TS260F11CET

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Crystals play an important role in many electrical and electronic devices and applications. TS260F11CET is an oscillator crystal that produce an accurate, clean and stable frequency output from it. The crystal consists of two pieces of quartz, each cut in a specific size, shape, and angle. The two crystals are placed in parallel electrodes which serve as the two plates for an electric capacitor. A crystal oscillator is an electronic circuit that uses the mechanical resonance properties of a vibrating crystal to create a signal for an output amplifier circuit. The crystal acts as a frequency-determining device in the circuit, since the frequency of oscillations is predictable from the parameters used to cut the crystal. The cut of the quartz crystal determines the frequency of oscillations. The TS260F11CET oscillator crystal, in particular, produces frequency output of 11.0592 MHz.  The working principle of the oscillator crystal is based on the piezoelectric effect. As a voltage is applied across the electrodes, the quartz crystal releases a small mechanical energy that causes its two plates to oscillate. The frequency of these oscillations is determined by the parameters used to cut the crystal and is relatively constant. The frequency generated is then amplified by an output amplifier circuit or other electronic devices. In addition to providing accurate and stable frequency signals, the TS260F11CET is also characterized by low phase noise and low jitter. This makes it ideal for use in applications such as radio receivers, smartphones, and navigation systems. It is also suitable for high-precision time-keeping applications like clocking systems and synchronization of networks. The crystal is robust enough to withstand high temperature variations, making it suitable for many industrial applications.The TS260F11CET crystal is designed to operate safely in a wide range of conditions. It can also withstand higher voltages and temperatures than other oscillator crystals. This makes it a highly reliable and long-lasting component for any electronic system. In conclusion, the TS260F11CET crystal is an oscillator crystal characterized by reliable output, low phase noise and jitter, and high temperature operation. Its applications include those that require accuracy, precision, and long-term performance such as radio receivers, smartphones, navigation systems, and clocking systems.

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