HCPL-3120#560

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

HCPL-3120#560 Isolator - Gate Driver is a part of the Multiple Function Isolation series which uses Opto-coupler technology. This series of isolators provides excellent signal isolation and high speed response while having low power consumption and wide temperature range.

The HCPL-3120#560 Isolator - Gate Driver has two different operating functions. Firstly, its high-current output enables it to drive heavy loads, such as motor and solenoid stages, while its low-current output is used to control LED indicators and Photo MOS relays. This allows it to be used in a variety of applications.

In a Gate Driver using HCPL-3120#560, two input signals are needed; the first is the logic signal which provides the conditions to activate the output, and the second is the grounded power supply which is used to power the isolator. When both conditions are met, the isolator output activates.

The working principle of a Gate Driver is in the obtaining of inputs from a closed switch or signal from the other side of the isolation barrier, for example an opto-isolator. Once the input from the opto-isolator is received, the Gate Driver voltage output will activate in response.

In this way, the HCPL-3120#560 Isolator - Gate Driver can be used to drive power into load devices, such as motor and solenoid stages. In this application, the Gate Driver controls a low power output which is then used to power the higher power load, with isolation of the two sides of the circuit.

The ISOL-3120#560 Isolator - Gate Driver can also be used in Photo MOS relays which are often used to control LED indication. Here, the Gate Driver will activate a Photo MOS relay which will then control the LED light.

The HCPL-3120#560 Isolator - Gate Driver is used in various fields such as industrial control applications, automotive and medical devices, and in appliance applications. In all applications, it provides the user with fast switching times, high speed response, and excellent signal isolation.

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