TB-16.384MDE-T

Oscillators: TB-16.384MDE-T Application Field and Working Principle

The frequency stability of oscillator is an important parameter for supplying stable working frequency and working waveform of digital circuit. Compared with other circuits, the oscillator has the advantages of small volume, low cost and high reliability. With the rapid development of modern semiconductor technology in recent years, the generation of oscillators and frequency stabilizers is getting more and more diversified. The TB-16.384MDE-T is a low hysteresis crystal oscillator and frequency stabilizer modular developed by our company. It can be used in various professions such as computers, communication systems, instruments, etc., and can provide users with reliable and stable working frequency and waveform, so as to meet the needs of users.

Application Field

TB-16.384MDE-T crystal oscillator mainly consists of a QUART crystal, a loop IC, and a capacitor and resistor. It is widely used in PC, notebook computers, digital cameras, communication systems, networks, fiber optic communication and security monitoring systems. In addition, this device can also be used in many appliances, such as air conditioning systems, domestic telephones, medical equipment, and vehicles.

Working Principle

The working principle of the TB-16.384MDE-T crystal oscillator is very simple. When the power supply is connected, the power is converted into electrical signals by the QUART crystal. These signals then pass through the loop IC, which amplifies it and generates an oscillation frequency. The oscillation frequency is sent to the output terminal through the capacitors and resistors and then to the load. In other words, the device is able to produce a signal of a specific frequency, and the circuit acts as an oscillator.

Features

The TB-16.384MDE-T crystal oscillator has some unique features that make it attractive to many users. For example, it has an ultra-low operating current of just 1.2mA, making it an attractive option for power-sensitive applications. It is also designed with a low hysteresis of just 0.4ppm, ensuring the highest possible frequency stability over temperature. In addition, this device has a high ESR, ensuring long-term reliability and excellent frequency regulation. Finally, this oscillator also offers a wide temperature range (-40℃ to +85℃), making it suitable for a variety of applications.

Conclusion

In conclusion, the TB-16.384MDE-T crystal oscillator is an ideal choice for frequency-dependent applications such as PC, communication systems, and many more. Not only does it offer excellent frequency stability, but it also has a low operating current and low hysteresis. In addition, this device is also designed with a wide temperature range and a high ESR, making it an attractive choice for a variety of applications. If you’re looking for an oscillator with high performance and low cost, the TB-16.384MDE-T crystal oscillator is an excellent choice.