TD-13.513MBD-T

Oscillators

TD-13.5MBD-T (MA4E345) oscillators are often used in electronic applications such as frequency synthesizers, telecommunications, timing, and switching applications. This type of oscillator utilizes a quartz crystal as its primary resonator with an oscillation frequency of 13.513 MHz. The quartz crystal is placed in a vacuum chamber filled with an inert gas mixture that helps to reduce the effect of ambient temperature changes on the crystal\'s frequency.

A typical TD-13.5MBD-T oscillator consists of a power supply, an amplifier, a resistor, a capacitor, and the quartz crystal. The power supply energizes the amplifier, which amplifies the signal and sends it through the resistor and the capacitor. The capacitor stores the energy from the signal and the resistor dissipates the excess. The quartz crystal then absorbs and reflects the signal as an oscillating voltage.

The typical operating voltage of the TD-13.5MBD-T oscillator is around 3.3V – 5V and the frequency stability of the crystal is typically around ±100ppm. The quartz crystal is prone to aging, so a temperature compensation circuit is usually added to the circuit, which helps to maintain frequency accuracy over time and temperature changes. The circuit also includes a feedback loop, which ensures that the frequency of the oscillator remains consistent regardless of external factors such as temperature changes, aging, and voltage fluctuations.

The TD-13.5MBD-T oscillator has a wide range of applications. It can be used for frequency synthesis applications, for example, in frequency synthesizers where multiple frequencies are needed in order to achieve the desired sound. It can also be used in telecommunications applications, where it is used to create a stable frequency which is required for communication. Finally, it can be used in timing applications, such as the generation of periodic pulses for clocking in computers and electronic devices.

The TD-13.5MBD-T oscillator is a popular choice for many applications due to its stability and accuracy. Its popularity is also due to its wide operating voltage range and the fact that its frequency stability is maintained even if external factors such as aging and temperature changes occur. It is also easy to use and can easily be integrated into a wide variety of circuits.