PL680-37OC-R

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

The PL680-37OC-R, also known as the Point Source PL680-37OC-R, is a product that has been developed by Point Source Technologies specifically for the clock/timing industry. The product is a synthesizer, and is capable of producing accurate frequencies from a single point source, thus enabling designers to achieve data transmission with superior accuracy. As one of the most popular products in its category, the PL680-37OC-R is a highly effective and reliable product that is used in various application fields.

Application Fields

The PL680-37OC-R, as a synthesizer, is used in multiple application fields, such as television and radio broadcasting; cellular and mobile communications; navigation systems; and military, aerospace, and industrial applications. Generally, this type of synthesizer has been designed to generate stable, low-noise output signals that can be used in any clock/timing application. The PL680-37OC-R can provide extremely fine tuning, phase adjustment and frequency adjustment capabilities, which are essential for applications that require high-precision and accurate data transmission.

One of the key features of the PL680-37OC-R is its ability to generate signals at different waveforms, thus providing the user with a wide range of signal choices. This helps to ensure that the user can choose the most suitable type for their specific applications. In addition, the synthesizer can generate a wide range of output frequencies, from 0.1MHz to 400MHz, allowing users to precisely adjust the signals that they need.

Furthermore, the PL680-37OC-R is also suitable for use in applications where there is a need to synchronize clock/timing signals, or to generate a wide range of pulse patterns. With the clock/timing signals generated by this synthesizer, it is possible to accurately measure the accuracy of data transmission. This is especially important in applications where the need for accuracy is high.

Working Principle

The working principle of the PL680-37OC-R is based on an oscillator. This type of oscillator is used to generate a stable and high precision signal by vibrating at a specific frequency. The vibration of the oscillator is converted into electrical signals by a number of components such as capacitors, inductors and resistors, and these signals are then processed by the synthesizer. As the signal is processed through the electronic components of the oscillator, it is then sent to the output of the synthesizer.

This type of oscillator is commonly used in many applications because it is able to maintain stable signals over long periods of time and enables accurate data transmission. This is an essential feature for applications such as measuring accurate time, as any fluctuations in the signals could lead to data transmission errors. Additionally, the PL680-37OC-R is designed to generate two independent outputs so that users can precisely adjust the signals that they need, while also having the ability to synchronize them.

In order to ensure that the signals generated by the oscillator are accurate, the oscillator is operated using a feedback loop. This loop will be activated whenever the signals generated by the oscillator are not stable and allow the oscillator to be adjusted until the signals are stable and accurate. This type of feedback system is able to ensure that the oscillator is always adjusted to the required parameters, thus providing accurate and reliable signals.

The oscillator is also capable of performing a variety of waveforms, including sine wave and triangle wave outputs. This allows the user to select the best type of signal waveform that is suitable for their application. As well as this, the waveform can be precisely adjusted to ensure precision and accuracy in any given application.

Conclusion

Overall, the PL680-37OC-R is a highly effective and reliable product that is used in a variety of applications, from television and radio broadcasting to navigation systems. It is capable of producing accurate frequencies from a single point source, offering superior accuracy in data transmission and precision in clock/timing applications. With its wide range of output frequency, waveform selection and adjustable feedback system, it is one of the most popular products in its category.

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