588S200X2CAT

Oscillators: 588S200X2CAT Application Field and Working Principle

The 588S200X2CAT oscillator is a type of signal generator, with many applications in frequency control and timing operations. Specifically, it is a clock oscillator designed for networking applications, which allows for frequency-tuning, timing, and synchronization.

The 588S200X2CAT oscillator is part of a larger group of products known as resonator oscillators. These are designed to generate low jitter clocks over a wide frequency range. They are used in applications such as telecommunications, automotive, consumer electronics, military, space, and medical electronics.

The main components of the 588S200X2CAT oscillator are the crystal resonator, a temperature-compensated resistor-capacitor (RC) network, and a transistor. The crystal resonator acts as the frequency-controlling element and is connected to the RC network. This RC network acts as an impedance matching circuit to convert the crystal’s frequency into a sine waveform. This sine wave is then amplified by the transistor. A frequency- adapting capacitor is also connected to the 588S200X2CAT oscillator, which helps lead the oscillator to the desired frequency.

The 588S200X2CAT oscillator offers several advantages over traditional oscillators, such as improved phase noise, precision tuning capabilities, and thermal stability. Additionally, it has a lower power dissipation than other oscillator types, making it ideal for battery-operated systems. Due to its superior performance, the 588S200X2CAT oscillator is widely accepted in many timing and synchronizing applications, such as in communication networks and mobile handsets.

Application Field

The 588S200X2CAT oscillator is used in a wide variety of applications, such as frequency tuning, timing, and synchronization. Its application fields include:

• Communication systems
• Networking applications
• Computer systems
• Mobile handsets and tablets
• Automotive electronics
• Consumer electronics
• Military applications
• Space electronics
• Medical electronics
• Robotics
• Industrial equipment

Working Principle

The 588S200X2CAT oscillator consists of a crystal resonator and an RC network. The crystal acts as the frequency-determining element, which is connected to the RC network. This RC network converts the crystal’s frequency into a sine waveform and amplifies it. A frequency adapting capacitor is connected between the crystal and the RC network.

When the 588S200X2CAT oscillator is powered on, the crystal vibrates, producing an oscillating signal. The oscillating signal is then amplified by the RC network and the transistor. The frequency adapting capacitor controls the frequency of the oscillator, allowing it to be tuned to the desired frequency.

Once the frequency is set, the oscillator emits a sine wave of the desired frequency. This signal can be used for a variety of applications, including frequency tuning, timing, and synchronization. The oscillator’s low power dissipation and superior phase noise also make it an ideal choice for battery-powered systems and high-precision applications.