ADUM130D0BRWZ-RL

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ADUM130D0BRWZ-RL Isolators are used to provide galvanic isolation between two sections of a circuit. This type of digital isolator is designed for low voltage (3.3 V) applications, and is capable of providing true galvanic isolation of up to 6.5kV RMS (3 kV RMS in 50 Hz AC).

They are designed to be cost effective, and are suitable for a wide range of applications. The ADUM130D0BRWZ-RL devices are manufactured using Infineon’s advanced packaging technology, which helps lower their overall cost. This cost efficiency makes them ideal for applications such as motor control, power supply, solar inverters, telecom systems, medical equipment, and industrial automation.

In order to achieve isolation, the device utilizes Silicon-on-Insulator (SOI) technology, which provides a bridge between the power and signal circuit sections. The isolator is comprised of two parts: the power and the signal circuit. The power circuit is used to power up the device, while the signal circuit is used to transfer the signal across the isolator.

The working principle of the device relies on the fact that the power circuit and the signal circuit are isolated from each other, due to the use of SOI technology. This isolation ensures that no current will be able to cross from one section to the other. As a result, information can be safely exchanged between the two sections of the circuit while ensuring that no power is lost or wasted.

The ADUM130D0BRWZ-RL isolator is also designed for high speed data transmission, with a rated 5 Mbps data rate. This makes it suitable for use in communication and data transmission systems, as well as other high speed applications. In addition, it is compliant with various industry standards such as IEC 60950, EN 61000-6-2, and EN 61000-6-4.

Overall, the ADUM130D0BRWZ-RL Isolator is a cost effective and reliable digital isolator, suitable for a wide range of applications. Its isolation capabilities provide a safe and reliable bridge between two circuits, while its high speed data rate makes it suitable for use in a variety of high speed applications.

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