TSA89F33CET

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Crystals are essential components for many radio-frequency and microwave applications, used for frequency control and signal interception. One of the most popular models is the TSA89F33CET, designed for a wide range of applications such as cellular communications, Wi-Fi, and Bluetooth.

The TSA89F33CET crystal is a type of low-cost quartz crystal, also known as a fundamental or at-cut crystal. It is designed specifically for low-frequency applications operating in the 16-25 MHz range. Typical applications include the generation and reception of low-frequency digital signals, and can be used to control the frequency of a signal using a phase-locked loop (PLL).

The TSA89F33CET crystal is based on an oscillating quartz crystal and has a fundamental resonance frequency of 16 to 25 MHz. The crystal is formed from a single, cylindrical piece of quartz that is cut to form the crystal. Its bottom and top are covered with a special coating to form the electrodes, which then connect to an oscillator circuit that supplies power to the crystal. By varying the power levels that are supplied to the crystal, the frequency of the crystal’s oscillations can be adjusted.

When the crystal is placed in an oscillator circuit and power is supplied to it, the crystal’s piezoelectric properties cause it to vibrate at its natural frequency. As it vibrates, it produces an electrical signal at a specific frequency that can be used to generate signals in other components of the system. This is known as the resonant frequency, or simply, the frequency at which it oscillates.

The TSA89F33CET crystal is particularly useful for applications where precision frequency control is required. One example is in the development of an accurate and stable reference clock for digital systems such as a computer, clock generator, and digital signal processor (DSP). It is also used in the development of circuits that require precise frequency control such as wideband and narrowband filters, RF transceivers, and oscillators.

The TSA89F33CET crystal is also well-suited for applications that require signals at high frequencies, such as in the 2.4GHz and 5.8GHz ranges. It is also used in some wireless communications applications, such as cellular base stations and cellular handsets and other applications requiring frequency control in the MHz range.

The TSA89F33CET crystal has many advantages, such as low phase noise, high harmonic suppression, tight frequency control and stability, low power consumption, low cost, and a wide temperature range. Its low cost and wide temperature range make it a popular choice for designers looking for an affordable, high-performance crystal for their systems.

The TSA89F33CET crystal is a valuable tool in many applications, and its advantages have made it a popular choice for designers. Its flexibility and low cost make it an ideal choice for small and medium-sized systems, as well as for high-end projects. With its low-power consumption and small size, the TSA89F33CET is an ideal choice for many applications in the wireless communications and frequency control markets.

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