ECS-2520Q-30-270-BP-TR

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Oscillators

ECS-2520Q-30-270-BP-TR is a type of oscillator, an electronic device which produces electrical signals at specific frequencies. This oscillator consists of a ceramic resonator and an oscillator circuit. The resonator consists of an AT cut quartz crystal with a 30⁰ angle, rated at 270 kHz, and a gold plating. This combination of components provides high frequency stability, low phase noise, low power consumption, good frequency temperature stability, and other features.

Application Field

ECS-2520Q-30-270-BP-TR is commonly used in consumer, industrial, and military applications. These applications include Wi-Fi, Bluetooth, RFID, and wireless communication systems. In Wi-Fi and Bluetooth, the oscillator is used to generate electronic signals at a frequency that is compatible with the standard IEEE802.11 Wi-Fi or Bluetooth protocols. In RFID and wireless communication systems, the oscillators are used to generate electronic signals that can be detected and decoded by the receiving end for tracking and communication purposes.

Working Principle

The ECS-2520Q-30-270-BP-TR oscillator works by using the quartz crystal resonator as an electrical circuit element. When a voltage source is applied to the quartz crystal, its electrical properties cause the crystal to behave like an electrical circuit. This circuit is able to alternately store and release electrical energy, which results in the oscillation of electrical signals at the crystal\'s resonant frequency. This frequency is determined by the size and shape of the quartz crystal, and can be varied by changing the angle of the quartz crystal, or by using different capacitors and resistors. By varying these other elements, the oscillator can be tuned to the proper frequency for any application.

In summary, the ECS-2520Q-30-270-BP-TR oscillator is a type of oscillator which utilizes a ceramic resonator and an oscillator circuit to produce electrical signals at a specified frequency. This oscillator is commonly used in Wi-Fi, Bluetooth, RFID, and wireless communication systems. The oscillator works by using the quartz crystal resonator as an electrical circuit element, which alternately stores and releases electrical energy, resulting in the oscillation of electrical signals at the crystal\'s resonant frequency.

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