C3291-44.736

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

Oscillators are an electric component typically used in systems to generate electrical signals or waves of a certain frequency. This is typically used in consumer electronics for making sound or video signals, in communications systems such as cellular networks, and in medical and industrial applications. A particular type of oscillator, known as a C3291-44.736 oscillator, is used in a variety of different contexts and fields, and its working principle is discussed below.

The C3291-44.736 oscillator is a controlled oscillator specifically designed for crystal-controlled frequency generation. It operates on the principle of frequency control, by using a crystal-dependent oscillation frequency as its actual operating frequency. This frequency is regulated by the crystal, which creates a precise frequency when required. The output frequency of the C3291-44.736 oscillator is determined by the crystal, and this then determines the duration of each output pulse cycle, allowing for a continuous, regular cycle of pulses.

In terms of application fields, the C3291-44.736 oscillator is typically used in communications systems such as cellular networks, as it offers a high level of operating frequency control. It is also used in medical equipment, such as pacemakers, cardiac monitors and imaging systems, as its high level of frequency control ensures a precise level of accuracy in detecting and capturing electrical signals or waves. In addition, the C3291-44.736 oscillator is often used in industrial applications such as ultrasound, semiconductor fabrication, robotics and process control.

In terms of capabilities, the C3291-44.736 oscillator is a monolithic crystal oscillator which features a triple output of TTL, ECL and CMOS. It has a low power consumption, which allows for a high degree of portability and compactness without compromising on operational stability. Its output stability can be further improved by the selection of an appropriate crystal and the configuration of the C3291-44.736. It has a maximum jitter of 200fs, and its frequency output range can range from 6MHz to 33MHz.

In conclusion, the C3291-44.736 oscillator is an essential component in a variety of different contexts and application areas. Its frequency control is extremely accurate, and it is able to deliver consistent, stable output waveforms while consuming relatively low levels of power. Its triple output options (TTL, ECL and CMOS) make it suitable for a wide range of applications, and its frequency output range can range from 6MHz to 33MHz. As such, the C3291-44.736 oscillator is an invaluable component for many different systems and applications.

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