ECS-41-16-7SX-TR Application Field and Working Principle

Crystal resonators are a common electronic component used to create a reliable and repeatable oscillation at a specified frequency. They have become widely used in modern electronics because of their small size, low cost and highest frequency stability range of frequencies. The ECS-41-16-7SX-TR is a high-precision, temperature-compensated crystal oscillator (TCXO) that offers excellent performance at a variety of operating temperatures.

Applications

The ECS-41-16-7SX-TR crystal is ideal for applications where tight frequency control and high temperature stability are needed. These include precision time and frequency applications such as clock and timing circuitry for base station cellular multimedia, and Global Positioning System (GPS) receivers. It is also used in high-precision frequency synthesizers, frequency counters, spread spectrum receivers and frequency standard equipment.

Working Principle

The ECS-41-16-7SX-TR is basically a quartz crystal oscillator that contains a piezoelectric quartz crystal element. A quartz crystal is made up of a number of atoms that are arranged in a regular lattice structure. When an electric field is applied, the crystal vibrates at its natural frequency, creating a signal that can be used as an oscillator. The ECS-41-16-7SX-TR utilizes a temperature compensation technology that allows the crystal to maintain its frequency accuracy over a wide range of operating temperatures.

Temperature compensating crystals such as the ECS-41-16-7SX-TR offer excellent performance and stability over a wide temperature range. It utilizes several techniques to provide superior frequency stability and the ability to output accurate frequencies over an extended period of time. These techniques include using multiple crystals, temperature compensated substrates, advanced packaging techniques and temperature sensing technology.

The ECS-41-16-7SX-TR crystal oscillator is an excellent choice for applications where tight frequency control and high temperature stability are needed. It offers superior frequency stability, accuracy and reliability in a wide range of temperatures, thereby making it an ideal solution for various precision time and frequency related applications.