512CBD000613BAGR

Pin configurable/selectable oscillators offer users a wide range of operating frequency parameters, adjustable from a single pin. These oscillators are a type of configurable oscillator where the required frequency range can be pre-programmed independently from the on-board oscillator circuit. The 512CBD000613BAGR oscillator is one such device. This article will discuss its application field and working principle.

The 512CBD000613BAGR oscillator is designed to be used in applications where extreme levels of accuracy are needed. It is suitable for a variety of uses, including embedded systems and communication systems, as well as in measuring instrumentation and precision clocks. This oscillator performs well in demanding environments, such as those that require low jitter and high temperatures. The 512CBD000613BAGR is also ideal for high volume or large-scale production applications that require either high precision or cost-effective components.

This oscillator is based on advanced clock technologies, utilising a state-of-the-art hybrid approach which integrates active and passive components. It relies on a variety of different components and technologies, such as ceramic and quartz crystal resonators, as well as advanced analog, digital and clock-signal conditioning circuitry. The integrated active components allow users to programme and re-programme the oscillator according to their individual needs. This pin-configurable design is also very simple to use, enabling users to easily select or adjust frequencies without any intricate mechanical or electrical adjustments.

The working principle of this oscillator is based on the concept of frequency synthesis. It relies on two different techniques: direct synthesis and indirect synthesis. Direct synthesis, also referred to as “radio-frequency synthesis”, utilises one or more crystals in combination with analogue components to generate the output frequency. Indirect synthesis, also known as “clock-synthesis”, makes use of pre-set frequencies and analogue circuitry to generate the desired frequency. The 512CBD000613BAGR oscillator also features wide voltage ranges, allowing it to operate over a range of temperatures and environmental conditions.

The 512CBD000613BAGR oscillator is an ideal choice for applications that require high levels of accuracy and precision. The integrated active and passive components enable users to easily programme and reprogram the oscillator according to their individual needs. The dependable performance and wide range of voltage ranges makes it a suitable choice for large-scale production or high volume applications. This oscillator also utilises advanced technologies such as ceramic and quartz crystal resonators in combination with analogue circuitry and clock-signal conditioning circuitry to provide high levels of accuracy and performance.