YXC Programmable Differential Oscillator, Frequency 50MHz, 7050 package, LVDS output, applied to SVG

The static var generator (SVG) is an advanced power electronic device that can quickly control the grid voltage and keep the reactive power of the grid in a normal state, thus ensuring the stability and continuity of the grid. It is one of the important breakthroughs in the field of power conditioning in recent years.Compared with traditional reactive power compensation devices, static var generators have a faster response speed and can regulate the power grid more accurately, thereby making the power grid more stable and reliable.

Static var generators are widely used in the field of reactive power control in power systems because of their fast response and high-precision voltage regulation capabilities. Specific application areas include power system stability control and power system voltage control., power system quality control, new energy grid, etc.

The crystal oscillator plays a key role in providing stable clock signals in SVG.
1. Control system timing synchronization: The control system in the static var generator requires precise timing synchronization to ensure coordinated operation among various components. The crystal oscillator serves as a clock source to provide stable timing signals to ensure accurate synchronization of the control system.
2. PWM (pulse width modulation) control: Static var generators usually use PWM technology to control power electronic devices, such as IGBT (insulated gate bipolar transistor). The stable clock signal provided by the crystal oscillator is used to synchronize the generation of PWM control signals to ensure precise control of the output voltage and current.
3. Communication interface synchronization: Static var generators usually need to communicate with other equipment in the power system, such as monitoring systems or other reactive power compensation equipment. The clock signal provided by the crystal oscillator is used to synchronize the communication interface to ensure accurate transmission and processing of data.
4. Protection and fault detection: Crystal oscillators can also be used in the protection and fault detection systems of static var generators to ensure that corresponding protection measures can be taken promptly and accurately when a fault or abnormal situation occurs.

The OA8EIB112-50M material in the YSO210PR series of programmable differential crystal oscillators launched by YXC. The following are the application characteristics of the typical parameters of OA8EIB112-50M in SVG:

1. 7050 6P SMD quartz active crystal oscillator, frequency point is 50MHz, total frequency difference ±50PPM;
2. Industrial grade temperature -40~85℃, able to adapt to harsh working environment changes, ensuring stable system operation, and is widely used in generators and power equipment;
3. LVDS output mode, a crystal oscillator that outputs differential signals uses two signals with opposite phases to eliminate common mode noise and achieve high-performance systems

YXC Programmable Differential Oscillator YSO210PR series, frequency is 50MHz, total frequency difference ±50PPM, the following are the YSO210PR series specifications.