PGM5516P TOKEN | Alldatasheet

Document overview

  • Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
  • PDF pages: 7

Technical content

Features

  • Quick Response - Reliable Performance - Epoxy or hermetical package - Good Characteristic of Spectrum Preview The cadmium sulfide (CdS) or light dependent resistor (LDR) whose resistance is inversly dependent on the amount of light falling on it, is known by many names including the photo resistor, photoresistor, photoconductor, photoconductive cell, or simply the photocell. A typical structure for a photoresistor uses an active semiconductor layer that is deposited on an insulating substrate. The semiconductor is normally lightly doped to enable it to have the required level of conductivity. Contacts are then placed either side of the exposed area. The photo-resistor, CdS, or LDR finds many uses as a low cost photo sensitive element and was used for many years in photographic light meters as well as in other applications such as smoke, flame and burglar detectors, card readers and lighting controls for street lamps. Providing design engineers with an economical CdS or LDR with high quality performance, Token Electronics now offers commercial grade PGM photoresistor. Designated the PGM Series, the photoresistors are available in 5mm, 12mm and 20mm sizes, the conformally epoxy or hermetical package offer high quality performance for applications that require quick response and good characteristic of spectrum. Token has been designing and manufacturing high performance light dependent resistors for decades. Our product offerings are extensive and our experience with custom photoresistor is equally extensive. Contact us with your specific needs. PGM CDS Photoresistors

Applications

  • Photoswitch - Photoelectric Control - Auto Flash for Camera - Electronic Toys, Industrial Control Light-Dependent Photoresistors for Sensor Applications CDS Light-Dependent Photoresistors TOKEN
  • Light Resistance : Measured at 10 lux with standard light A (2854K-color temperature) and 2hr. preillumination at 400-600 lux prior testing.
  • Dark Resistance : Measured at 10th seconds after closing 10 lux.
  • Gamma characteristic : Under 10 lux and 100 lux and given by γ = log(R10/R100) / log(100/10) = log(R10/R100) R10, R100: resistance at 10 lux and 100 lux. The tolerance of γ is ±0.1.
  • Pmax : Max. power dissipation at ambient temperature of 25°C.At higher ambient temperature,the maximum power permissible may be lowered.
  • Vmax : Max. voltage in darkness that may be applied to the device continuously.
  • Spectral peak : Spectral sensitivity of photoresistors depends on the wavelength of light they are exposed to and in accordance with figure ‘Spectral Response’. The tolerance of spectral peak is ±50nm. 02 of 03 PGM CDS Photoresistors Terminology Sensitive surface Conducting resin Ceramic substrate Electrodes Resin Encapsulation Lead wires 400 500 600 700 800 900 1000 100 Relative sensitivity(%) Wavelength(nm) CdS CdSe Cd(S.Se) Physical and Environmental Characteristics ITEM CONDITIONS PERFORMANCE Solderability Put the terminals into welding tank at temp. 230±5°C for 2±0.5s (terminal roots are 5mm away from the tin surface). wetting>95% Temperature Changing Change of temperature in accordance with: TA: -40°C TB: +60°C Number of cycles: 5 Exposure duration: 30min Drift of R10 = ± 20% No visible damage Constant humidity and heat 1. Put the device in test box at Temperature: 60±5° CHumidity: 90-95% Illumination: 0lux Duration: 100h 2. Take the device and measure after24h at normal temperature and humidity. Drift of R10= ± 30% No visible damage Constant load Temperature At 25±5°C Illumination: 150lux at rated power Duration: 600h No visible damage Wire Terminals Strength Bend the wire terminal at its root to 90 degree,and then bend it to a opposite direction. No visible damage Vibration Frequency: 50Hz Swing: 1.5mm with Directions: parallel to ceramic substrate normal to ceramic sub- strate. Duration:2h No visible dam Version 2010 TOKEN

  pPGM5516  Part Number  Package Version 2010 TOKEN

Configurations & Dimensions Ø5.1±0.2 4.3±0.2Ø0.5 3.4 34±2 2.4Max PGM5** series Epoxy resin package 32±24 max Ø 0.5 Ø5.5 3.4 Ø 6.5 PGM55-MP series Hermetical package Note: All dimensions are in mm and NTS. Version 2010 TOKEN

Electronics Characteristics Model Vmax (VDC) Pmax (mW) Ambient Temp (°C) Spectral Peak (nm) Photo Resistance (10Lx) (KΩ) Dark Resistance (MΩ)min γ min Response Time (ms) Rise Decay PGM5506-MP 100 90 -30 ~ +70 540 2 ~ 6 0.15 0.6 30 40 PGM5516-MP 100 90 -30 ~ +70 540 5 ~ 10 0.2 0.6 30 40 PGM5526-MP 150 100 -30 ~ +70 540 8 ~ 20 1.0 0.6 20 30 PGM5537-MP 150 100 -30 ~ +70 540 16 ~ 50 2.0 0.7 20 30 PGM5539-MP 150 100 -30 ~ +70 540 30 ~ 90 5.0 0.8 20 30 PGM5549-MP 150 100 -30 ~ +70 540 45 ~ 140 10.0 0.8 20 30 Electronics Characteristics Model Vmax (VDC) Pmax (mW) Ambient Temp (°C) Spectral Peak (nm) Photo Resistance (10Lx) (KΩ) Dark Resistance (MΩ)min γ min ResponseTime (ms) Rise Decay PGM5506 100 90 -30 ~ +70 540 2 ~ 6 0.15 0.6 30 40 PGM5516 100 90 -30 ~ +70 540 5 ~ 10 0.2 0.6 30 40 PGM5526 150 100 -30 ~ +70 540 8 ~ 20 1.0 0.6 20 30 PGM5537 150 100 -30 ~ +70 540 16 ~ 50 2.0 0.7 20 30 PGM5539 150 100 -30 ~ +70 540 30 ~ 90 5.0 0.8 20 30 PGM5549 150 100 -30 ~ +70 540 45 ~ 140 10.0 0.8 20 30 PGM5616D 150 100 -30 ~ +70 560 5 ~ 10 1.0 0.6 20 30 PGM5626D 150 100 -30 ~ +70 560 8 ~ 20 2.0 0.6 20 30 PGM5637D 150 100 -30 ~ +70 560 16 ~ 50 5.0 0.7 20 30 PGM5639D 150 100 -30 ~ +70 560 30 ~ 90 10.0 0.8 20 30 PGM5649D 150 100 -30 ~ +70 560 50 ~ 160 20.0 0.8 20 30 PGM5659D 150 100 -30 ~ +70 560 150 ~ 300 20.0 0.8 20 30 Version 2010 TOKEN

Configurations & Dimensions Note: All dimensions are in mm and NTS. Ø12Max Ø0.510.8Max 2.4MAX 34±2.0 PGM12 series Epoxy resin package PGM12-MP series Hermetical package 32typ.

5.5 Max

Ø 13.8 Ø 12.6 Ø 10 Ø 0.5 (PGM12) Electronics Characteristics Model Vmax (VDC) Pmax (mW) Ambient Temp (°C) Spectral Peak (nm) Photo Resistance (10Lx) (KΩ) Dark Resistance (MΩ)min γ min Response Time (ms) Rise Decay PGM1200 250 250 -30 ~ +70 560 2~5 1.0 0.6 30 40 PGM1201 250 250 -30 ~ +70 560 4~10 2.0 0.7 30 30 PGM1202 250 250 -30 ~ +70 560 8~20 5.0 0.7 30 30 PGM1203 250 250 -30 ~ +70 560 18~50 10 0.8 30 30 PGM1204 250 250 -30 ~ +70 560 45~150 20 0.8 30 30 PGM1205 250 250 -30 ~ +70 560 140~300 20 0.8 30 30 (PGM12-MP) Electronics Characteristics Model Vmax (VDC) Pmax (mW) Ambient Temp (°C) Spectral Peak (nm) Photo Resistance (10Lx) (KΩ) Dark Resistance (MΩ)min γ min Response Time (ms) Rise Decay PGM1200-MP 250 250 -30 ~ +70 560 2~5 1.0 0.6 30 40 PGM1201-MP 250 250 -30 ~ +70 560 4~10 2.0 0.7 30 30 PGM1202-MP 250 250 -30 ~ +70 560 8~20 5.0 0.7 30 30 PGM1203-MP 250 250 -30 ~ +70 560 18~50 10 0.8 30 30 PGM1204-MP 250 250 -30 ~ +70 560 45~150 20 0.8 30 30 PGM1205-MP 250 250 -30 ~ +70 560 140~300 20 0.8 30 30 Version 2010 TOKEN

Electronics Characteristics Ø20.5MAX 2.5MAX Ø0.6 35MAX 17.5 PGM20 series Epoxy resin package PGM20-MP series Hermetical package

34 MAX

17.5 Ø 22 Epoxy Resin Plastic Case Note: All dimensions are in mm and NTS. (PGM20) Electronics Characteristics Model Vmax (VDC) Pmax (mW) Ambient Temp (°C) Spectral Peak (nm) Photo Resistance (10Lx) (KΩ) Dark Resistance (MΩ)min γ min ResponseTime (ms) Rise Decay PGM2000 500 500 -30 ~ +70 560 2~5 1.0 0.6 30 40 PGM2001 500 500 -30 ~ +70 560 4~10 2.0 0.7 30 30 PGM2002 500 500 -30 ~ +70 560 8~20 5.0 0.7 30 30 PGM2003 500 500 -30 ~ +70 560 18~50 10 0.8 30 30 PGM2004 500 500 -30 ~ +70 560 45~150 20 0.8 30 30 PGM2005 500 500 -30 ~ +70 560 140~300 20 0.8 30 30 (PGM20-PP) Electronics Characteristics Model Vmax (VDC) Pmax (mW) Ambient Temp (°C) Spectral Peak (nm) Photo Resistance (10Lx) (KΩ) Dark Resistance (MΩ)min γ min Response Time (ms) Rise Decay PGM2000-PP 500 500 -30 ~ +70 560 2~5 1.0 0.6 30 40 PGM2001-PP 500 500 -30 ~ +70 560 4~10 2.0 0.7 30 30 PGM2002-PP 500 500 -30 ~ +70 560 8~20 5.0 0.7 30 30 PGM2003-PP 500 500 -30 ~ +70 560 18~50 10 0.8 30 30 PGM2004-PP 500 500 -30 ~ +70 560 45~150 20 0.8 30 30 PGM2005-PP 500 500 -30 ~ +70 560 140~300 20 0.8 30 30 Back to 1st Page - CdS Photo Resistors (PGM) TOKEN