Plastic – coated Types (7 & 10 P Types)

	Maximum Ratings			Characteristics E (at 25℃)
	Applied	Allowable	Ambient	Cell Resistance A				Response Time at 10 lx D
	Voltage	Power	Temperature	10 lx (at 2856K)		0 lx B	C
Type No.	at 25℃	Dissipation	Ta	Min.	Max.	Min.	100~10 lx	Rise Time	Decay Time
		at 25℃		(K	(K	(M	Type	Type	Type
	(Vdc)	(mW)	(℃)	ohm)	ohm)	ohm)		(ms)	(ms)
7002	200	150	-30~+75	4	20	0.5	0.65	55	20
7003	200	150	-30~+75	8	24	0.5	0.7	55	20
7004	200	150	-30~+75	15	60	0.5	0.7	60	25
7005	200	150	-30~+75	50	150	20	0.85	60	25
5001	350	400	-30~+75	8	16	0.3	0.6	55	25
5002	350	400	-30~+75	12	30	0.5	0.75	55	25
5003	350	400	-30~+75	12	58	1	0.75	55	25

 

 

A. Measured with the light source of a tungsten lamp operated at a color temperature of 2856K.

B. Measured 10 seconds after removal of incident illuminant of 10 lux.

C. Gamma characteristic between 10 lux and 100 lux and given by

                               

Where R100, R10: cell resistances at 100 lux and 10 lux respectively

E100, E10: illuminant of 100 lux and 10 lux respectively

D. The rise time is the time required for the cell conductance to rise to 63% of the saturated level. The decay time is the time required for the cell conductance to decay from the saturated level to 37%.

E. All character is tics are measured with the light history conditions: the CdS cell is exposed to light (100 to 500 lux) for one to two hours.

 

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