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Oscillators

7X-3.6864MBD-T

Oscillators are used to produce cyclic electrical signals that can be used for a variety of purposes. The 7X-3.6864MBD-T oscillator is a low-power product designed for frequency control and telecom applications. Its design is incredibly efficient and stable, making it an ideal choice for applications that require precise, low-emissions output.

Application Field

The 7X-3.6864MBD-T oscillator is designed specifically for use in telecommunications applications. It can be used as a reference frequency source in networks such as GSM, PCS, CDMA, W-CDMA, TDMA as well as in GPS clocks. Additionally, it can be used for frequency control applications such as frequency synthesizers, RF modulators, DAC converters and phase locked loop systems.

Working Principle

The 7X-3.6864MBD-T oscillator consists of a quartz crystal that vibrates when a voltage is applied to it. As the crystal vibrates, it produces an electrical signal at a very specific frequency. This frequency is determined by the size of the quartz crystal and the type of material it is made from. The quartz crystal is then configured in a Pierce oscillator circuit, which amplifies the voltage and amplifies the output frequency.

The 7X-3.6864MBD-T oscillator also features a differential mode choke, a resistor, and two capacitors. These components work together to filter out any radiated emissions from the oscillator and reduce power consumption. The differential mode choke also helps reduce interference between the oscillator and other components in the circuit.

Lastly, the oscillator features an internal temperature compensation feature, which helps to guarantee an accurate output frequency over a wide temperature range. It also has an automatic initiatly function, which helps maintain accuracy over time.

Benefits

The 7X-3.6864MBD-T oscillator features a wide variety of benefits. It is extremely efficient, which saves on power consumption and keeps emissions low. It\'s also incredibly stable, meaning it will produce a reliable output frequency for a long time. Its internal temperature compensation feature ensures accuracy over a wide temperature range as well. All of these benefits make it an ideal choice for frequency control and telecom applications.

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