左图：发明人 马森布罗克
右图：藏于美国BAKKEN博物馆的莱顿瓶实物
Ø 电容器的发明
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荷兰莱顿大学物理学教授马森布罗克(Musschenbrock，1692-1761)与德国科学家冯· 克莱斯特(Von Kleist ，1700-1748 )分别于 1745 年和 1746 年发现了一种具有蓄电功能的“Condenser”电容器,法国神父、博物学家、电学家诺菜特（Nollet1700-1770）将这种能储存电的瓶子称为“莱顿瓶”。很多著名的电学实验都是利用它才得以进行的，例如著名的富兰克林(B.Franklin 1706-1770)利用莱顿瓶发现了正和负电以及电荷守恒定律, 1752年7月,富兰克林从放电实验中得到启发,做了当时震动世界的费城用风筝引雷电实验,实现了天电和地电的统一。其后，人们用锡箔或铅箔从内外两面把莱顿瓶包起来，使其储存电荷的效果更明显,由此开始了人类使用电容器的历史。
Leiden University professor of physics Mason Brock (Musschenbrock 1692-1761 and German scientists Feng Kleist (von Kleist, 1700-1748), respectively, in 1745 and 1746 found a of capacitor with storage function, French priest and naturalist, electrical experts Nolet Nollet1700-1770 will this energy storage electric bottle called "Leyden jar. Many famous electrical experiments are using it can be carried out, such as the famous Franklin (B.Franklin 1706-1770) using the Leyden jar found positive and negative and the law of conservation of charge, 1752 July, Franklin from discharging experiment get inspired, the Philadelphia was shaking the World Kite cited lightning experiment, realize the unification of static and geoelectric. Later, people in foil or aluminum foil from both the inside and outside to wrap up the Leyden jar, the stored charge effect is more obvious, which began with the human use of the history of capacitor.
Ø 电容器发展史
■ 电容器的始祖--莱顿瓶(1745年)
玻璃瓶做介质,玻璃瓶内外用锡箔做电极
Leyden jar - the origin of the capacitor bottle(1745)
Glass bottles as a medium, inside and outside the glass bottle made of tin foil electrode
■ 早期的电报、电话系统用低压电容器（20世纪初期）
棉纤维纸浸渍石蜡做介质，锡箔做电极
Early Telegraph and telephone systems with low voltage capacitors (early twentieth Century)
Paraffin impregnated paper cotton fiber as the medium, the electrode made of tin foil
■ 电力电容器在电力系统的早期应用（1920-1950）
矿物油浸渍棉纤维纸做介质,铝箔做电极
Early application of power capacitor in power system (1920-1950)
Mineral oil impregnated cotton fiber paper to make the medium, aluminum foil to make the electrode
■ 氯化联苯浸渍的电容器（1951-1975）
氯化联苯浸渍木质纤维纸或聚丙烯薄膜与纸复合介质
Capacitor impregnated with chlorination(1951-1975)
Chlorinated or impregnated wood fiber paper, or polypropylene film and paper composite medium
■ 无毒新浸渍剂的开发应用（1975-1990）
代替氯化联苯的新浸渍剂IPB、BNC、PXE、C101等，固体介质为膜纸复合或全膜介质
Development and application of the new non toxic new impregnation agent(1975-1990)
PXE, BNC, C101, IPB and other new impregnation agents for the replacement of chlorinatedchlorinated,Solid medium is a composite of membrane paper or the whole film medium
■ 现代新型电力电容器（1990-现在）
LEYSDEN采用全膜介质真空灌注充气式电容器,其金属化薄膜采用锌铝复合技术,制造采用波纹及平滑切割技术,在真空环境下灌注电解质材料并注入惰性气体,工艺先进,技术先进.
Modern power capacitor (1990-)
LEYSDEN uses the full film dielectric vacuum filling type capacitor, the metal thin film uses the zinc aluminum composite technology, the manufacture uses the corrugated and smooth cutting technology,in the vacuum environment, the electrolyte material and the injection of inert gas, advanced technology, advanced technology.
Ø 立足专业服务全球的Leysden
■ LEYSDEN成立于1935年德国格拉芬，东距慕尼黑高科技工业园、宝马汽车公司、西门子电器产业园30公里，致力于电力输配电系统和各行业用户的调谐滤波补偿技术研究
LEYSDEN was founded in 1935 in Germany Grafing, east of Munich high-tech industrial park, BMW Motor Company, Siemens Electrical Industrial Park 30 km, is committed to the power transmission and distribution systems and industry users tuning filter compensation technology research.
■ LEYSDEN最早期产品是以矿物油浸渍的棉纤维纸作介质，铝箔作电极的真正意义上的电容器在巴伐利亚州开始应用，并于1965年建立全球支持体系，1991年研发现代电容器，进入21世纪在全球快速发展，于2005年进入中国
LEYSDEN earliest products are mineral oil impregnated cotton fiber paper as a medium, aluminum foil as the electrode of the true sense of the capacitor in Bavaria began to apply, and in 1965 to establish a global support system, developed in 1991, modern capacitors, into the 21st century The rapid development of the world, in 2005 to enter China.
■ 因应LEYSDEN在东亚蓬勃的业务发展，在中国上海成立专门独资机构，负责统筹大中华区以及东亚区域业务
In response to LEYSDEN's booming business in East Asia, it has established a wholly-owned institution in Shanghai, China to co-ordinate Greater China and East Asia.
