Photologic Reflective Object Sensor

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Elwin Farmer
5 years ago
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OPB76, OPB76, OPB762, OPB763 (Series N and T) OPB77, OPB77, OPB772, OPB773 (Series NZ and TZ) Features: Choice of mounting configurations Choice of four output configurations. (.6 mm) PCBoard mount (N and T series) 2 (3.

The electrical output can be specified as either TTL TotemPole or TTL OpenCollector, either of which can be supplied with inverter or buffer output polarity.

OPB77NZ and OPB77TZ series devices have 2 (35 mm) long, UL approved 26 AWG wires. All devices in this series offer the added stability of a builtin hysteresis amplifier.

Applications: Noncontact Photologic reflective object sensor Assembly line automation Machine automation Machine safety End of travel sensor Door sensor Part Number OPB76N OPB76N OPB762N OPB763N

1 OPB76, OPB76, OPB762, OPB763 (Series N and T) OPB77, OPB77, OPB772, OPB773 (Series NZ and TZ) Features: Choice of mounting configurations Choice of four output configurations. (.6 mm) PCBoard mount (N and T series) 2 (3.8 mm) AWG 26 wires (NZ and TZ series) OPB76N OPB775TZ : The OPB76N, OPB76T, OPB77N and OPB77T series of reflec ve assemblies feature Photologic output. The electrical output can be specified as either TTL TotemPole or TTL OpenCollector, either of which can be supplied with inverter or buffer output polarity. OPB76N and OPB76T series devices are designed for PCBoard moun ng and have. ( mm) long leads. OPB76T and OPB77T series devices are designed for remote moun ng with two moun ng tabs. OPB77NZ and OPB77TZ series devices have 2 (35 mm) long, UL approved 26 AWG wires. All devices in this series offer the added stability of a builtin hysteresis amplifier. Custom electrical, wire and cabling and connectors are available. Contact your local representa ve or OPTEK for more informa on. Applications: Noncontact Photologic reflective object sensor Assembly line automation Machine automation Machine safety End of travel sensor Door sensor Part Number OPB76N OPB76N OPB762N OPB763N OPB76T OPB76T OPB762T OPB763T OPB77NZ OPB77NZ OPB772NZ OPB773NZ OPB77TZ OPB77TZ OPB772TZ OPB773TZ LED Peak Wavelength 89 nm Ordering Information Reflection Distance Photologic (Inch) Min / Max TotemPole InvTotemPole Inv TotemPole InvTotemPole Inv.8" /.22 TotemPole InvTotemPole Inv TotemPole InvTotemPole Inv Mounting PCBoard. (.6 mm) leads) 2 (3.8 mm) 26 AWG wire RoHS 65 Wallace Drive, Carrollton, TX 756 Ph: Issue C 5/26 Page

2 OPB76, OPB76, OPB762, OPB763 (Series N and T) OPB77, OPB77, OPB772, OPB773 (Series NZ and TZ) OPB76, OPB77 Buffered TotemPole CC OPB76, OPB77 Buffered CC OPB762, OPB772 Inverted TotemPole OPB763, OPB773 Inverted OpenCollector CC CC 65 Wallace Drive, Carrollton, TX 756 Ph: Issue C 5/26 Page 2

3 OPB76, OPB76, OPB762, OPB763 (Series N and T) OPB77, OPB77, OPB772, OPB773 (Series NZ and TZ) OPB76 (N and T Series) OPB77 (NZ and TZ Series) X =.8 [2.mm] to.22 [5.6mm] DIMENSIONS ARE IN: [ MILLIMETERS] INCHES Pin # Pin# Color/Pin# Color/Pin# Cathode 3 Ground Red Anode White CC 2 Anode Output Black5 Cathode Blue2 Output 5 CC Green3 Ground 65 Wallace Drive, Carrollton, TX 756 Ph: Issue C 5/26 Page 3

4 OPB76, OPB76, OPB762, OPB763 (Series N and T) OPB77, OPB77, OPB772, OPB773 (Series NZ and TZ) Absolute Maximum Ratings (T A =25 C unless otherwise noted) Supply oltage, CC (not to exceed 3 seconds) Storage Temperature Range Operating Temperature Range Lead Soldering Temperature (/6 inch (.6 mm) from case for 5 seconds with soldering iron) () Input Diode Power Dissipation (2) Output Photologic Power Dissipation (3) Total Device Power Dissipation () oltage at Output Lead ( Output) Diode Forward DC Current Diode Reverse DC oltage C to +85 C C to +7 C 26 C mw 2 mw 3 mw 35 3 Electrical Characteristics (T A = 25 C unless otherwise noted) SYMBOL PARAMETER MIN TYP MAX UNITS TEST CONDITIONS Input Diode F Forward oltage.8 I F =, T A = 25 C I R Reverse Current μa R = 2., T A = 25 C Output Photologic CC Operating DC Supply oltage I CCL Low Level Supply Current: Buffered TotemPole Output (5)(6) Buffered OpenCollector Output (5)(6) Inverted TotemPole Output (5) Inverted OpenCollector Output (5) cc = 5.25, If = (output open) cc = 5.25, If = 25 (output open) I CCH High Level Supply Current: Buffered TotemPole Output (5)(6) Buffered OpenCollector Output (5) Inverted TotemPole Output (5)(6) Inverted OpenCollector Output (5)(6) cc = 5.25, If = 25 (output open) cc = 5.25, If = (output open) I OH High Level Output Current: Buffered OpenCollector Output μa μa cc =.5, If = 25, OH = 3, T A =25 C Inverted OpenCollector Output μa cc =.5, If =, OH = 3, T A = 25 C Notes: () RMA flux is recommended. Duration can be extended to seconds maximum when flow soldering. (2) Derate linearly 2.22 mw/ C above 25 C. (3) Derate linearly. mw/ C above 25 C. () Derate linearly 6.66 mw/ C above 25 C.Normal application would be with light source blocked, simulated by I F =. (5) Tested at d =.8 (mm) from a 9% diffuse white test surface. (6) Normal application would be with light source blocked, simulated by I F =. (7) All parameters tested using pulse technique. 65 Wallace Drive, Carrollton, TX 756 Ph: Issue C 5/26 Page

5 OPB76, OPB76, OPB762, OPB763 (Series N and T) OPB77, OPB77, OPB772, OPB773 (Series NZ and TZ) Electrical Characteristics (T A = 25 C unless otherwise noted) SYMBOL PARAMETER MIN TYP MAX UNITS TEST CONDITIONS Output Photologic (continued) I F(+) LED PositiveGoing Threshold Current (2) 25 cc = 5, T A = 25 C I F(+) /I F() Hysteresis (2). 2. cc = 5 I OS Short Circuit Output Current: Buffered TotemPole Output () 5 If = 25, cc = 5.25, Output = GRD Inverted TotemPole Output () 5 If =, cc = 5.25, Output = GRD OL Low Level Output oltage: Buffered TotemPole Output ()() Buffered OpenCollector Output ()().. CC =.5, I OL = 2.8, I F = or I F = 3 Inverted TotemPole Output Inverted OpenCollector Output ()().. CC =.5, I OL = 2.8, I F = 25 High Level Output oltage: Buffered TotemPole Output () 2. CC =.5, I OH = 8 μa, I F = 25 OH Inverted TotemPole Output ()() 2. CC =.5, I OH = 8 μa, I F = Inverted TotemPole Output (3) Inverted OpenCollector Output (3) CC =.5, I OH = 8 μa, I F = 3 Notes: () Tested at d =.8 (mm) from a 9% diffuse white test surface. (2) Tested at d =.8 (mm),.5 (mm) and.22 (mm) from a 9% diffuse white test surface. Reference: Eastman Kodak, Catalog #E (3) Tested at d =.8 (mm),.5 (mm) and.22 (mm) from a 5% diffuse black test surface. () Normal application would be with light source blocked, simulated by I F =. (5) OPB76N through OPB763N series devices are terminated with.2 (mm) square leads designed for printed PCBoard mounting. (6) OPB77NZ through OPB773NZ series devices are terminated with 2 inches (mm) of 7strand 26 AWG UL29 insulated wire on each terminal. A standard AMP No. 625 connector has been attached to the lead wires to ease connection to wire harnesses. (7) OPB76T through OPB763T series devices are terminated with.2 (mm) square leads designed for printed PCBoard mounting. (8) OPB77TZ through OPB773TZ series are terminated with 2 (mm) of 7strand 26 AWG UL29 insulated wire on each terminal. A standard AMP No. 625 connector has been attached to the lead wires to ease connection to wire harnesses. (9) All parameters tested using pulse technique. 65 Wallace Drive, Carrollton, TX 756 Ph: Issue C 5/26 Page 5

6 OPB76, OPB76, OPB762, OPB763 (Series N and T) OPB77, OPB77, OPB772, OPB773 (Series NZ and TZ) Performance Level vs Distance Level vs Distance Kodak 9% Towards Copy Paper Towards Kodak 9% Away Copy Paper Away Level vs Distance Level vs Distance Kodak 9% Towards Kodak 9% Away Avery Labels Towards Avery Labels Away Wallace Drive, Carrollton, TX 756 Ph: Issue C 5/26 Page 6

7 OPB76, OPB76, OPB762, OPB763 (Series N and T) OPB77, OPB77, OPB772, OPB773 (Series NZ and TZ) Performance Level vs Distance Typical Trigger Current and Hysteresis Ratio vs Ambient Temperature IF(+) Retro 3M 387 Towards Retro 3M 387 Away I F (+), I F () and I F (+)/I F () Trigger Current and Hysteresis Ratio IF() Hys Ta Ambient Temperature ( C) Output oltage vs Ambient Temperature Supply Current vs Ambient Temperature Typical Output oltage () Typical Icc () oh () ol () 2 Icch() Iccl() Ta Ambient Temperature ( C) Ta Ambient Temperature ( C) 65 Wallace Drive, Carrollton, TX 756 Ph: Issue C 5/26 Page 7

The HSMB-C110 is a right-angle package with the universally accepted dimensions of 3.2 x 1.0 x 1.5 mm. This part is ideal for

The HSMB-C110 is a right-angle package with the universally accepted dimensions of 3.2 x 1.0 x 1.5 mm. This part is ideal for Surface Mount Chip LEDs Technical Data HSMB-C19/C17/C11 Features Small Size Industry Standard Footprint Compatible with IR Solder Diffused Optics Operating Temperature Range of -3 C to +85 C Right Angle