ECS-196.6-18-33Q-DS

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Crystals are essential for many electronic devices, and ECS-196.6-18-33Q-DS is one type of crystal with versatile applications. This crystal resonator is made up of two quartz plates held together with two leads. It has a low profile, which makes it ideal for many types of applications, including timing and harmonic oscillation, crystal aging, frequency compensation, and frequency stabilizing.
In terms of its application field, the ECS-196.6-18-33Q-DS crystal resonator is mainly used in various clocks and oscilloscopes. It can also be used in radios and TV sets, as well as computer systems. Moreover, this crystal has a wide range of operational frequencies, from about 1 MHz to 40 MHz. It also has a high accuracy and stability, which allows for precise operation. Additionally, this crystal resonator is highly reliable and has low power consumption.
The working principle of the ECS-196.6-18-33Q-DS crystal resonator is based on the piezoelectric effect. This refers to the ability of certain crystals, such as quartz, to produce an electric voltage when mechanically distorted. This crystal has two quartz plates, which are electrically coupled with two leads. When an alternating current is applied to the leads, the quartz plates vibrate at their resonant frequency. This oscillation is then used to stabilize the output of the circuit.
Furthermore, the ECS-196.6-18-33Q-DS crystal resonator also has excellent environmental resistance and is capable of handling shock and vibration. It is also highly temperature resistant and can survive temperatures ranging from -40 to +85°C. This makes it extremely reliable and suitable for applications in various industrial and military settings.
In conclusion, the ECS-196.6-18-33Q-DS crystal resonator is a highly reliable, low profile, and versatile crystal. It has a broad range of application fields and a working principle based on the piezoelectric effect. Furthermore, it has excellent environmental resilience and temperature resistance. This makes it an ideal choice for applications in various fields, including clocks, oscilloscopes, radios and TV sets, computer systems, and military settings.

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