LP120F35IDT Crystals, Oscillators, Resonators

Crystals are essential components used in virtually all modern electronic devices, mainly network communications, navigational equipment, computers, and digital media. The LP120F35IDT is a crystalline device that is used in numerous applications. This article will discuss the working principle and application field of the LP120F35IDT.

A crystal oscillator (aka a quartz oscillator) is a type of electronic frequency-based device in which the active element is a quartz crystal. The quartz crystal is driven either by a mechanical force (direct drive) or an electrical signal applied to its electrodes (indirect drive). Whatever the type of drive chosen, quartz crystals are capable of providing very reliable and accurate frequency oscillations over a wide range of frequencies. The main advantage of quartz oscillators is their ability to hold a very stable frequency over a wide range of temperature and stress conditions.

The LP120F35IDT is a high-quality oscillator designed for mobile and wireless applications that require high performance, low power and low EMI (electromagnetic interference). The device is based on an athermal differential quartz crystal which eliminates the need for an external temperature sensor while minimizing temperature dependence. The device utilizes a high quality quartz crystal with superior shock resistance, stability and ultra-low EMI.

The LP120F35IDT oscillator is designed for applications where low power, low EMI, low temperature drift and high shock resistance are needed. The device can be used for RF-front-end designs for mobile and wireless applications such as WiFi, Zigbee, Bluetooth, GPS and GPRS. The high quality quartz crystal used in the device ensures high performance, low power and low EMI. The LP120F35IDT oscillator is also suitable for use in other applications such as Frequency Synthesis, Timing, Clocking and Video Clocking.

The LP120F35IDT oscillator works by converting the electrical energy applied to its electrodes into mechanical vibrations. These vibrations cause the quartz crystal to vibrate at its natural frequency. This is then converted back into an electrical signal by the crystal\'s electrodes and amplified by the output amplifiers. The amplified electrical signal can then be used for various applications such as frequency synthesis, timing, clocking and video clocking.

To summarize, the LP120F35IDT is a crystal oscillator designed for mobile and wireless applications that require high performance, low power and low EMI. The device is based on a differential quartz crystal that eliminates the need for external temperature sensor while minimizing temperature dependence. The device offers high performance, low power consumption, low EMI and shock resistance. The LP120F35IDT can be used for various applications such as Frequency Synthesis, Timing, Clocking and Video Clocking.