ASEMDHC-LR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Pin configurable/selectable oscillators are a type of components that offers the flexibility of an oscillator that can be customized to different frequencies, allowing users to make selections to meet the unique set of requirements for their specific applications. The ASEMDHC-LR is a pin-configurable/selectable oscillator with a wide range of different frequencies, offering ultimate flexibility in component selection or customization. This component can be used in a variety of different applications that require frequency control, from nanometer-scale embedded digital processing to high-bandwidth aerospace and defense systems.

The main working principle of ASEMDHC-LR oscillators involves using digital codes to define the necessary frequency for a given application. The digital codes are loaded into the input pins of the component, and these then determine the frequency of the oscillations. This code can be modified to efficiently provide individual frequencies for each application, and it opens up the option of easily switching the oscillator between different frequencies without the need for a new component.

One key benefit of the pin-configurable/selectable oscillators is the time-saving they provide. Since the component is already pre-programmed to function at multiple different frequencies, it can be quickly switched between different applications in order to provide optimum performance. This has been very useful in applications such as satellite communications, radio transmission and routing, and monitoring systems, and it has allowed engineers to optimize the time taken to develop and implement a new system.

Another advantage of the ASEMDHC-LR oscillators is the minimal power required to operate the component. The component typically requires a supply of no more than 5 volts in order to operate correctly, and this results in a much lower overall power consumption than more traditional oscillators.

In addition, ASEMDHC-LR oscillators are able to provide high-stability frequency operation over a wide temperature range. This is beneficial in some harsh environments, such as in aerospace and defense systems, as it allows the component to maintain a consistent frequency output without any degradation in performance. It is also ideal for applications where the component requires a consistently accurate frequency output.

Finally, ASEMDHC-LR oscillators offer significant flexibility in terms of design and customization. Different frequencies can be obtained by modifying the digital codes, which makes the component an ideal choice for applications that need multiple frequencies to be output. The component can also be customized to offer additional functionalities, such as an adjustable voltage output or oscillation control, allowing users to tailor their component to their specific needs.

In conclusion, the ASEMDHC-LR component is a versatile pin-configurable/selectable oscillator with a wide range of different frequencies, making it an ideal choice for a variety of applications. This component offers the benefits of easy configuration, low power consumption and high-stability output, making it a great choice for applications that require an oscillator with a wide frequency range and the ability to quickly switch between different frequencies. Additionally, the component offers the option for design and customization, allowing users to make their component fit for their exact requirements.

The specific data is subject to PDF, and the above content is for reference