Photoresistors

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Part RoHS Manufacturer Optoelectronic Type Mounting Feature Terminal Finish Light Resistance Configuration No. of Functions Peak Wavelength (nm) Semiconductor Material Maximum Operating Temperature Dark Resistance Minimum Operating Temperature Maximum Output Voltage Maximum Power Dissipation JESD-609 Code

V1060-32

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

RADIAL MOUNT

Tin/Lead (Sn/Pb)

1

3600000 ohm

350 V

.25 W

e0

100949951

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

720

CDSE

80 Cel

200000000 ohm

-25 Cel

350 V

350 W

D9972-12

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

1

50 V

.1 W

100950444

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

150000000 ohm

-25 Cel

300 V

200 W

A1072-13

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

Tin/Lead (Sn/Pb)

1

100 V

50 W

e0

100950473

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

6000000 ohm

-25 Cel

150 V

250 W

B1072-21

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

Tin/Lead (Sn/Pb)

1

175 V

.15 W

e0

V1072-11

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

RADIAL MOUNT

Tin/Lead (Sn/Pb)

1

150000 ohm

50 V

.05 W

e0

A1060-11

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

Tin/Lead (Sn/Pb)

1

200 V

75 W

e0

N5560-31

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

100950443

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

80000000 ohm

-25 Cel

200 V

200 W

100950450

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

8400000 ohm

-25 Cel

300 V

200 W

100949786

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

3000000 ohm

-25 Cel

500 V

150 W

B1072-22

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

Tin/Lead (Sn/Pb)

1

175 V

.15 W

e0

C9860-21

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

1

175 V

.4 W

N1360-33

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

N9972-31

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

N9960-13

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

100950461

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

1000000 ohm

-25 Cel

400 V

50 W

W9960-23

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

RADIAL MOUNT

1

300000 ohm

250 V

.35 W

100949754

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

21000000 ohm

-25 Cel

100 V

200 W

C9872-24

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

1

150 V

.15 W

100949944

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

22000000 ohm

-25 Cel

150 V

700 W

100950929

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

36000000 ohm

-25 Cel

350 V

350 W

100950486

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

720

CDSE

80 Cel

100000000 ohm

-25 Cel

50 V

50 W

100949962

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

6900000 ohm

-25 Cel

500 V

700 W

U1160-14

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

RADIAL MOUNT

1

15000000 ohm

150 V

.05 W

D9960-21

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

1

150 V

.25 W

100949451

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

1500000 ohm

-25 Cel

150 V

90 W

T9060-24A

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

RADIAL MOUNT

1

8400000 ohm

300 V

.2 W

100949970

Infineon Technologies

LIGHT-DEPENDENT RESISTOR

THROUGH HOLE MOUNT

600

CDS

80 Cel

1200000 ohm

-25 Cel

150 V

700 W

Photoresistors

A photoresistor, also known as a light-dependent resistor (LDR), is a type of electronic component that changes its resistance in response to changes in light intensity. Photoresistors are widely used in a variety of applications, including in cameras, streetlights, and light sensors.

Photoresistors are made from a semiconductor material that changes its electrical conductivity when exposed to light. When light hits the photoresistor, it causes the material to conduct more electricity, which reduces its resistance. The resistance of the photoresistor is directly proportional to the intensity of the light it is exposed to.

One of the advantages of using photoresistors is their simplicity. They are low-cost, low-power, and easy to use. They do not require any external power source and can be directly connected to a circuit.

Another advantage of photoresistors is their versatility. They can be used in a wide range of applications, such as in light sensors that control the brightness of streetlights or in cameras that adjust their exposure based on the amount of available light.

One of the disadvantages of photoresistors is their slow response time. They are not suitable for applications that require fast switching speeds or precise measurements.