OTJTGLLTNF-106.250000

Oscillators are used in a variety of industries to provide reliable frequency control and accurate frequency references. One of the most popular oscillators used in industry is the OTJTGLLTNF-106.250000. This oscillator is used generally as a timebase for electron tubes, digital systems and communications systems. This article will look at the application fields and working principle of the OTJTGLLTNF-106.250000 oscillator.

Application Fields

The OTJTGLLTNF-106.250000 oscillator is a frequency control product designed for use in the area of time base generation. It is typically used in a wide range of fields including communications, navigation, military and aerospace. It can also be used in medical imaging and laboratory test equipment.

The oscillator is widely used in frequency sources for navigation systems, such as GPS or other global navigation systems. It is also used in multi-channel scanners, in which several different frequency bands are mixed into a single signal to be scanned. In the military and aerospace markets, the oscillator is used as part of the guidance and control systems for missiles, aircraft and satellites.

The oscillator is also used in laboratory test equipment, where accuracy and reliability are of paramount importance. It is used to provide extremely stable timing intervals, which are necessary for precise measurements and control systems.

Working Principle

The OTJTGLLTNF-106.250000 oscillator is based on a hybrid quartz crystal oscillator circuit. The circuit consists of two quartz crystals, with one acting as an oscillator and the other acting as a reference. A capacitively coupled current is used to generate the oscillations, which then pass through a feedback circuit to provide the accurate frequency reference.

The oscillator circuit is tuned to a specific frequency, usually 106.25 MHz, and is designed to operate over a wide frequency range. This frequency range can be adjusted by changing the frequency of the reference crystal. The oscillator also has a low jitter rate, which means it will remain stable over time.

The working principle of the OTJTGLLTNF-106.250000 oscillator relies on a combination of quartz crystal oscillators and capacitive coupling technology. The quartz crystals are used to generate high-frequency oscillations, which are then fed into the feedback circuit. The capacitive coupling of the quartz crystals ensures that the oscillations remain stable over time, which enables the oscillator to provide accurate frequency references.

Conclusion

The OTJTGLLTNF-106.250000 oscillator is an important frequency control product used in a variety of industries. It is used as a timebase for electron tubes, digital systems and communications systems. The oscillator is based on a hybrid quartz crystal oscillator circuit, which is tuned to a specific frequency and has a low jitter rate. This ensures that the oscillator remains stable over time and provides accurate frequency references.