FHCXO-12-10BN

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FHCXO-12-10BN is a type of frequency controlled crystal oven, or FHCXO. It is a type of voltage controlled crystal oscillator (VCXO) designed for use in higher frequency and temperature applications. VCXOs are used to maintain precise frequency stability in delicate oscillator circuits. The FHCXO-12-10BN is a very accurate and precise crystal oscillator designed for use in industrial and military applications.

FHCXO-12-10BNs are generally used in applications that require very precise timing. This includes uses such as high-performance communications systems, digital signal processors, and precision instrumentation. The FHCXO-12-10BN is also ideal for applications involving extremely high temperature operation as it is designed to work reliably up to temperatures of +125°C.

The FHCXO-12-10BN utilizes a discrete magnetic field and proprietary PTC sensing technology to ensure precise frequency control. This allows for the highest levels of frequency stability and accuracy. The FHCXO-12-10BN is also designed for long-term use and reliability. It utilizes a custom designed, field-compensated crystal unit that provides excellent frequency control. The FHCXO-12-10BN also has a frequency range of 12.0 MHz, 10 Hz accuracy, and excellent long-term stability over temperature ranges.

Frequency controlled crystal ovens are also used to control and monitor phase noise in a system. Phase noise is the unwanted signals that can be generated as part of the system\'s operation. By utilizing an FHCXO-12-10BN to monitor and control phase noise, system performance can be maintained and any potential signal interference can be eliminated.

The FHCXO-12-10BN is a highly precise and reliable crystal oscillator and is ideal for a variety of applications. It is designed to provide the highest levels of stability and accuracy even in extreme temperature applications. It utilizes a custom designed, field compensated crystal that provides excellent frequency control and a frequency range of 12.0 MHz, 10 Hz accuracy and excellent long-term stability. It is also a great choice for controlling and monitoring phase noise, and can help to ensure optimal system performance and eliminate any potential signal interference.

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