ILD615-3

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The ILD615-3 optoisolator is a high-performance single-channel opto-coupler that provides fast, high-voltage electrical isolation between circuits.

The ILD615-3 isolates a photovoltaic input from a bipolar output transistor. This means that the input and output circuits are electrically isolated from each other to the greatest degree possible, while still allowing the two circuits to communicate. The ILD615-3 offers a bandwidth of up to 250 MHz, and can withstand up to 200 V. It also features a 0.4 A (maximum) output current and excellent linearity.

The ILD615-3 is widely used in a variety of different applications, such as HVAC, industrial automation, motion control systems, PLCs, data acquisition systems, instrumentation, and telecommunications. It is perfect for situations where physical isolation between circuits is desired in order to protect sensitive components and systems from potentially damaging high voltage electrical signals.

The ILD615-3 is based on a simple working principle. It uses a photovoltaic cell to detect light, which is then converted into electrical current. This current is then applied to the input of the optocoupler’s bipolar transistor. The transistor is then used to control an output stage, such as a relay, motor driver, etc. The optocoupler isolates the output stage from the input stage, providing both electrical and physical isolation.

The ILD615-3 features low power consumption and can be driven by a wide variety of control inputs, such as digital logic controls, analog signals, and mechanical switches. Furthermore, the optocoupler can operate across a wide temperature range (-40 to +85°C) and is available in a number of different packages for easy mounting.

The ILD615-3 is a reliable and cost-effective solution for a variety of applications requiring electrical isolation and fast data transmission. Its high performance, low power consumption, wide operating temperature range, and different packages make it a versatile and convenient option for a wide variety of projects.

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