HCPL-0700-560E

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Optoisolators are components used to electrically isolate signals between input and output. They separate the two circuits using a light intensity sensitive optical element (typically a LED) to control a solid-state device (typically a transistor) on the output side. The device type and model used in this application field are HCPL-0700-560E.

The HCPL-0700-560E component offers an optically coupled output that is electrically isolated from the input along with a good common-mode transient immunity in the circuit. It is a low power consumptions device with a low 0.08mA typically. It has a wide common mode transient immunity of ±30kV/μs with a minimum pulse width of 1μs. With a low off isolation voltage of 1.5V and a low propagation delay of 5.0μs, the HCPL-0700-560E provides excellent speed response in the circuit. The turn-on time is roughly 1.5μs while the turn-off time is 0.5μs.

In terms of its construction, the HCPL-0700-560E optocoupler consists of an infrared LED chip that is optically coupled to a silicon photovoltaic diode and output transistor. The LED chip is mounted inside the package and the photodiode is directly facing it. When the LED is switched on, light from the LED is detected by the photodiode, which in turn activates the output transistor. The output transistor is a totem-pole type that is capable of providing both high and low output. When the LED is in the off state, the output transistor is in its off state and no current flows between the input and output terminals of the optocoupler.

The HCPL-0700-560E provides isolation for digital signals up to 5Mbps. The open collector output can be used to drive large current or voltage loads directly or can be used to switch other transistor drivers in the circuit. The maximum output current capability is 15mA. It also sees minimal degradation of switching speed across temperatures ranging from -40°C to 85°C. The component also has a guaranteed CTR of 400% minimum at forward current of 5mA.

In the operating conditions, the HCPL-0700-560E requires a minimum input voltage of 2.5V and a minimum LED current of 10μA. The maximum input voltage is 10V and the maximum supply current is 50mA. The surge peak current potential is up to 60mA. The recommended forward current is 20mA and the maximum forward current is 25mA. The optoisolator is also designed to operate in a wide supply voltage range of 3.0V to 36V.

The HCPL-0700-560E is an optoisolator that is used to electrically isolate signals between input and output. It consists of an infrared LED chip and a photodiode and output transistor, which are used to detect the LED light and activate the output transistor. The output transistor can provide both high and low outputs and has a maximum output current capability of 15mA. The minimum input voltage is 2.5V and the maximum input voltage is 10V. The HCPL-0700-560E guarantees a CTR of 400% minimum at forward current of 5mA and can operate in a wide supply voltage range of 3.0V to 36V.

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