LFXTAL012312REEL

crystals are a vital part of design and construction for many devices and systems. The LFXTAL012312REEL is a quartz crystal that has been specifically designed for use in precision timing applications. Developed by Texas Instruments, it provides excellent frequency stability over a wide temperature range and offers low phase noise. In this article, we will explore the application field and working principle of the LFXTAL012312REEL.

The LFXTAL012312REEL crystal is a highly stable electronic component designed for precision timing tasks. It is mainly used in avionic and defense applications, including navigation systems, radar systems, communication systems and frequency synthesisers. It can also be used in the aerospace industry, commercial communication systems and medical systems, to ensure precise timing requirements.

The core of the LFXTAL012312REEL crystal is made from high-purity quartz and is cut in a specific shape and size. This shape and size determine the resonant frequency at which the crystal oscillates when an AC signal is applied. This process is known as \'piezoelectric effect\'. The quartz crystal is then encapsulated in a metal package, which makes it suitable for use in many applications.

The LFXTAL012312REEL crystal uses the principle of balance. A balance arm mechanism is used to control the frequency of the oscillations. This mechanism is designed to keep the crystal oscillating at a specific reference frequency, regardless of changes in temperature or supply voltage. This makes the LFXTAL012312REEL suitable for precision timing tasks in avionic and defense applications.

The LFXTAL012312REEL crystal is an extremely reliable and stable electronic component. It is designed to be vibration resistant and can operate at temperatures ranging from -30 to +125 degrees C. It has excellent frequency stability over a wide temperature range, as well as low phase noise, making it an ideal choice for precision timing applications.

The LFXTAL012312REEL crystal is a quartz crystal specifically designed for precision timing applications. It offers excellent frequency stability and low phase noise, making it suitable for use in a range of avionic and defense applications, as well as the aerospace, commercial communication and medical fields. It uses the principle of balance, with a balance arm mechanism to control the frequency of the oscillations, and is vibration resistant.