White Papers
<< Back to White Papers list

Measuring THz Radiation: Choose a Pyroelectric Detector or Golay Cell?
Author: Don Dooley
Friday, February 19, 2010
Size:
PDF
The Golay Cell is slightly more sensitive, it has a larger sensing area, a fixed window, it has a slow response time, is physically large and requires AC voltage for operation. The Golay Cell is “one of a kind” at present. The Pyroelectric Detector, on the other hand is almost as sensitive, can be used windowless or with windows, may include a black absorber to enhance flat spectral response, is inherently fast, has a large operating temperature, is small and can be operated off batteries or an AC supply.
Company
Gentec-EO USA Inc., Sub. of Gentec Electro-Optics, Inc.

You May Also Like
Measuring the Electron Transport Properties of DNA Molecules
DNA has been considered as a possibility for molecular electronics. Because DNA is able to...

Reliability and Lifetime of Multilayer Piezo Actuators
Three essential factors affect the lifetime of piezo ceramics in positioning applications:...

Resolution Enhancement of Imaging Chips with Piezo Technology
Camera systems and scanners must have high resolutions. This creates difficulties for all...


To download white papers please register
or log in.







Log In
Email Address:

Password:




Lost Password? Not a member? Click here to register.
Log In
Register
First Name:

Last Name:

Email Address:

Display Name:

Password:

Verify Password:




Register
Information
Welcome to the "My Photonics" bar! This tool allows you to personalize your experience throughout the Photonics.com site.

To start using the "My Photonics" bar, simply log in to your Photonics.com account by clicking on the "Log In" button on the right side of this bar. If you do not have a Photonics.com account, you may create one simply by clicking on the "Register" button on the right side of this bar.

Information
Articles
Articles Articles
Products
Products Products
Companies
Companies Companies
Calendar
Calendar Calendar
Downloads
Download Downloads
Reference
Reference Reference
Photonics.com