514CBC000993BAGR

Programmable Oscillators

The 514CBC000993BAGR is a very popular programmable oscillator suitable for multiple applications. This type of oscillator can produce input signals of varying waveforms at different frequencies, allowing users to program the device so that it produces an output with their desired parameters. It is commonly used in such areas as the instrumentation and home appliance industries.

Features of the 514CBC000993BAGR

The 514CBC000993BAGR is a programmable oscillator which features internal monitoring of frequency, phase-shift and delay functions. Its output frequency range is 16mHz – 1.5GHz and it can produce either sine wave or square wave signals with a wide variety of amplitude, phase and pulse width modifications. The device also contains many advanced features such as digital phase lock loop, advanced clock-tree generator, three-state buffering, phase-drift compensation, programmable phase-shift and delay, and PLL synchronization.

Applications for the 514CBC000993BAGR

The 514CBC000993BAGR is primarily used for applications that require precise and reliable frequency inputs or outputs. It is particularly popular in industries such as instrumentation and home appliances, where it can be utilized to help monitor activities or devices that require accurate inputs. Additionally, its programmability makes it a great choice for a number of other applications such as military, medical and aviation instrumentation.

Working Principle of the 514CBC000993BAGR

The 514CBC000993BAGR oscillator operates by transforming an input signal into a frequency which can then be further manipulated by the user’s desired parameters. It features a multitude of advanced features which allow users to precisely adjust the frequency, phase-shift, delay and other aspects of the output signal. The device can either be used in the traditional oscillator form or a phase locked loop (PLL) form, depending on the application requirements.

The traditional oscillator form of the 514CBC000993BAGR works by applying an alternating voltage to a quartz crystal or other resonator device. This voltage produces a mechanical vibration which is then felt by the device. The frequency output is then modulated by the resonance of the crystal or other resonator device. The device also has several advanced features which allow users to control the frequency and other aspects of the output signal.

The phase locked loop (PLL) form is more complex and requires a greater degree of control when compared to the traditional oscillator form. When using the PLL form, the oscillator works by capturing an input signal and using an advanced feedback system to keep the output frequency identical to the input frequency. This type of oscillator is useful in applications that require a high degree of accuracy when working with frequency-dependent systems.

Conclusion

The 514CBC000993BAGR is a programmable oscillator which features a multitude of advanced features and functionality. This device is suitable for a wide range of applications, from instrumentation and home appliances to military, medical, and aviation instrumentation. The device can be used in the traditional oscillator form or in the more complex PLL form and can produce a wide range of output frequencies and waveforms.