LP160F35CET

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Crystals are used to facilitate communication between integrated circuits, which is why they are used in a variety of applications. LP160F35CET is one of these crystals, specifically designed to meet the needs of automotive systems. By understanding the LP160F35CET application field and working principle, people can get an understanding of the capabilities that it offers and how it functions.

LP160F35CET Application Field

LP160F35CET crystals are widely used in the automotive electronics industry where high temperature stability and low aging is essential. These crystals offer a wide working temperature range of -40 to +105ᵒC and maximum frequency stability over the temperature range. The crystal is designed to meet the requirements of automotive standards such as AEC-Q200. It is based on a multi-layer LCC package with low thermal resistance, which helps to ensure a high temperature stability.

LP160F35CET is used in a variety of automotive applications such as engine control units, body control modules, keyless entry systems, immobilizers, and various other sensor and communication interface systems. It is also widely used in communication applications like cellular base stations, routers, and modems. Additionally, it is used in many types of industrial and military applications.

LP160F35CET Working Principle

The LP160F35CET crystal works on the basic principle of quartz crystal oscillation. It is composed of two layers of pure quartz, which are placed into a housing containing electrodes. When a voltage is applied, the quartz layers expand or contract slightly, which causes the plates to vibrate at a very high frequency. This vibration is referred to as the quartz crystal oscillation.

The oscillation is the source of the signals that a crystal produces and is usually tuned to the specific frequencies required by the application. The oscillation period, output level, and frequency stability of the crystal are all affected by the shape of the quartz, the size of the electrodes, and the external elements such as temperature, power supply, and mechanical shock.

The LP160F35CET crystal is designed to provide a high degree of frequency stability and a low aging rate. This ensures that the crystal remains accurately tuned to the required frequency over time and can be relied upon to provide reliable and accurate communication signals for the application.

The LP160F35CET crystal provides an effective solution for a wide variety of applications and is a cost-effective solution for automotive and communication systems.

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