TS153F11CET

Crystals are the fundamental components of a wide variety of electronic and communication devices. The TS153F11CET is an example of a crystal that has found applications in, amongst others, GSM/GPRS modules, and PDAs.

Application Field

The TS153F11CET crystal is a high-performance, high-stability quartz crystal resonator that exhibits outstanding performance in a wide variety of applications. It is designed for use in mobile communication applications such as GSM and GPRS modules, PDAs, and other wireless communication and navigation devices. The crystal is also suitable for use in wireless LANs, Bluetooth applications, and ZigBee.

Working Principle

To understand the working principle of the TS153F11CET crystal, it is helpful to first understand how quartz crystals work in general. Quartz crystals are piezoelectric materials that vibrate at a specific frequency when a specific voltage is applied to them. The frequency of these vibrations is determined by the size and shape of the crystal as well as its mass. This can be used to create very accurate and stable frequency sources that can be used for timing and control purposes in electronic equipment.

In the case of the TS153F11CET crystal, the quartz crystal is designed to generate a frequency of 11.0592MHz with very low jitter. The crystal utilizes a built-in transistor to generate a rectangular waveform that is then used to drive the quartz crystal, providing improved frequency stability over a wide range of temperatures. The crystal also features a low drive level, which reduces power consumption and improves the signal to noise ratio.

The TS153F11CET crystal is a proven and reliable solution for a variety of Bluetooth, GSM/GPRS, and wireless LAN applications. It provides high stability and performance over an extended temperature range and is an ideal choice for short-range communication solutions.