CMR309T6.000MABJTR Crystals, Oscillators, Resonators

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Crystals are important components in electronic systems and play an important role in timing and frequency control. One of the most popular range of Crystals is the CMR309T6.000MABJTR Crystal used to ensure stability and precision in various radio frequency applications. This article will be exploring the application fields and working principle of CMR309T6.000MABJTR Crystals.

CMR309T6.000MABJTR Crystals have wide application in the field of Radio Frequency (RF) transceiver chips. These chips are used in various wireless communication systems, such as wireless local area networks (WLANs) and microwave links. These chips typically incorporate a voltage-controlled oscillator (VCO), which is driven by the CMR309T6.000MABJTR tuning Crystal to provide precisely timed RF output signals from a transmitter or receive signals from an antenna in a receiver. A robust and stable Crystal with a temperature range of -30 to +85 deg C is essential for reliable operation of these transceiver applications.

The CMR309T6.000MABJTR is a temperature compensated Quartz Crystal with a nominal frequency of 6.000MHz and a maximum load capacitance of 30pF. This type of Crystal is commonly used to set the intermediate frequency (IF) in receivers, and provides a reference signal to VCOs within the RF transceiver circuit. The frequency accuracy is typically +/- 20ppm (over 0 to +70 deg C) due to the temperature compensation for the Crystal. The physical size of this Crystal is 2.0 x 1.6mm and it is packaged in a 3-pin 1.5mm SMD package.

The working principle of the CMR309T6.000MABJTR Crystal is based on the piezoelectric effect. This effect occurs when a mechanically stressed Quartz Crystal produces an electrical charge across the surface of the Crystal. This charge can be used to create a voltage-controlled electrical circuit, commonly known as a resonator. The transfer of an electric charge to the Crystal causes the Crystal to vibrate at a specific frequency that is dependent on the Crystal’s size and structure. The CMR309T6.000MABJTR Crystal vibrates at 6.000MHz and is used to generate a reference frequency signal and provide precise timing signals to control the frequency of the VCOs in RF transceiver circuits.

In summary, CMR309T6.000MABJTR Crystal is an important component used in radio frequency transceiver applications. It is a robust and temperature compensated Crystal that provides a 6.000MHz accurate frequency with a tight accuracy tolerance of +/- 20ppm over a 0 to +70°C temperature range. This Crystal also provides a reference frequency signal to control the frequency of voltage-controlled oscillators in RF transceiver circuits. It is a small package making it suitable for use in a wide array of applications including wireless networks, microwave links, and other radio communication systems.

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