ECS-260-10-36Q-EP-TR

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Crystals

The ECS-260-10-36Q-EP-TR is a kind of crystal, which are widely used in modern electronics to enable precise frequency control in such areas as radio and telecommunication systems. The crystal can be easily incorporated onto a circuit board, and its relatively small size makes it a popular choice for use in many electronic products. In addition, the crystal’s proven performance over wide temperature ranges make it suitable for applications in a variety of temperature-controlled environments. Traditionally, crystals have been used as oscillators for synchronization of operations for basic logic and processor functions, as well as in radios and clock circuits.

Application Fields of the ECS-260-10-36Q-EP-TR

The ECS-260-10-36Q-EP-TR is a great choice for battery-powered applications thanks to its low power consumption and superior frequency stability. It is also commonly found in remote sensing, instrumentation and equipment where its precision timing is an essential requirement. Additionally, this type of crystal is used in precision frequency reference systems, digital processing systems, wireless communications as well as in measuring and control systems.

Working Principle of the ECS-260-10-36Q-EP-TR

The ECS-260-10-36Q-EP-TR is based on quartz crystal technology. It works by transforming electric energy into mechanical energy. This is achieved through the property of quartz crystals to respond mechanically to a constant electric field and vibrate in an anharmonic manner. This crystal can be mounted in a series connection, with the element acting on a parallel connection as the source of electric energy for its own oscillation.

The crystal\'s oscillation frequency is determined by the circuit that is connected to it. As the frequency is determined by the resonator itself, the circuit can be simply tuned to a predetermined frequency. The crystal is connected to the circuit in such a way that the alternating current is forced to vibrate at the same frequency as the resonator. This causes the crystal to resonate, emitting a steady tone that is used as a reference to keep the circuit stable and running in sync.

The ECS-260-10-36Q-EP-TR features two bonding wires that are typically connected to two adjustable electrodes. These electrodes must be adjusted until the Crystal Oscillator reach the desired frequency. The output frequency of the crystal will be affected by any external influence and can shift when the temperature, voltage or other environmental conditions change. To keep it running within a specified frequency range, the crystal should be designed with temperature compensation.

Overall, the ECS-260-10-36Q-EP-TR is a widely used type of crystal that provides reliability and precision to today’s electronics. Its wide range of application and cutting-edge performance make it a popular choice for manufacturers and equipment designers.

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