EL1116(TA)-VG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optoisolators have been used in industrial applications for decades, providing communication and power isolation between two otherwise isolated and unconnected systems. The EL1116(TA)-VG is a single channel, 3-pin transistor and photovoltaic output optoisolator. It’s designed for operation up to 12mA in either a power-on reset (active high) or a power-off reset (active low) configuration, and is built for both PCB and through-hole mounting.

The EL1116(TA)-VG\'s primary application field is in high-speed, power-reset operations, which is what this optoisolator has been designed for. It\'s particular design allows for signals of up to 10kHz with signal amplification of up to 12mA, making it especially useful when it comes to detecting quickly varying signal levels. The EL1116(TA)-VG is also useful in applications that require precise control of signal amplitude and frequency, such as in machine vision, industrial automation, medical device and robotic applications.

The working principle of the EL1116(TA)-VG is based on the use of an infra-red LED embedded in the isolator to create an optically transferred signal from the control circuit to an integrated photo-transistor. When the LED is turned on, the transistor is activated and produces a base current, which ultimately results in a higher collector voltage on the transistor and a corresponding output signal. The EL1116(TA)-VG is a single-channel optoisolator, meaning that the signal transferred through it is limited to one channel. This device has a maximum transfer rating of 12mA, meaning it can provide a maximum of 12mA of power through the optoisolator, allowing for a greater level of isolation between two circuits.

The EL1116(TA)-VG optoisolator is designed for use in both the consumer and industrial markets, making it a valuable tool for many companies. Its design and performance capabilities make it well-suited for applications requiring precise signal control and power isolation. Its single-channel design and 12mA maximum power transfer can provide the necessary level of isolation for many applications, including those in machine vision, industrial automation, medical device and robotic applications.

The specific data is subject to PDF, and the above content is for reference