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HAMAMATSU P2823 SERIES handbook

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1. um E R m a 1 D 0002653 am HAMAMATSU MIN FLAT PACKAGE gt TECHNICAL DATA PHOTOCOUPLERS C P2823 SERIES HANA PASOS S IR P LED input photo IC output digital output 6 pin mini flat package offers surface mounting The P2823 is a digital output photocoupler consisting of a high speed infrared LED and a single chip photo which comprises a photodiode amplifier schmidt trigger circuit and output transistor Package as a 6 pin mini flat type it offers surface mounting on a printed circuit board The open collector output permits a wide selection of load resistances Two types of I O format are available the P2823 with normally OFF and the P2823 01 with normally ON Applications include signal interface for musical instruments logic signal interface for computers FEATURES 6 pin mini flat package Open collector output TTL compatible 9 High input output isolation voltage 3500 Vrms Min Surface mountable Taping available option UL listed E75221 Figure 1 Dimensional Outline and Pin Connection arPucarioNs Unitmm 9 Logic interface for electronic musical instruments Noise reduction for electronic devices 9 Logic interface for computers D ANODE 2 CATHODE MAXIMUM RATINGS Ta 25 2 0 0 2 High Level Output Low Level Output loL 1
2. RH40 60 1 minute Information furnished by HAMAMATSU Is believed to be reliable However responsibility is assumed for possible inaccuracies or omission Specifications are subject to change without notice No patent rights are granted to any of the circuits described herein 27 Powered by ICminer com Electronic Library Service CopyRight 2003 HAMAMATSU CORP LJE D NN 4229L09 ag 4 29 MINI FLAT PACKAGE PHOTOCOUPLER P2823 SERIES ELECTRICAL CHARACTERISTICS 0 70 Min Typ Max Min Typ Max Fase w Jem p e ETE KU pF 5 temaro 1 5 0 __ Low Level Supply Current Voozavizosma _ Meom9VaemhomA O _ Lot Testo Curent 9 25 _ Hysteresis m h e f IFLH IFHL Rus 27 8109 H L Propagation Delay Time 2 Berman ERE e Ea 1 Connect a capacitor of more than 0 1 uF between Vcc GND 2 Response Time Measuring Circuit A Transfer Characteristics g P2823 01 P2823 Figure 2 LED Allowable Forward Current vs Figure 3 Photo IC Allowable Power Dissipation vs Temperature Temperature FORWARD CURRENT Ir
3. mA ALLOWABLE POWER DISSIPATION Po mW AMBIENT TEMPERATURE Ta C AMBIENT TEMPERATURE Ta C 28 Powered by ICminer com Electronic Library Service CopyRight 2003 HAMAMATSU CORP 19E D NN 0002655 2 m TU 8q HAMAMATSU Figure 4 Forward Current vs Forward Voltage Figure 5 Supply Current vs Temperature 1000 7 Vee 5V le 0 5mA L leca P2823 3 A TT LL LET dad poe eus pe o ir Seq 100 VITT 25 25 AERE FORWARD CURRENT Ir mA SUPPLY CURRENT Icc HL 0 0 5 1 5 2 25 FORWARD VOLTAGE Vr V AMBIENT TEMPERATURE Ta C imer Figure 6 Low Level Output Voltage vs Output Current Figure 7 Low Level Output Voltage vs Temperature Q 4 Vec 5V LOW LEVEL OUTPUT VOLTAGE Va V LOW LEVEL OUTPUT VOLTAGE Vo V o LOW LEVEL OUTPUT CURRENT lo AMBIENT TEMPERATURE Ta C Figure 8 Threshold Input Current vs Temperature Figure 9 Threshold Input Current vs Supply Voltage 2823 01 Ir P2823 22823 01 Ra 0 5 10 15 AMBIENT TEMPERATURE SUPPLY VOLTAGE Vcc V 29 Ta 25 C Ir u P2823 0 P2823 Ire P2823 01 P2823 RELATIVE THRESHOLD INPUT CURRENT mA RELATIVE THRESHOLD INPUT CURRENT Irr lFLH Powered
4. by ICminer com Electronic Library Service CopyRight 2003 T 4t 23 229609 00028555 gg MINI FLAT PACKAGE PHOTOCOUPLER P2823 SERIES lHE D HAMAMATSU CORP Rise Fall Time vs Load Resistance Figure 11 Figure 10 Propagation Delay Time vs Forward Current P2823 51 1 SINIL 71 4 381 P2823 01 sr wai NOLLVOVdOHd P2823 P2823 01 LOAD RESISTANCE R FORWARD CURRENT Ir mA 30 Powered by ICminer com Electronic Library Service CopyRight 2003

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