IPD48C-60z: Diode series IPD48 PINs applicable building next gene
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IPAG Innovative Processing
IPD48C-60z: Diode
series IPD48 PINs applicable building next generation high rate opto-electronic receivers SONET/SDH (OC-768) including Ethernet applications.
Features
True bandwidth (-3dB) High optical input power dBm) High linear phase characteristic bias voltage leakage current On-chip biasing: IPD48C-60B External biasing: IPD48C-60N Customised layouts possible
note: coordinates center-coordinates relative center diode (all coordinates
Description
IPD48 series vertical diode devices suitable hybrid integration opto-electronic receivers measurement testsets. IPD48 offer high optical input power capability high linear phase behavior. PINs comprise anti-reflection coating passivation. Depending application, types with without on-chip bias networks available. frequencies below external blocking capacitors necessary.
Optical Electrical Maximum Ratings
Parameter Maximum Optical Input Power Maximum Reverse Voltage Maximum Forward Current Storage Temperatures Operating Temperatures Peak Temperature (unbiased) Humidity
Symbol
Pmax Vr,max If,max
Unit r.h.
Remarks
+300
+150 short term sec.
page
IPAG Innovative Processing
IPD48C-60z: Diode
Optical Electrical Parameters
Parameter Optical Wavelength Optical Input Power Polarization Dependence Responsivity Small Signal Bandwidth Lower Frequency Limit Group Delay Time Variations Bias Voltage Leakage Current
1550 optical wavelength external blocking capacitor enables lower frequency limits down 100kHz this maximum bias voltage achieve desired responsivity, also Maximum Ratings on-chip IPD48C-60B biasing external biasing IPD48C-60N Symbol
Po,in Vpin Irev
1520
1620
-2.50 -3.0
Unit
Remarks typ. 1550 compression f3dB
-2.0
Vpin -2,5
Small signal models description diode frequency behavior available request.
Mechanical Parameters
Parameter Chip size Thickness sizes Active Optical Region Radius Typ. 1500 Unit Remarks changes after dicing RF-OUT
absolute chip size varies within ±100 rf-out pads always close possible edge chip
further information, contact Markus Lenders IPAG Innovative Processing
phone: ++49 (0)203 379-3841 fax: ++49 (0)203 379-4094 following:
INTERNET: E-Mail:
http://www.ipag35.com sales@ipag35.com
IPAG Innovative Processing reserves right make changes product(s) information contained here without notice. liability assumed result their application. rights under patent accompany sale such product(s). Copyright 2002 IPAG Innovative Processing Rights Reserved. January 2002 IPD48X-60z
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