What is the structure of supercapacitor?

LEM, the world's leading manufacturer of electrical energy sensors, announced the launch of the first set of components that can help train designers comply with the interim standard EN 50463 for on-board energy monitoring.

LEM Electronics Group was founded in 1972 and is headquartered in Geneva, Switzerland. It is a well-known manufacturer of power sensors worldwide and a leader in power sensors. In 1986, Lem Electronics Group was listed on the Swiss Stock Exchange.

According to foreign media reports, Ken pence, a professor at Vanderberg University's School of engineering practice management, and Tim potteiger, a doctoral student from the school of electrical engineering, have jointly developed a battery management device, which can reconfigure the battery modu

Silicon lot is committed to providing high-performance and high-stability chip products for customers in the Internet of Things, industry and automotive fields. The current self-developed CAN transceiver chip has been widely recognized by the market for its excellent electrostatic protection ability, and the shipment volume has exceeded A milestone of 10 million.

The details of supercapacitor structure depend on the application and use of supercapacitor. These materials may vary slightly due to the manufacturer or specific application requirements. The common feature of all supercapacitors is that they contain a positive electrode, a negative electrode, and

Capacitors are widely used in home appliances, wind power, photovoltaic, power electronics and other markets. In recent years, with the rapid development of new energy vehicle market, higher requirements are put forward for the quality of thin-film capacitors, such as small size, large capacity, low

The automotive division of LEM electronics focuses on the development and production of battery management and motor-driven current sensors for cars, buses and trucks. By controlling the current of high energy consumption applications, LEM is playing its own role in global efforts to reduce energy c

Motor and motor control technology is the core technology of new energy vehicles. In the process of motor control, DC support capacitor is needed to provide instantaneous energy. With the development of film capacitor technology, especially the development of base film technology and the emergence o