ECS-320-10-36Q-DS-TR

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Crystals are the most basic element which enable all functions of the electrical and electronic circuit. Its importance can be found in smartphones, computers and televisions, with few exceptions of devices using simply resistors and capacitors. In such context, ECS-320-10-36Q-DS-TR also functions as a crystal device. This part is designed to provide an oscillation frequency in communications circuit. Each model of the crystal has its own operating frequency factor, and in this particular model it is 36 MHz.

Crystals are essential components in many electronic circuits. It is the fundamental unit of the oscillation system since it emits a highly stable frequency. In some occasions, these parts are even used to play higher frequency audio. A frequency network including an amplifier will then be generated. Different types of crystals are used when the frequency is getting higher, with ECS-320-10-36Q-DS-TR as the recommended choice for frequencies of about 35 MHz.

Speaking of its application field, ECS-320-10-36Q-DS-TR is commonly used in portable radios, aerospace and telecommunication devices including walkie-talkies, two-way radio, etc. It can also be used in microprocessor and embedded audio devices. The device is operating under temperature ranging from -20 to 80 Celsius. The span of frequencies ranges from 6 to 45 MHz, with 36 MHz as the preferred operating frequency. Users of this part can expect a long-lasting and highly stable operation.

The structure of crystals is very simple. It is made up of crystalline material with metal electrodes connected to its ends. The electrical signal is bounced back and forth between the two electrodes, forming an oscillation system. With proper design and parameters, a highly stable frequency is crystalized. Even when the environmental conditions are not ideal, such as a peak in temperature or a large amount of interference from other sources, the oscillation circuit present in ECS-320-10-36Q-DS-TR is still able to perform its function perfectly.

It is also the case when the circuit is drastically modified. The crystalline structure requires a good design and layout to create oscillation. This is possible to achieve with ECS-320-10-36Q-DS-TR by simply adding some additional components such as resistors and capacitors, and changing the internal circuit structure. In this manner, the working frequency can be modified.

From the above discussion, we can understand the importance of ECS-320-10-36Q-DS-TR in the communications circuit. Its stable oscillation system is the result of a careful design and careful selection of components. With this particular crystal device, the frequency-dependent circuit will always remain stable, making it a perfect choice for all the applications mentioned above.

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