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Details

Sensing Slot Width: 5 mm

Maximum Ratings (Ta=25 °C)

Item		Symbol	Value
Input	Forward Current	I_F	50mA
	Forward Current Derating	DI_F/°C	-0.33mA/°C
	Reverse Voltage	V_R	5V
Output	C-E Voltage	V_CEO	30V
	E-C Voltage	V_ECO	5V
	Collector Current	I_C	50mA
	Collector Power Dissipation	P_C	75mW
	Collector Power Dissipation Derating ¹	DP_C/°C	-1mW/°C
Operating Temperature		T_OPR	-25~+85 °C
Storage Temperature		T_STG	-40~+85 °C

1: Ta>25 °C

Electrical Characteristics (Ta=25 °C)

Item			Symbol	Conditions	Min	Typ	Max	Unit
Input	Forward Voltage		V_F	I_F=10mA	1.00	1.15	1.30	V
	Reverse Voltage		I_R	V_R=3V	–	–	10	mA
	Peak Wavelength		l_P	I_F=20mA		940		nm
Output	Off-State Collector Current		I_CEO	V_CE=16V I_F=0mA	–	5	100	nA
Output	Peak Wavelength		l_P	–		870		nm
Coupled	Light Current		I_L	V_CE=5V I_F=20mA	0.5	–	15	mA
	C-E Saturation Voltage		V_{CE (sat)}	I_F=20mA I_C=1mA	–	0.15	0.4	V
	Switching Time	Rise Time	t_r	V_CC=5V ² I_C=1mA R_L=1kW	–	15	50	ms
	Switching Time	Fall Time	t_f	V_CC=5V ² I_C=1mA R_L=1kW	–	15	50	ms

Mechanical Characteristics

Vibration Resistance	To withstand 10~55~10Hz, 1.5mm amplitude and 1 minute sweep time in X, Y and Z directions, each for 2 hours.
Shock Resistance	294m/S² (30G) or more.

Terminal No.	Signal
1	Anode
2	Collector
3	GND

Detecting Position Characteristics (Reference) (IF=20mA, VCE=5V, Ta=25°C)

Parts Construction List

No.	Description	Qty.	Materials	Remarks
1	Case	1	Polycarbonate	Flammability: UL94V-2 or more
2	Cover	1	Polycarbonate	Flammability: UL94V-2 or more
3	PCB	1	CEM-3	Flammability: UL94V-0
4	Connector	1	6, 6-Nylon	Flammability: UL94V-0 Model No. B3B-ZR
5	Metal Slit	2	SUS	–
6	Emitter	1	–	GaAs Infrared Light Emitting Diode
7	Detector	1	–	Photo Transistor

Handling Notes

Careful attention should be made to avoid deformation of components.
Environmental air must be free from corrosive gasses such as hydrogen sulfide or salt water air.
Mount sensor away from direct sunlight and incandescent light.
The side with emitting and receiving elements should be handled very carefully.
Do not wash sensors. Liquid may get into the case and cause damage. If you must clean the surface area, use a soft cloth damped with a washing fluid such as methanol or isopropyl alcohol.
Degrading LED radiant power should be addressed if sensor is used repeatedly over a long period of time.
This product was designed for use in the following applications:
- OA equipment, video equipment, consumer electronics, communication equipment, measuring equipment, and control equipment.
- When designing a system for safety and reliability, be sure to incorporate fail-safe and other appropriate measures.