FODM3053R2V-NF098

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The FODM3053R2V-NF098 is an optoisolator from Evlako’s family of Triac, SCR Output Optoisolators. It is a single channel optoisolator device that provides electrical isolation between input and output stages of an electrical circuit. It is a very efficient device that can help to prevent noise interference between two stages of an electrical circuit.

The FODM3053R2V-NF098 is a 4-pin device with an LED in the center and two terminals on the side. It offers superior electrical isolation between input and output stages with a working voltage range of 5-90 volts. It has a maximum unipolarization collector current (Iob) of 800mA, a maximum isolation voltage (Viso) of 1000Vrms, an insulation resistance (Riso) of 100M ohm and an output capacitance of 1.8nF. It has a rise and fall time of 3µsec and an operating temperature range of -40°C to +110°C.

The FODM3053R2V-NF098 is an ideal solution for many AC and DC applications that require electrical isolation between the input and output stages, such as process control, data acquisition, communication, power and lighting control, circuit protection, medical device control, and many more. It offers superior electrical isolation with precise control over time delays and response time. It also has an LED in the center that provides visual feedback of the output.

The working principle of the FODM3053R2V-NF098 is fairly simple. When an input voltage is applied to the LED, it emits light that is directed across an internal optical channel towards the photo-isolation device. This current activates the photo-isolation device which is designed to trigger the triac or SCR output. The output is then fed through to the output device, where the electrical signals are isolated from each other. The LED also acts as an indicator, allowing the user to easily monitor the device’s performance.

The FODM3053R2V-NF098 is a very reliable and efficient device that is suitable for a wide range of applications. It offers superior electrical isolation between the input and output stages and can help to prevent noise interference between two stages of an electrical circuit. Its compact design, high voltage isolation and fast response time also make it an ideal choice for many AC and DC applications.

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