ECS-36-18-10

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Crystals are an important component of many electronic devices, that is why their proper selection and utilization is crucial for the good performance of such devices. The ECS-36-18-10 is a type of crystal that has found wide use in various fields. This article will discuss the application field and working principle of this type of crystal.

The ECS-36-18-10 crystal is mainly used in semiconductor applications, such as the frequency control of RF applications, amplifiers, and data converters. It is also used in low power systems, such as the control of portable systems, mobile communication and digital control. The ECS-36-18-10 has a frequency of 36 MHz and the maximum operating temperature is of + 85°C. This makes it suitable for many applications.

ECS-36-18-10 crystals are constructed using a controlled crystal quartz crystal blank and an oscillator circuit. The crystal blank is composed of several layers of quartz that are cut in such a way as to have a resonance frequency when electric currents are applied. These layers are cut and shaped in such a way as to allow for a very precise frequency control. An oscillator circuit is connected to the crystal, which then generates an oscillating signal that is in line with the frequency of the crystal. When power is applied to the oscillator circuit, it causes the crystal to vibrate at its given frequency, which is then detected and can be used in a variety of applications.

Due to its high frequency, the ECS-36-18-10 has a good selectivity in terms of frequency stability, the ability to resist external electromagnetic influences, and the ability to resist voltage fluctuations. Additionally, its average frequency parameters are good and its aging characteristics are stable. All of these features make the ECS-36-18-10 crystal an ideal choice for many RF applications.

The ECS-36-18-10 is a very popular choice for applications such as clocks and timing circuits, frequency synthesizers, phase locked loops, transmitters and receivers, optical communication systems, phase shifting, and more. It is also widely used in thermometry, optoelectronical devices, radio-frequency circuits, and automatic test systems. Its superior stability and precision make it an ideal choice for various RF applications.

In summary, the ECS-36-18-10 is a type of crystal that is widely used in many electronic applications due to its high precision, frequency stability, and good selectivity. It is often used in frequency control, semiconductor applications, low power systems, and more. Its good aging characteristics and low power consumption make it a popular choice for many applications and it is rapidly becoming a standard component in modern electronic devices.

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