H11A617B300W

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Optoisolators, sometimes referred to as optical couplers, are electronic components which have the purpose of electrically isolating two circuits. They are often used to isolate low power signals from higher power circuits or to separate and protect circuits from the effects of EMI (electromagnetic interference) or power surges.The H11A617B300W is a three-pin optoisolator from Honeywell that was designed for use in industrial applications, such as motor control, medical apparatus, semiconductor test equipment and automotive applications.

The optoisolator uses a high power infrared LED connected to one side of the device, and a phototransistor connected to the other side. When the LED is powered, it emits infrared light. This light is received by the phototransistor, which switches on and supplies current to the output. The phototransistor ensures a high level of reliability and isolation between the two circuits by providing galvanic isolation, so that the low power side is effectively isolated from the higher power side.

The H11A617B300W has a 6mm wide package and a height of 5mm, making it suitable for most types of industrial applications where space is constrained. It has a very fast response time of 200ns, and a maximum conduction resistance of 40 ohms. It can also operate at temperatures ranging from -40°C to +90°C.

The H11A617B300W is a single-output optoisolator with a voltage range of 3V to 32V, and a maximum power output of 300W. The device is UL rated to Class 2 specifications and is suitable for use in UL approved environments. It has a high surge capability of +/I4KV and is designed to withstand surges up to 6KV. The device also has a reverse biased junction breakdown voltage of 15V and a Schottky diodes clamping voltage of 24V.

The H11A617B300W is designed to provide a reliable, high performance, optically isolated solution for industrial applications. It is used for the isolation of low power signals from higher power circuits, and for the protection of circuits from the effects of EMI or power surges. The device is highly reliable, with a fast response time and surge capability up to 6KV. It is UL rated and suitable for use in UL approved environments, and has a voltage range of 3V to 32V and a maximum power output of 300W.

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