the electrodes, the quartz will vibrate at a frequency determined by the thickness and shape of the crystal.

The CSA309-33.8688MABJ-UB crystal is designed for use in oscillators operating at 33.8688MHz. It is usually mounted in a through-hole package, which is suitable for use in surface mount applications. The crystal can be used in a variety of oscillator circuits, including Pierce, Colpitts and Clapp configurations. The oscillator circuit can be configured to operate at a specific frequency by choosing the appropriate capacitor and inductor values.

The CSA309-33.8688MABJ-UB crystal is an example of a high-precision fundamental AT-cut crystal. It has a frequency range of 33.8688MHz, which is perfect for applications such as telecommunications, data transmission and navigation. Its high frequency precision makes it suitable for frequency control in various types of oscillator circuits.

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