513JBB000270BAG

Pin Configurable/Selectable Oscillators

Pin configurable/selectable oscillators, such as the model 513JBB000270BAG, provide a versatile method for frequency control. By utilizing the programmable pins, a wide range of frequencies, input sources, and output characteristics can be set for various application requirements.

Application Field

The ability to configure a pin configurable oscillator can achieve broad functionality in a wide range of applications. The 513JBB000270BAG includes an embedded pre-scaler, enabling sparse frequency configurations from a simple digital input signal. This makes it ideal for flexible radio systems or systems with a range of application requirements.

It is also useful for power conversion systems that need different output frequencies. Pin configurable/selectable oscillators have also been used to optimize low-power applications, such as medical and consumer electronics. For example, the oscillator can be configured to maximize efficiency, reduce standby power, and maintain accurate clock frequencies.

Working Principle

Pin configurable oscillators, such as the 513JBB000270BAG, use an integrated circuit (IC) as the core frequency generator. A combination of programmable pins are used to configure the IC, enabling selection of the output frequency range, supply current, and jitter performance. These ICs can operate with crystal, ceramic resonator, or clock input sources.

When the oscillator is configured, the digital or analogue input is supplied to the programmable pins which control the frequency of the output. This input can then be used to control the output frequency to the desired range. The pins can also be used to select various parameters, such as pulse width, for customized clock and frequency configurations.

In addition, pin configurable/selectable oscillators, such as the 513JBB000270BAG, also allow for settings to be reliably modified without having to generate a new clock or frequency output. This means that additional programming steps are not needed and settings can be changed on the fly.

Conclusion

Pin configurable/selectable oscillators, such as the 513JBB000270BAG, provide an efficient and reliable method of frequency control for various applications. By using the programmable pins, a broad range of frequencies, input sources, and output characteristics can be configured for the given application. With their ability to customize the parameters of their output, these oscillators can be used to maximize efficiency or maintain accurate clock frequencies.