Preview only show first 10 pages with watermark. For full document please download

Datasheet For Pdv-p5002 By Advanced Photonix

   EMBED


Share

Transcript

CdS Photoconductive Photocells PDV-P5002 PACKAGE DIMENSIONS PACKAGE DIMENSIONS INCHINCH [mm] [mm] +.015 [0.38] -.010 [0.25] .079 [2.00] ±.010 [0.25] .366 [9.30] EPOXY ON LEADS 3 mm MAX 2X Ø.016 [0.40] .300 [7.62] PLASTIC COATED ±.010 [0.25] Ø.433 [11.00] 2X 1.437 [36.5] CERAMIC PACKAGE FEATURES DESCRIPTION • Visible light response • Sintered construction • Low cost APPLICATIONS The PDV-P5002 are (CdS), Photoconductive • Camera exposure photocells designed to sense light from 400 to 700 • Shutter controls nm. These light dependent resistors are available in • Night light Controls a wide range of resistance values. They’re packaged in a two leaded plastic-coated ceramic header. CELL RESISTANCE VS. ILLUMINANCE SYMBOL PARAMETER MIN MAX Vpk Applied Voltage 350 Pd Δpo/Δt Continuous Power Dissipation 400 TO Operating and Storage Temperature TS Soldering Temperature* -30 +75 +260 UNITS V mW/°C °C Resistance in Kohms 1000 ABSOLUTE MAXIMUM RATING (TA)= 23°C UNLESS OTHERWISE NOTED 100 10 °C 1 1 * 0.200 inch from base for 3 seconds with heat sink. 10 100 Illuminance in lux ELECTRO-OPTICAL CHARACTERISTICS RATING (TA)= 23°C UNLESS OTHERWISE NOTED SYMBOL RD RI S lrange lpeak tr Tf CHARACTERISTIC TEST CONDITIONS After 10 sec. @ 10 Lux @ 2856 °K 10 Lux @ 2856 °K LOG(R100)-LOG(R10)** Sensitivity LOG(E100)-LOG(E10)*** Spectral Application Range Flooded Spectral Application Range Flooded Rise Time 10 Lux @ 2856 °K Fall Time After 10 Lux @ 2856 °K Dark Resistance Illuminated Resistance MIN TYP 0.5 12 MAX 30 W/Lux 0.75 400 700 520 55 25 UNITS MW KW nm nm ms ms **R100, R10: cell resistances at 100 Lux and 10 Lux at 2856 °K respectively . ***E100, E10: luminances at 100 Lux and 10 Lux 2856 °K respectively. Information in this technical datasheet is believed to be correct and reliable. However, no responsibility is assumed for possible inaccuracies or omission. Specifications are subject to change without notice. REV 3/30/06