CB-150.000MBE-T

CB-150.000MBE-T Oscillators

The CB-150.000MBE-T oscillator is a high-performing, reliable frequency-stabilized Crystal Oscillator that provides very low jitter performance. It is designed specifically for applications requiring low frequency stability such as Network Interface Cards, Cable Modems, and Ethernet connecting cards.

Application Field

The CB-150.000MBE-T oscillator is specifically suited for applications involving high-speed communication such as Network Interface Cards (NICs), Cable Modems, Ethernet Connecting Cards, telecom equipment, and base station transceiver. The high stability of the oscillator ensures that the small errors due to timing skew don’t negatively affect the system performance. The oscillator can also be used in precision frequency-locked loops and other timing related electronic applications.

Working Principle

The CB-150.000MBE-T oscillator uses a crystal resonator to generate its frequency. The device works by combining a piezoelectric quartz crystal resonator and a temperature-compensating circuit. Quartz crystals are made from synthetic quartz, and have a natural frequency that is temperature dependent. To compensate for this, the oscillator applies corrections for temperature variations. The crystal is enclosed in a hermetically sealed package to minimize temperature variation caused by temperature changes in the surrounding environment. The result is a low-jitter, stable frequency output.

The accuracy of the oscillator is further improved by using a feedback loop. This loop regulates the oscillator frequency by measuring and using the energy of the oscillator. The oscillator frequency is determined by the characteristics of the resonator, which are stored in a look-up table. The feedback loop will adjust the oscillator\'s output frequency so that it remains very close to the value stored in the look-up table.

The CB-150.000MBE-T oscillator is also designed with a built-in self-test (BIST) capability. This is used to check whether the oscillator is functioning properly and to detect possible errors in its data output. BIST also helps to identify the cause of any errors that may occur and provide guidance to improve system performance.

Conclusion

The CB-150.000MBE-T oscillator is a reliable and highly efficient Crystal Oscillator suitable for a number of applications. The device maintains a very low jitter performance and is designed to compensate for temperature variations. The oscillator also has a feedback loop which improves accuracy, as well as a BIST capability for error detection. All these features make the CB-150.000MBE-T Oscillator an ideal choice for high-speed communication applications.