TC-12.352MBD-T

Oscillators have been widely used in electro-optic, telecommunication, defense, and other research fields due to its stable performance, wide frequency range, and high power output. The TC-12.352MBD-T oscillator is an example of such oscillator. It is designed for use in applications such as WLAN, satellite communication, and broadband access systems.

The TC-12.352MBD-T oscillator is an integrated device consisting of oscillator, temperature-sensitive voltage control element, and frequency adjustment capabilities. It has an operating frequency range of 5 - 2450 MHz, and power output of 11dBm (typical). The oscillator comes in a compact size, allowing it to be used in limited spaces.

The working principle of the TC-12.352MBD-T oscillator is quite simple. It is based on the frequency-determining electrical parameter -- the Q factor. The Q factor is defined as the ratio of the reactance to the associated resistance. The oscillator is so designed that variations in the Q factor leads to a corresponding change in the oscillator’s frequency. The device makes use of temperature compensated crystal oscillator (TCXO) to control its frequency, the crystal oscillator is enclosed in a ceramic package and is temperature compensated by a thermistor or PTC.

The TC-12.352MBD-T oscillator is capable of providing reliable performance in its applications. It has a high temperature stability with ±2.5 ppm variation over temperature range 0 to +70°C. It offers good frequency stability over the operating temperature range of -20 to +80°C. The device also features good phase noise performance with low phase noise and low jitter in the application. Additionally, the oscillator is capable of providing a high frequency stability over a wide voltage supply range.

The TC-12.352MBD-T oscillator is a reliable device that can be used in a variety of applications. It provides stable performance over a wide temperature range and is capable of providing high frequency stability over a wide voltage supply range. Additionally, it features good phase noise performance with low phase noise and low jitter in the application.