OP505D
OP505D is NPN Phototransistors manufactured by TT Electronics.
- Part of the OP505 comparator family.
- Part of the OP505 comparator family.
Features
:
- T-1 package style
- Variety of sensitivity ranges
- Choice of narrow or wide receiving angle
- Small package size ideal for space-limited applications
- 0.050” [1.27mm] or 0.100” [2.54mm] Lead spacing
OP505, OP535, OP705
OP506
OP505W
OP506W
Description
: Each OP505 and OP506 devices consist of an NPN silicon phototransistor, the OP535 device consist of an NPN silicon photodarlington transistor and the OP705 device consist of an NPN silicon phototransistor with a large value resistor integrated between the Base and Emitter for low light signal rejection. All of the devices are molded in a blue-tinted T-1 (3mm) epoxy package
The OP505, OP535 and OP705 devices have a narrow receiving angle that provides excellent on-axis coupling while the OP506 device has a wider receiving angle for those applications where a narrow receiving angle of the OP505, OP535 and OP705 is not required. The OP505W and OP506W device have the widest receiving angle and provides relatively even reception over a large area.
Devices are 100% production tested, using infrared light for close correlation with Optek’s Ga As and Ga AIAs emitters.
Please refer to Application Bulletins 208 and 210 for additional design information and reliability (degradation) data.
Please see your OPTEK representative for custom versions of these devices.
Applications:
- Space-limited applications
- Interruptive applications to detect media which is semi- transparent to infrared light
Part Number OP505A OP505B OP505C OP505D OP505W OP506A OP506B OP506C OP506W OP535A OP535B
OP705A
Ordering Information
Sensor
Viewing Angle
Lead Spacing
Lead Length
20° 0.050” [1.27 mm]
Transistor
90°
0.50" 20° 0.100” [12.7 mm]
[2.54 mm] 90°
Darlington
20°
0.050” [1.27 mm]
Transistor
Ro HS
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...