TC-4.000MCE-T

Oscillators: TC-4.000MCE-T Application Field and Working Principle

TC-4.000MCE-T is an oscillator designed for low jitter, low noise applications. It provides a stable clock signal source with an accuracy of ± 10ppb per year. The oscillator is designed to meet the needs of communications, timing and data networks, audio/video equipment, broadcast systems and industrial control systems.

Features

• Low jitter
• Low noise
• No frequency pulling when changing temperature and voltage
• Available in a variety of oscillating frequencies
• Excellent aging rate accuracy

Applications

TC-4.000MCE-T is applicable for the following:

• Network gear
• IP Telephony
• VoIP Systems
• Ethernet Products
• Digital Video Broadcasting (DVB)
• Industrial and Commercial Timing Equipment
• Servers and Network Storage
• Computer System Clocking

Working Principle

TC-4.000MCE-T is a type of oscillator based on CMOS technology. It uses a combination of a crystal, amplifier, buffer and other components to form a circuit that produces a clock signal at a stable frequency. The oscillator is designed to work within a certain range of temperature and voltage, with a specified accuracy and reliability.

The crystal is the most important component of the oscillator, as it determines the clock signal’s frequency. It is mounted on an etched quartz resonator, with its two terminals connected to the amplifier and buffer. This combination forms a continuously oscillating electronic waveform that is stable and reliable.

The amplifier and buffer work together to accurately reproduce the signal from the crystal, while the frequency is regulated by the combination of a resistor and a capacitor. The resistor determines the speed of the clock signal, while the capacitor helps maintain the stability of the oscillation.

Conclusion

TC-4.000MCE-T is an oscillator that provides extremely stable and reliable clock signals for a variety of applications. It is designed to work within a wide range of temperature and voltage, and has excellent aging rate accuracy. This makes it ideal for a wide range of applications such as timing and data networks, audio/video equipment, broadcast systems, industrial and commercial timing equipment, and servers.