CNY17-2-000E

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Optoisolators - transistor, photovoltaic output, of which CNY17-2-000E is one of the most popular variety available today, use the light-to-electricity principle to ensure electrical isolation in electronic control systems. This type of device consists of an input photodiode, a photovoltaic cell, and an output transistor. When a signal is applied to the input photodiode, the diode emits light which is then converted into electrical energy in the photovoltaic cell. This, in turn, energizes the output transistor.

As far as the CNY17-2-000E is concerned, it has an input photodiode with a peak response of around 900 nm. The output transistor is capable of producing a 10 mA current output when the input light intensity is above 1 mW/cm2. Furthermore, it has a maximum frequency response of 200 kHz. The output transistor of this unit is typically an NPN type although other types such as PNP are also available.

The working principle behind theCNY17-2-000E is fairly straightforward. When a signal is applied to the input photodiode, photons emitted from the diode pass through an optical window and are converted into an electrical signal by the photovoltaic cell. This electrical signal then energizes the output transistor and drives it to an ON state, thus transferring the signal to the output connector. This arrangement ensures electrical isolation between the input and output ports, thereby preventing electrical noise and voltage spikes from perturbing the system.

In addition to providing a high level of electrical isolation, the CNY17-2-000E also provides protection from electric shock, as the output transistor can be safely exposed to up to 1000 V in order to ensure safety of personnel. This makes the CNY17-2-000E a great choice for applications such as medical equipment, transportation and security systems.

CNY17-2-000E optoisolators can be used in a variety of industrial and consumer electronic applications. Some of the most common applications include audio and video equipment, automotive electronics and control systems, medical instruments, and consumer electronics. The CNY17-2-000E can also be used in telecommunications equipment, especially in applications that require high levels of electrical isolation. In each of these applications, opto-isolators can be used to ensure electrical isolation between input and output signals.

In conclusion, the CNY17-2-000E optoisolator is an extremely popular and reliable choice for electrical isolation applications. It can be used in a wide range of applications, from telecommunications equipment to medical instruments, and provides a high-level of protection for personnel from electric shock. Furthermore, its input photodiode has a peak response of 900nm and its output transistor can produce a 10mA current output when the input light intensity is above 1mW/cm2, making it an excellent choice of optoisolators for electronic control systems.

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