The 8 mhz crystal oscillator used in the charging pile module

The 8 mhz crystal oscillator used in the charging pile module

With the concept of environmental protection, low carbon and low energy consumption becoming more and more important to people. Traditional fuel cars are being replaced by more and more new energy vehicles due to their exhaust emissions, high energy consumption, noise and other undesirable characteristics. At present, the state is vigorously supporting and promoting the new energy vehicle industry.

The basic principle is to charge its on-board battery through the charging pile, and the electricity is then directly converted into mechanical energy through the engine to provide power for the new energy vehicle. The development of new energy vehicles clearly caters to our urgent need for environmental improvements that are "quiet, energy efficient and environmentally friendly". Its emergence provides a fundamental and powerful guarantee for our health now and in the future, and is another step forward in the sustainable development of the planet! Therefore, "new energy vehicles" will definitely become the trend of future development.

New energy vehicles need charging piles. As the energy replenishment device of new energy electric vehicles, the charging performance of charging pile is directly related to the service life and charging time of the vehicle battery. This has become the biggest concern before we consider whether to buy a new energy vehicle. Achieving safe and efficient power replenishment is the most fundamental demand for charging piles.

As most of the charging piles are working outdoors, the frequency of the 8 mhz crystal oscillator used in the charging pile module. The 8 mhz crystal oscillator must be stable and resistant to interference caused by temperature changes, which is also an important guarantee for the charging piles to achieve long-term normal operation.

click here to get know 8 mhz crystal oscillator datasheet