ECS-92.1-18-7SX-TR

Crystals are fundamental components for electronics devices and are used in many major industries. Crystals are used in applications such as televisions, radios, computers and cell phones. One of the more popular crystal types is the ECS-92.1-18-7SX-TR crystal. This article will discuss the application field and working principle of the ECS-92.1-18-7SX-TR crystal.

Application Fields

The ECS-92.1-18-7SX-TR crystal is recorded as the best-selling XO product in 2018. It has a wide range of application fields and is one of the most commonly used crysal in current electronics devices.

One application field of the ECS-92.1-18-7SX-TR crystal is the broadcasting industry. It provides a transmission between audio and digital systems, supporting high quality audio production.

ECS-92.1-18-7SX-TR crystal are used in personnel computers, allowing it to communicate with other systems, interacts with the user, and manage internet data. This crystal also used in many cell phone applications. It can be used in the handset\'s microphone circuit to minimise the impact of noise on the phone headset. Dimensions are kept small on the ECS-92.1-18-7SX-TR crystal and it requires less power as well, making it ideal for access within cell phone systems.

Lastly, the ECS-92.1-18-7SX-TR crystal can also be found in timekeeping applications including industrial, reception and digital LED clocks. This type of crystal is also used in many other communication devices where a reliable and resonant oscillator is needed.

Working Principle

The ECS-92.1-18-7SX-TR crystal is a type of quartz crystal that works on the principle of electrostriction. When a voltage is applied to electrodes that are not directly connected to the quartz crystal, the crystal expands. When the applied voltage oscillates, it causes the quartz crystal to vibrate in a very specific frequency. This frequency, is known as the resonant frequency and is determined by the physical properties of the crystal.

The ECS-92.1-18-7SX-TR crystal, has two sets of electrodes on each face, which makes it a double-plate structure. The two electrodes in each set work together to stabilize or increase the frequency of the quartz crystal. As the voltage applied to the crystal varies, it produces a tuning range of around 0.5%, to 1%. This allows for fine adjustments to the resonant frequency of the crystal.

The main advantages of the ECS-92.1-18-7SX-TR quartz crystal are its relatively low cost and its suitability for a wide range of applications. Its size and low power requirements also make it a good choice for limited space and low power applications. Additionally, the fact that the two sets of electrodes are separated by a small gap also further increases the stability of this type of crystal.

In conclusion, The ECS-92.1-18-7SX-TR Crystal is a popular crystal because of it’s wide range of applications and low power and size requirements. It is activated by the principle of electrostriction and works by vibrating a specific frequency when a voltage is applied to the electrodes. In addition, it has two sets of electrodes on each face which allow for fine adjustments to the resonant frequency.