威迪成立於1986年成立於臺灣，至於有20余年的制造經驗，約500名員工分布在臺灣和中國廣東，設計和生產點，銷售產品遍及全球。
WINDAY was founded in 1986, was established in Taiwan, have been more than 20 years of manufacturing experience, About 500 employees in Taiwan and China Guangdong, design and production, marketing products throughout the world. 

威迪（WINDAY）開發(fā)、制造和銷售電子元件模塊和系統(tǒng)，重點關注增長迅速的尖端技術市場，范圍包括汽車電子產品、信息和通信技術、工業(yè)電子產品和消費電子產品。在陶瓷和薄膜電容器領域，威迪的產品始終代表著卓越的電子性能。
WINDAY develops, manufactures and markets electronic components, modules and systems, focusing on fast-growing leading-edge technology markets, which include information and communications technology, automotive electronics, industrial electronics and consumer electronics. In ceramic and film capacitors components , WINDAY consistently stands for superlative electronic performance.

并通過ISO9001 , ISO14001和TS16949等管理體系標認證, 透過產品不斷提升, 并極力遵守全球環(huán)境保護法規(guī)解決方案。
We have obtained ISO TS16949 , ISO9001 , ISO14001 Management system qualification , and further obtained UL, VDE and other product security certification by keeping improving the products; we are dedicated to abide by the global environment protection laws and regulations.

產品系列齊全用途廣泛
幾乎所有的電氣和電子產品都需要用到電子元件。一輛小汽車便可能會使用多達10000個這類元件。而在移動電話、照明產品鎮(zhèn)流器、筆記本電腦和電力機車中，電子元件是處理信號、保護電路和保證電源穩(wěn)定和可靠的關鍵器件。
幾乎所有的電氣工程和電子產品應用都需要使用電容器。電容器在電路中可儲存電荷、過濾或調節(jié)電流和電壓。威迪產品系列、薄膜電容器和電力電容器，還可提供功率因素校正解決方案。
Broad product portfolio for a wide range of applications
Electronic components are found in nearly all electrical and electronic devices. A single car can contain as many as 10,000 such components. In mobile phones and lighting ballasts, notebooks and electric locomotives, electronic components are instrumental in processing electrical signals, protecting electronic circuits and ensuring a regular, reliable power supply.
Capacitors are used throughout electrical engineering and electronics. They store electric charges and filter or regulate current and voltage in electronic circuitry. Our product portfolio includes film capacitors and power capacitors, and solutions for power factor correction.