TC-48.000MDD-T

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Oscillators are electrical components that generate an electrical signal of a single or multiple frequencies. They can be divided into two categories: autonomous and controlled. Autonomous oscillators are self-contained systems that rely on external sources to maintain their stability, while controlled oscillators are designed to adjust and fix their frequency using external Control inputs. The TC-48.000MDD-T is an example of a controlled oscillator.

The TC-48.000MDD-T is an oscillator module module designed for use in telecom, aerospace and medical applications. It adopts a high-performance PLL (Phase Locked Loop) technology, and feature a wide output frequency range from 10Hz to 80MHz. It also uses an ultra-low jitter, low phase noise, high output signal for clock synthesis. It can also be integrated into the system-on-chip designs and be implemented in applications such as power control and synchronization.

The TC-48.000MDD-T is based on a direct digital frequency synthesizer (DDFS) technology, which is composed of two main components. The first component is the voltage controlled oscillator (VCO). It’s job is to generate the desired frequency of the output signal. The VCO can be modulated by the PLL according to the input signals. The second component is the PLL. It is used to monitor and control the frequency stability of the output signal. The PLL uses a feedback loop based on the frequency of the incoming signal for its control. It then applies a feedback signal to the VCO to maintain a stable frequency.

The TC-48.000MDD-T features a wide operating temperature range of -40 to +85 °C, and uses a low-power consumption of only 2.5w. It also has very high isolation performance, with a crosstalk of -148 dBc/Hz @ 1MHz. The output frequency has thus been optimized for frequency stability and reliable performance in various applications.

The TC-48.000MDD-T also provides simple and easy-to-use configuration options. It supports a wide range of programming methods, and features a selectable output frequency. It also has full cycle-to-cycle, half-cycle, or 1/4 cycle reset modes for continuous synchronization.

In conclusion, the TC-48.000MDD-T is an example of a controlled oscillator designed for use in telecom, aerospace and medical applications. Its features include a wide output frequency range, ultra-low jitter, low phase noise, high output signal for clock synthesis, a wide operating temperature range, low-power consumption, high isolation performance, and easy-to-use configuration options. All these features combined provide superior performance in numerous applications.

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