PDI-C108-F

PHOTONIC DETECTORS INC. Silicon Photodiode, Near I.R. Photoconductive Type PDI-C108-F PACKAGE DIMENSIONS INCH [mm] 0.215 [5.46] Ø0.483 [12.27] 0.065 [1.65] Ø0.449 [11.39] 1.500 [38.10] WIRE BONDS CL 69° VIEWING ANGLE Ø0.550 [13.97] ANODE Ø0.018 [0.46] 0.295 [7.49] C L CATHODE Ø0.018 [0.46] HEADER PHOTODIODE I.R. PASS FILTER WINDOW CAP (WELDED) 0.265 [6.74] SQUARE 0.2472 [6.289] ACTIVE AREA TO-8 HERMETIC CAN PACKAGE ACTIVE AREA = 31.00 mm2 -40 +80 O C +240 O C TS Soldering Temperature* IL Light Current 1.0 mA 0.3 0.2 0.1 0 *1/16 inch from case for 3 secs max 1200 Operating Temperature Range 1100 C TO 900 O 0% 10 1000 +100 = 800 -55 QE 0.4 700 Storage Temperature 0.5 600 TSTG 0.6 500 V 400 100 300 Reverse Voltage 190 V BR SPECTRAL RESPONSE 0.7 RESPONSIVITY (A/W) DESCRIPTION The PDI-C108-F is a silicon, PIN planar I.R. pass visible rejection diffused photodiode with NIR pass, visible Match to I.R. emitters light rejection optical filter. Ideal for high speed, low capacitance, photoconductive Hermetic package NIR applications. Packaged in a hermetic TO-8 metal can with a flat window cap. ABSOLUTE MAXIMUM RATING (TA=25OC unless otherwise noted) SYMBOL PARAMETER MIN MAX UNITS APPLICATIONS I.R. detector I.R. laser detector Photo-interrupters Industrial controls FEATURES High speed WAVELENGTH (nm) ELECTRO-OPTICAL CHARACTERISTICS (TA=25 C unless otherwise noted) SYMBOL CHARACTERISTIC TEST CONDITIONS MIN TYP O ISC Short Circuit Current H = 100 fc, 2850 K ID Dark Current H = 0, V R = 10 V Shunt Resistance H = 0, V R = 10 mV TC RSH RSH RSH Temp. Coefficient H = 0, V R = 10 mV CJ Junction Capacitance H = 0, V R = 10 V** λrange Spectral Application Range Spot Scan λp Spectral Response - Peak Spot Scan V BR Breakdown Voltage I = 10 m A N EP tr Noise Equivalent Power VR = 10 V @ Peak Response Time RL = 1 KΩ V R = 50 V 360 15 nA 120 MΩ -8 % / oC 75 pF 700 100 UNITS mA 414 5 65 MAX 1100 nm 950 nm 125 V 8x10 20 -13 W/ Hz nS Information in this technical data sheet is believed to be correct and reliable. However, no responsibility is assumed for possible inaccuracies or omission. Specifications are subject to change without notice. ** f = 1 MHz