BeO Substrates


BeO Substrates

Beryllium Oxide (Beryllia) substrates have thermal conductivity of 260 W/mk - that makes it the desirable material for high power microelectronic applications.


Die-Attach Pre-forms


Die-Attach Pre-forms

Dummy Components


Dummy Components

Dummy Components are the exact mechanical equivalent of fully functional, electronically active components, but they are up to 80% cheaper. Dummy components look, handle and solder exactly the same as active components and will save you money!

Chelsea Technology dummy components are used for:

  • Prototypes and testing
  • Machine setup and evaluation
  • Assembly workflow evaluation
  • Soldering training, practice and certification


Flat-Pack Carriers and Clips

Chelsea Technology offers over 100 standard flat-pack carriers in addition to thousands of custom versions.

Chelsea Technology carriers:

  • Can be molded from Electro-Static-Dissipative (EDS) materials
  • Used to fully automate handling, testing, and processing
  • Notches on the carrier body assure proper orientation
  • Can be molded of high temperature materials for applications up to 200C

Flat-Pack Carriers and Clips

Heat Sinks


Heat Sinks

Chelsea Technology heat sinks provide maximum thermal performance within industry standard microprocessor design parameters.


Lead Frames

Chelsea Technology offers lead frames for Cerdip / Cerpak. Contact us for available lead counts.


Lead Frames

Laser Scribed Packages

Laser Scribed Packages


Burn-in/Test Sockets

Chelsea Technology burn-in/test sockets feature zero insertion force with normally closed contacts

  • Special Clip design allows lid removal for easy contact replacement if required
  • Detents allow for positive handle locations, horizontal closed position or vertical open position
  • Keyed hole plug available for device orientation
  • For burn-in applications up to 150C

Burn-in/Test Sockets
 
 
 

Email Us: info@chelseatech.com
Chelsea Technology, Inc. 300 Willow Street, North Andover, MA 01845 USA
tel: 978 682-3000 fax: 978 682-2223