PD070-HL1 - High Performance Analog Photodiode

Description

The PD070-HL1 is a high performance, low capacitance InGaAs photodiode with a photosensitive region 70μm in diameter.

It has been specifically designed for low noise, high linearity analog optical receivers operating to 4GHz.

Features

Excellent Linearity High Responsivity Low Dark Current Dielectric Passivation 100% Purge Burn-in Planar Structure PD070-HL1-5xx SC Receptacle PD070-HL1-5xx ST Receptacle.

ANADIGICS

📥 Download Datasheet

Datasheet Details

Part number	PD070-HL1
Manufacturer	ANADIGICS
File Size	216.93 KB
Description	High Performance Analog Photodiode
Datasheet	PD070-HL1 Datasheet
Additional preview pages of the PD070-HL1 datasheet.

📁 Similar Datasheet

PD001 - Single Digit Mini 7 Segment Display (P-tec Corporation)
PD024OX2 - LCD (Prime View)
PD024OX8 - TFT LCD Panel (PRIME VIEW)
PD035OX1 - TFT LCD (PRIME_VIEW)
PD035OX4 - LCD (Prime View)
PD035QU1 - color TFT LCD (Prime View)
PD035QX1 - LCD (Prime View)
PD035QX2 - color TFT LCD (Prime View)
PD035VL1 - Display Module (PRIME VIEW)
PD035VX1 - color TFT LCD (PRIME VIEW)

Other Datasheets by ANADIGICS

PD070-HL2 - High Performance Analog Photodiode
PD070 - 70um InGaAs Photodiode
PD075 - 75um InGaAs Photodiode
PD075-HL3 - Low Cost Analog Photodiode

Full PDF Text Transcription

Click to expand full text

www.DataSheet4U.com PD070-HL1 High Performance Analog Photodiode FEATURES • • • • • • Excellent Linearity High Responsivity Low Dark Current Dielectric Passivation 100% Purge Burn-in Planar Structure PD070-HL1-5xx SC Receptacle PD070-HL1-5xx ST Receptacle APPLICATIONS • • • Analog Optical Receivers to 4GHz Forward Path CATV Optical Receivers FTTH Receivers PD070-HL1-3xx SC/APC Pigtail PD070-HL1-5xx FC Receptacle PRODUCT DESCRIPTION The PD070-HL1 is a high performance, low capacitance InGaAs photodiode with a photosensitive region 70μm in diameter. It has been specifically designed for low noise, high linearity analog optical receivers operating to 4GHz. Planar semiconductor design and dielectric passivation provide low noise performance.

Published: Apr 5, 2010 |