TD-48.000MBE-T

Oscillators such as the TD-48.000MBE-T feature various technologies that facilitate its use for various purposes. Generally, the oscillator offers a low-noise, phase-locked loop (PLL) technology that is designed to achieve an output clock frequency that is precisely locked to a reference input frequency. This makes it suitable for commercial applications in various fields such as communication and industrial test & measurement.

The TD-48.000MBE-T is a low-noise, high-frequency oscillator that utilizes a proprietary interpolating phase-locked loop (IPLL) technology. This technology is based on a three-stage interpolating system that enables very fine tuning of the output signal. The IPLL technology also offers very low phase noise. This, coupled with the precise control of output frequency, makes it suitable for use in applications that require ultra-precise synchronization.

The TD-48.000MBE-T is also highly reliable and temperature-stable. This is due to its unique proprietary “Drift Reduction” technology which ensures that the oscillator maintains a tight control over the output frequency over a wide range of temperature changes. This is especially beneficial in situations where the oscillator must be used continuously over extended periods of time.

The TD-48.000MBE-T can be used for a variety of applications, including in communications systems, frequency synthesizers, and frequency standard devices. Its low noise and precise output make it ideal for radio applications such as mobile and satellite communications; industrial test & measurement; and navigation systems. Its low phase noise also makes it suitable for use in ultra-precise synchronization devices such as frequency standards, precision frequency dividers, and precision clock generators.

In conclusion, the TD-48.000MBE-T oscillator is a versatile and reliable oscillator with unique features that make it suitable for a wide range of applications. Its low-noise, phase-locked loop (PLL) technology, plus its Drift Reduction technology, makes it highly reliable and temperature-stable, while its interpolating phase-locked loop (IPLL) technology enables ultra-precise synchronization. This makes it suitable for use in the communications, industrial, and navigation fields, along with in frequency synthesizers, frequency standard devices, and ultra-precise synchronization devices.