ASSVP-R-D16

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Programmable oscillators are digital devices designed to provide information or output signals at a certain frequency rate or cycle. The type, in this case, the ASSVP-R-D16 provides one of the most efficient and accurate frequency ranges in the industry, making it a great choice for a variety of applications. Its working principle is based on the principles of vibration and resonance, where the oscillator vibrates at a certain frequency in response to an input signal. The frequency generated is determined by the resonance frequency, which is set by the user.

The ASSVP-R-D16 supports the Digital Frequency Synthesis technology. It is an advanced method that converts the desired frequency range into a digital signal, which is then transmitted to the device. This enables it to generate signals with a high degree of accuracy and stability and makes it ideal for applications requiring reliable and accurate frequency outputs. This technology is also suitable for applications that require long-term frequency stability over a wide range of temperatures.

It comes with a flexible range of output frequency that can be user-customized with a range of optional adjustment parameters, including output voltage range, tip delay, clock frequency, and other custom settings. This adjustable range of output frequency allows the ASSVP-R-D16 to fit in a variety of applications. One example of such applications includes Automated Test Equipment (ATE) where the device is used for testing a wide range of components and systems. As the device is capable of outputting repeatable, accurate test signals without significant drift over time, it is an ideal solution for such applications.

Moreover, the ASSVP-R-D16 is also popular in applications related to communication such as broadcasting, radio base station, navigation, and mobile phone. It provides a reliable, consistent signal that helps in interference free data transfer as well as low power consumption when compared to other oscillator systems.

In addition to its applications in communication and ATE, this unit is also quite popular in laboratory, engineering, and research related applications. As it can generate a range of output frequencies and provides highly accurate signals, it is a great choice when used as part of a data acquisition system or other experiments requiring reliable frequency inputs. Furthermore, its adjustable frequency range allows it to provide experimentation on signals of various frequencies.

In conclusion, the ASSVP-R-D16 is a great choice for a number of applications requiring highly accurate and reliable frequency outputs. Because of its flexible range of output frequency and digital frequency synthesis technology, it can be used in a wide range of communication, laboratory and engineering related applications. Additionally, its low power consumption and interference free performance make it an ideal choice for a variety of applications.

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