Balanced Photodiodes feature bandwidth from 10-40 GHz.

Press Release Summary:

Series 700 consists of push-pull pairs of InGaAs photodiodes, each capable of handling large optical power in excess of 10 dBm. Models DSC710 and DSC720 are useful for 10 Gb DPSK and DPQSK markets, whereas Models DSC730 and DSC740 serve 40 Gb DPSK and DPQSK applications.

Original Press Release:

Introducing the "700 Series" of Balanced Photodiodes

For the past several years, Discovery Semiconductors, Inc. has been commercially selling Balanced Photoreceivers, models R405 (14 GHz bandwidth) and R405ER (20 GHz bandwidth) for the 10 Gb DPSK and DPQSK market. These two models have well served the telecom industry in its R&D efforts of new modulation techniques of DPSK and DPQSK.

Today, we announce four new models of balanced photodiodes to augment our popular R405 and R405ER models. These new models will be called DSC710, DSC720, DSC730, and DSC740 Balanced Photodiodes. They consist of a "push-pull pair" of InGaAs photodiodes, each photodiode being capable of handling large optical power in excess of 10 dBm.

Table I: Salient Features of the "700 Series" Balanced Photodiodes

Model  Typical    Typical         Typical         Typical   Optical Power
Number Bandwidth Responsivity at Responsivity at PDL Handling
(GHz) 1300 nm (A/W) 1550 nm (A/W) (dB) Capability (mW)
Per Photodiode

DSC710 10 0.80 0.75 0.05 > 30
DSC720 20 0.80 0.75 0.05 > 20
DSC730 30 0.65 0.60 0.05 > 15
DSC740 40 0.65 0.60 0.05 > 10

The models DSC710 and DSC720 will be useful for the 10 Gb DPSK & DPQSK markets, whereas the models DSC730 and DSC740 will serve the 40 Gb DPSK & DPQSK applications. All the new models come with the option of installing them in our "Lab Buddy", the most
VERSATILE O/E Converter Instrument in the industry. For more information on these new products, or any other products, please visit us at OFC 2004 in Los Angeles, Booth Number 1612.

Abhay M. Joshi
Discovery Semiconductors, Inc.
Tel: +609 434 1311

More from Mechanical Components and Assemblies

All Topics