TS260F33IDT

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Crystals are widely used in electronic devices because of their high frequency characteristics, high stability, and low power consumption. TS260F33IDT is a low jitter differential oscillator crystal developed for precision clock applications. The standard frequency range for this crystal is 32 to 35 Mhz, and it is designed for temperature range from -40°C to +100°C.

The TS260F33IDT is made up of a small crystal and a special circuit that can unbalance the crystals in order to eliminate jitter. The crystal is small, making it easy to integrate into electronic devices without taking up too much space. It is also more power efficient than other crystals and offers better temperature stability.

The TS260F33IDT can be used in a variety of applications including telecommunications, audio/video, data processing, and computer/peripheral applications. It is also often used in automotive circuit protection, power line communications, and industrial automation. The crystal is ideal for a variety of clock signal generators, such as microprocessors, ASICs, and other digital signal processors (DSPs).

The working principle of the crystal is based on the oscillation of two quartz plates, which when placed in series, produce a specific resonance frequency. The crystal requires a small amount of direct current to operate, and the frequency is then determined by the crystal’s resonance. The frequency is stable and accurate, and the oscillation can be maintained over a wide range of temperatures. The TS260F33IDT crystal is designed to reduce jitter and distortion of incoming signals, resulting in better signal clarity.

The TS260F33IDT crystal is an ideal choice for those looking for an efficient, reliable, and energy-saving crystal. Its small size and precise oscillation make it suitable for a wide variety of applications, including telecommunications, audio/video, data processing, automotive, and industrial automation. With its low jitter and precise frequency stability, the TS260F33IDT crystal provides precision clock signal generation for microprocessors and DSPs, making it an ideal choice for many modern electronic applications.

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