TB-19.440MBE-T

Oscillators are electrical components utilized to generate synchronizing and stabilizing signals, usually consisting of tuned electronic circuits for regulating temporal relationships between electrical signals. The TB-19.440MBE-T oscillator is one such device that is relied on for a broad range of hardware applications. This article will discuss its field of application and how it works.

Application Fields

Due to its excellent frequency control accuracy and superb stability, the TB-19.440MBE-T oscillator is widely employed in digital and analog frequency applications. It is well suited for frequency control in, on and offshore communications equipment, microwave radio equipment, and satellite broadcast equipment. It has also been used in various test equipment, measuring systems, GPS systems, medical instrumentation, hi-fi audio reproduction systems, and military use.

The oscillator can be used as a reference frequency source when paired with a frequency multiplier/divider circuit. This makes it suitable for high-performance clock generation and low-noise signal sources. The oscillator has also found use in digital sample-oscillators, high-precision oscilloscopes, and networks with low-jitter frequency transmission channels. Furthermore, some of its specific applications include TV, FM, and AM broadcasts, radar transponder equipment, test and evaluation equipment, industrial process control systems, and the auto-alarm systems for burglar detectors.

Working Prinicple

At its basic level, the TB-19.440MBE-T oscillator works on the principle of feedback loop. A high-precision micrometer-controlled crystron quartz crystal is used as the frequency-determining element in conjunction with an amplifying and a feedback circuit. When an AC signal is provided to the generator, it passes through the amplifying circuit and is then returned to the generator via the feedback circuit. This causes the generator to oscillate at a specific and constant frequency, which is then fed into the output circuit.

The output signal is amplified to a level that is suitable for use in many applications. The magnitude of the output signal can be adjusted by varying the power supply voltage and the amplifier gain settings. As the circuit is regulated by the micrometer-controlled crysron quartz crystal, it operates in conditions of extreme stability. This ensures that the frequency will remain constant even when subjected to extreme temperatures or extended periods of operation.

The TB-19.440MBE-T oscillator is also equipped with temperature-compensated and shock-resistant electronics that enable it to remain functional and perform its task effectively even under harsh environmental conditions. This ensures that it operates flawlessly even when subject to seawater immersion, shock and vibration, and extreme ambient temperatures.

In addition to its excellent frequency control accuracy and superior stability, the TB-19.440MBE-T oscillator also offers a wide range of power supply and output formats. This makes it highly compatible with a variety of systems and power configurations. Furthermore, the excellent phase-noise control offered by the oscillator helps minimize distortion and interference, providing reliable operation even in areas of high electrical noise.

Conclusion

The TB-19.440MBE-T oscillator is a reliable high-precision component that finds a wide range of uses in digital and analog frequency applications. Its frequency control accuracy and superior stability make it well suited for applications such as satellite broadcast equipment, test and evaluation equipment, and industrial process control systems. Furthermore, its temperature-compensated and shock-resistant electronics enable it to remain functional even under extreme conditions. This makes it an ideal choice for use in demanding enviroments such as off-shore commuications equipment and microwave radio equipment.