DIELECTRIC LABORATORIES

admin

点击进入 DIELECTRIC LABORATORIES官网





Dielectric Laboratories是光学和无线通信，军事，医疗，半导体，航空航天和运输市场的微波和毫米波组件的全球供应商。Dielectric Laboratories是高Q多层电容器（MLC）和单层电容器（SLC），谐振器，滤波器，宽带DC模块，薄膜组件和定制陶瓷组件的制造商。 2004年，Dielectric Laboratories收购了全球领先的精密可变电容器Voltronics Corporation。

Dielectric Laboratories位于纽约Cazenovia的主要制造和产品开发工厂配备了现代化设备，以确保始终如一的高品质产品，满足市场不断增长的需求。 Dielectric Laboratories为世界上几乎所有地理区域的客户提供支持。Dielectric Laboratories的区域销售办事处陶瓷和微波产品（上海）有限公司为中国客户提供销售，工程和物流支持。Dielectric Laboratories通过位于美国，欧洲和亚洲的区域销售办事处管理活跃的全球销售代表网络。

Dielectric Laboratories is a global supplier of microwave and millimeter wave components for optical and wireless communications, military, medical, semiconductor, aerospace, and transportation markets. We are a manufacturer of High-Q Multi-Layer capacitors (MLC) and Single-Layer capacitors (SLC), Resonators, Filters, Broadband DC blocks, Thin Film components, and Custom ceramic components. In 2004, DLI acquired Voltronics Corporation, a world leader in precision variable capacitors.

Our primary manufacturing and product development facility in Cazenovia, New York, is equipped with modern equipment to assure consistent, high quality products that meet the growing needs of our markets. DLI supports its customers in virtually all geographic regions of the world. Our regional sales office, Ceramic & Microwave Products (Shanghai) Co. Ltd, provides sales, engineering, and logistics support to our customers in China.  We manage an active global sales rep network from our regional sales offices in the USA, Europe, and Asia.

The company was founded in 1974 in Fairfield, New Jersey as a manufacturer of High-Q, temperature compensating Multi-Layer capacitors. We quickly realized that carefully crafted Single-Layer capacitors were superior to Multi-Layer devices for many higher frequency applications and this was the beginning of the DiCap® product line. It also spawned the basic philosophy that drives DLI today, "deliver innovative products that enhance customers products". In 1977, the company moved to the current site.