CSA309-12.500MABJ-UB

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Crystals have been used in high-frequency and radio circuits for many years. The CSA309-12.500MABJ-UB is one of the most popular crystals on the market. It has excellent frequency stability, high temperature operating range, and wide frequency range.

The CSA309-12.500MABJ-UB is primarily designed for use in oscillators. It operates using a quartz crystal as the frequency-determining device. The crystal is housed in a protective case that enables operation over a wide frequency range. The crystal consists of a very thin disc of quartz, cut to specific dimensions in order to resonate at a particular frequency.

The frequency range of the CSA309-12.500MABJ-UB is 455KHz to 8.42MHz. It is rated to operate over temperatures ranging from -20 degrees to 70 degrees Celsius. The crystal has extremely low aging characteristics and a good VSWR (Voltage Standing Wave Ratio) of less than 1.

The CSA309-12.500MABJ-UB crystal is commonly used in oscillators and other high-frequency applications such as television sets, radios, and communications systems. In an oscillator circuit, the crystal functions as a resonator. An alternating current is passed through the crystal, which causes it to vibrate at a specific frequency. This frequency is then used as the reference for a voltage-controlled oscillator (VCO) or other circuit.

Another application where the CSA309-12.500MABJ-UB is commonly used is in filter circuits. The crystal is cut in such a way that is resonates at certain frequencies only. This makes it ideal for use in filter circuits where an incoming signal is passed through the crystal, and only frequencies that are resonating with the crystal are allowed to pass through. The CSA309-12.500MABJ-UB is also used in frequency dividers, in which the frequency of the divided signal is determined by the frequency of the crystal.

The CSA309-12.500MABJ-UB is an excellent choice for high-frequency oscillator and filter applications. It has a wide frequency range, a high temperature operating range, and excellent frequency stability. Its low aging characteristics and low VSWR make it an ideal choice for any design requiring a reliable, high-performance crystal.

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