Infineon Technologies Photo Trigger Circuits 36

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Manufacturers (1)
    • Infineon Technologies
    • Toshiba
Optoelectronic Type
    • PHOTO SCR
Mounting Feature
    • SURFACE MOUNT
    • THROUGH HOLE MOUNT
Configuration
    • SINGLE
Peak Surge Current
    • 105000 A
    • 45000 A
    • 57000 A
    • 63000 A
No. of Functions
    • 1
Sub-Category
    • Photo Trigger Devices
Maximum Operating Temperature
    • 120 Cel
Shape
    • ROUND
Minimum Operating Temperature
    • -40 Cel
Repetitive Off-state Voltage (Peak)
    • 5200 V
    • 6000 V
    • 7500 V
    • 7700 V
    • 8000 V
    • 8200 V
Maximum On State Current
    • 105000 A
    • 1200 A
    • 2355 A
    • 3800 A
    • 3900 A
    • 45000 A
    • 4710 A
    • 5498 A
    • 5600 A
    • 63000 A
    • 8130 A
Reset All
Part RoHS Manufacturer Optoelectronic Type Mounting Feature Configuration Peak Surge Current No. of Functions Sub-Category Maximum Operating Temperature Shape Minimum Operating Temperature Repetitive Off-state Voltage (Peak) Maximum On State Current

T553N70TOH

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

1200 A

T553N65TOH

Infineon Technologies

PHOTO SCR

T553N

Infineon Technologies

PHOTO SCR

T553N70TOHHOSA1

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

1200 A

T1503N80TOH

Infineon Technologies

PHOTO SCR

SURFACE MOUNT

SINGLE

45000 A

1

Photo Trigger Devices

120 Cel

ROUND

-40 Cel

8000 V

3800 A

T2563N80TOH

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

5600 A

T1503N80TOHHOSA1

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

3800 A

T4003NH52TOHMOLIHOSA1

Infineon Technologies

PHOTO SCR

T1503NH80TOHXOSA1

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

3800 A

T1503N75TOHXPSA2

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

3800 A

T2563N80TOHXPSA1

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

5600 A

T1503NH

Infineon Technologies

PHOTO SCR

T4003NH

Infineon Technologies

PHOTO SCR

T1503N80TOHPRXPSA1

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

3800 A

T1503NH77TOH

Infineon Technologies

PHOTO SCR

SINGLE

1

120 Cel

ROUND

-40 Cel

3800 A

T1503N82TOH

Infineon Technologies

PHOTO SCR

SINGLE

57000 A

1

Photo Trigger Devices

120 Cel

ROUND

-40 Cel

8200 V

3900 A

T4003N

Infineon Technologies

PHOTO SCR

T1503N

Infineon Technologies

PHOTO SCR

T4003NH54TOH

Infineon Technologies

PHOTO SCR

105000 A

Photo Trigger Devices

120 Cel

-40 Cel

5200 V

105000 A

T1503NH75TOH

Infineon Technologies

PHOTO SCR

SINGLE

45000 A

1

Photo Trigger Devices

120 Cel

ROUND

-40 Cel

7500 V

3800 A

T4003N52TOH

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

8130 A

T1503NH80TOH

Infineon Technologies

PHOTO SCR

SINGLE

45000 A

1

Photo Trigger Devices

120 Cel

ROUND

-40 Cel

8000 V

3800 A

T2563NH75TOH

Infineon Technologies

PHOTO SCR

63000 A

Photo Trigger Devices

120 Cel

-40 Cel

7500 V

63000 A

T4003NH52TOH

Infineon Technologies

PHOTO SCR

SINGLE

105000 A

1

Photo Trigger Devices

120 Cel

ROUND

-40 Cel

5200 V

8130 A

T1503N77TOH

Infineon Technologies

PHOTO SCR

SINGLE

57000 A

1

Photo Trigger Devices

120 Cel

ROUND

-40 Cel

7700 V

3900 A

T2563N80TOHHOSA1

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

5600 A

T4003NH52TOHMOLIXPSA1

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

8130 A

T4003N52TOHPRHOSA1

Infineon Technologies

PHOTO SCR

T1503N80TOHPR

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

3800 A

T2563NH80TOH

Infineon Technologies

PHOTO SCR

63000 A

Photo Trigger Devices

120 Cel

-40 Cel

8000 V

63000 A

T1503NH80TOHMOLIHOSA1

Infineon Technologies

PHOTO SCR

T1503N75TOH

Infineon Technologies

PHOTO SCR

SURFACE MOUNT

SINGLE

45000 A

1

Photo Trigger Devices

120 Cel

ROUND

-40 Cel

7500 V

3800 A

T1503NH82TOH

Infineon Technologies

PHOTO SCR

SINGLE

1

120 Cel

ROUND

-40 Cel

3800 A

T4003N54TOH

Infineon Technologies

PHOTO SCR

105000 A

Photo Trigger Devices

120 Cel

-40 Cel

5200 V

105000 A

T4003N52TOHPRXPSA1

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

8130 A

T2563N75TOH

Infineon Technologies

PHOTO SCR

SINGLE

1

ROUND

5600 A
Photo Trigger Circuits

Photo trigger circuits are electronic circuits that use light to trigger or initiate a response. They are widely used in a variety of applications, such as camera flash systems, security alarms, and electronic doorbells.

Photo trigger circuits typically consist of a light source, such as an LED or a laser, a photodetector, and an electronic circuit that processes the signal generated by the photodetector. The light source emits a beam of light that is detected by the photodetector, which generates a signal that is then processed by the electronic circuit. This signal is used to trigger or initiate a response in the system.

One of the advantages of using photo trigger circuits is their ability to provide a quick and accurate response. They are not affected by electromagnetic interference, and they can be used in applications that require high sensitivity and fast response times.

Another advantage of photo trigger circuits is their versatility. They can be used in a wide range of applications, such as in cameras, motion sensors, and security systems.

One of the disadvantages of photo trigger circuits is their susceptibility to ambient light interference. This can be addressed by using filters or shielding techniques to reduce the interference.