TSX-3225 28.63636MD50X-W3

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Crystals have been used to provide precise timing signals in a variety of applications. One such crystal is the TSX-3225 28.63636MD50X-W3, which is a precision-tuned, medium-temperature, temperature-compensated crystal oscillator (TCXO). This article will explore the application field and working principle of this crystal.

The TSX-3225 28.63636MD50X-W3 is a miniature, high-precision crystal designed for use in consumer electronics and data communication systems. It is often used in applications such as cellular base transceiver stations, wireless networks, spectrum analyzers, and broadcast systems. It is also used in GPS receivers and smart home appliances.

This TCXO operates on a frequency of 28.63636MHz and has a temperature stability of 0.2ppm in temperatures ranging from -40 to +85 degrees Celsius. It is designed using a small footprint and with a low start-up current of 25 mA and can operate on a supply voltage of 5.5V. This allows it to be used in space-constrained systems.

The working principle of the TSX-3225 28.63636MD50X-W3 is based on an oscillation effect generated by a quartz crystal. Quartz crystals have the property of exhibiting a resonant frequency when they are excited by a voltage. This resonant frequency is dependent on the dimensions and shape of the crystal. When a voltage is applied to the crystal, it oscillates at its resonance frequency.

The oscillation frequency is then stabilized by the temperature compensation circuitry, which monitors the temperature and adjusts the crystal to maintain a stable frequency. This ensures that the transmission of signals over long distances is unaffected by temperature variations.

The TSX-3225 28.63636MD50X-W3 is designed to provide precise timing signals in a variety of applications. Its high precision and temperature stability make it well-suited for use in consumer electronics, GPS receivers, and broadcast systems. The crystal\'s small footprint, low start-up current, and wide temperature range make it ideal for space-constrained systems. Its temperature-compensated oscillation effect ensures that signals are transmitted accurately over long distances.

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