514CBB000112BAG

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Programmable oscillators, such as the 514CBB000112BAG, allow for a wide range of frequency tuning applications. The design of the 514CBB000112BAG is based upon a Quartz Enhanced Crystal Oscillator (SECO) and is capable of frequency tuning over a range of several MHz to tens of MHz. It features an analog frequency adjustment and digital restriction of the frequency tuning range.

The 514CBB000112BAG’s frequency tuning range is adjustable over a wide range of frequencies, with a wide adjustment range of up to 10% with minimal changes in output amplitude. This wide range of frequency tuning allows for practically any type of application, including radio frequency (RF), wireless communication, microwave and satellite communication, avionics, robotics, timing and control systems, test and measurement systems and more.

The 514CBB000112BAG\'s working principle involves the use of an analog voltage control input to vary the frequency output of the device within a pre-determined frequency range. This is achieved by applying a specific AC voltage to the device, which changes the device\'s frequency output in a linear fashion. As the voltage is varied, the frequency output of the device follows to create a linear frequency change. The frequency shift is typically proportional to the control voltage, as well as the hold capacitor Cx.

The 514CBB000112BAG also features a digital input interface which can be used to restrict frequency tuning range and provide further frequency control. This is done by connecting the digital inputs of the device to logic level high or low signals, which will restrict the frequency tuning range of the device. This effectively allows the user to specify what frequency range the device will operate in.

The 514CBB000112BAG oscillator is a highly versatile device, ideally suited to a wide range of frequency tuning applications. Its analog voltage control allows it to be used in a wide variety of applications, while its digital restriction is also a useful feature for further precision tuning. With its robust design and flexible control options, it is an ideal choice for applications requiring precise frequency tuning.

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