TDL, Inc.
550 TURNPIKE STREET
CANTON, MA 02021
TEL: (781) 828-3366 FAX: (781) 828-3048

 

 
 
 
 
 

TDL, Inc. is a high-technology company specializing in the production of high-voltage / high-temperature electrical components for industrial, air traffic control/weather radar, and military applications. TDL designs and manufactures reconstituted mica paper capacitors (MICAP®), high-voltage modules, and pulse forming networks (PFNs).

TDL expertly combines advanced engineering capability with years of production experience. The ability to exercise total control over the design and fabrication of the components used in TDL high-voltage capacitors, high-voltage modules, and pulse forming networks (PFNs) ensures reliable performance. TDL can offer their customers practical solutions to complex high-voltage, high-energy, and pulse requirements. TDL has the resources to design, manufacture, and deliver quantities from prototype to production with equal efficiency.
 
 

HISTORY

TDL offers a unique history of design innovation, expertise, and quality spanning over 30 years. The company has been a leader in the development of many patented technologies. During the 1960's, the company produced a series of energy storage capacitors for physics research applications. Many of the early controlled thermonuclear experiments conducted at Los Alamos National Laboratory used TDL capacitors. In the 1970's TDL produced patented ultra-low inductance energy discharge capacitors for dye laser applications. A series of large complete pulse power systems were also produced for many customers. In the 1980's the company expanded its successful line of MICAP® reconstituted mica paper capacitors for high voltage military power supplies. In the 1980's and 1990's the company became the world's most productive manufacturer of Pulse Forming Networks (PFNs) for military, air traffic control, and weather radar ground systems. The company combines computer-aided design technology and many years of manufacturing experience with high voltage dielectric systems.