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High Reliability Photologic® Hermetic Sensors OPL800TX, OPL800TXV © TT electronics plc Issue A 11/2016 Page 1 OPTEK Technology, Inc.
1645 Wallace Drive, Carrollton, TX 75006|Ph: +1 972 323 2200
www.optekinc.com | www.ttelectronics.com General Note TT Electronics reserves the right to make changes in product specification without notice or liability. All information is subject to TT Electronics’ own data and is considered accurate at time of going to print. Description: The OPL800TX/TXV is a high reliability optoelectronic microcircuit that incorporates a photodiode, linear amplifier and SchmiƩ trigger on a single silicon chip. The device features TTL/STTL compaƟble logic level output which can drive up to 8 TTL loads without addiƟonal interface circuitry. The Photologic® chip is mounted on a standard TO‐18 header with gold plated leads which is hermeƟcally sealed in a lensed gold plated metal can. These devices are mechanically and spectrally matched to the OP235TX/TXV and OP236TX/TXV infrared emiƫng diodes. All parts are processed to Optek’s 100 percent screening program paƩerned aŌer Method 5004 of MIL‐STD‐883 and the quality conformance tesƟng of Method 5005. Typical characterisƟc curves are shown on the commercial OPL800 datasheet. Applications: Non-contact reflective object sensor Assembly line automation Machine automation Machine Safety End of travel sensor Door sensor Military and harsh environments Features: 100% screened and quality conformance tested to Optek’s High Reliability program Direct TTL/STTL interface Hermetic, lensed TO-18 package Mechanically and spectrally matched to OP235/OP236TX/TXV LEDs (2) (1) (3) Absolute Maximum RaƟngs (TA = 25° C unless otherwise noted) Supply Voltage, VCC (not to exceed 3 sec) +10.0 V Storage Temperature Range ‐55° C to +150°C OperaƟng Temperature Range ‐55° C to +125°C Lead Soldering Temperature [1/16 inch (1.6 mm) from case for 5 sec. with soldering iron] 240°C(1) Power DissipaƟon 250 mW(2) DuraƟon of Output Short to VCC or Ground 1.00 sec Irradiance 3 mW/cm2 Notes: 1. RMA flux is recommended. DuraƟon can be extended to 10 seconds maximum when wave soldering. 2. Derate linearly 2.5 mW/°C above 25°C. 3. Light measurements are made with λ = 935 nm.
© TT electronics plc General Note TT Electronics reserves the right to make changes in product specification without notice or liability. All information is subject to TT Electronics’ own data and is considered accurate at time of going to print. High Reliability Photologic® Hermetic Sensors OPL800TX, OPL800TXV Issue A 11/2016 Page 2 OPTEK Technology, Inc. www.optekinc.com | www.ttelectronics.com Group A InspecƟon‐Electrical Tests (Performed on each inspecƟon lot aŌer all devices have been subjected to the 100% processing requirements.) SYMBOL EXAMINATION OR TEST METHOD N/C LIMIT UNITS MIN MAX Subgroup 1(3) ICCH Supply Current, High 3005 VCC= 5.5 V, Ee = 1.0 mw/cm2 15.0 mA ICCL Supply Current, Low 3005 VCC= 5.5 V, Ee = 0.0 mw/cm2 15.0 mA VOL Low Level Output Voltage 3007 VCC= 4.5 V, IOL = 12.8 mA, Ee = 0.0 mw/cm2 0.40 V VOH High Level Output Voltage 3006 VCC= 4.5 V, IOH = ‐800 μA, Ee = 1.0 mw/cm2 2.4 V IOS Short Circuit Output Current 3011 VCC= 4.5 V, Ee = 1.0 mw/cm2, Output = Ground ‐20 ‐ 100 mA Subgroup 2(3) TA = +125°C ICCH Supply Current, High 3005 VCC= 5.5 V, Ee = 1.0 mw/cm2 15.0 mA ICCL Supply Current, Low 3005 VCC= 5.5 V, Ee = 0.0 mw/cm2 15.0 mA VOL Low Level Output Voltage 3007 VCC= 4.5 V, IOL = 12.8 mA, 0.40 V VOH High Level Output Voltage 3006 VCC= 4.5 V, IOH = ‐800 μA, Ee = 2.4 V Subgroup 3(3) TA = ‐55°C ICCH Supply Current, High 3005 VCC= 5.5 V, Ee = 1.0 mw/cm2 15.0 mA ICCL Supply Current, Low 3005 VCC= 5.5 V, Ee = 0.0 mw/cm2 15.0 mA VOL Low Level Output Voltage 3007 VCC= 4.5 V, IOL = 12.8 mA, Ee = 0.0 mw/cm2 0.40 V VOH High Level Output Voltage 3006 VCC= 4.5 V, IOH = ‐800 μA, Ee = 1.0 mw/cm2 2.4 V Subgroup 3(3) tr, tf Rise and Fall Time 3004 VCC= 5.0 V, RL = 8TTL loads 100 ns tPHL PropagaƟon Delay, Low‐High 3003 VCC= 5.0 V, RL = 8TTL loads 10.0 μ s tPLH PropagaƟon Delay, High‐Low 3003 VCC= 5.0 V, RL = 8TTL loads 10.0 μ s CONDITIONS