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A straightforward alternative to electromechanical or solid-state relays is provided by isolated FET drivers (EMRs). To create a complete, isolated switch, these devices combine a FET driver with reliable CMOS isolation technology.
Depending on the application, flexible input options offer either digital CMOS pin control or diode emulation. The self-contained device creates its own gate drive output voltage, saving cost, space, and complexity. Flexible outputs permit driving of AC or DC load topologies.
These devices do away with the need for large mechanical relays and enable FET switches to be self-selected, allowing the design to be fully optimised for the power, cost, and performance requirements of the application.
The Global Isolated FET drivers market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
For use in high-current synchronous buck applications that utilise Intel’s DrMOS Vcore DC-DC converter standard, Fairchild Semiconductor announces the FDMF8700, the first model in a new suite of integrated “FET Plus Driver Multi-chip Modules.”
A fully integrated power-stage solution, the FDMF8700 is available in a compact 8 x 8mm micro-lead frame (MLP) design.
The TBD62064A series and TBD62308A series of extremely efficient transistor arrays with DMOS FET type sink-output drivers have been introduced by Toshiba Corporation.
The TD62064A and TD62308A series of bipolar transistor arrays were replaced by the new series, which are the first DMOS FET transistor arrays in the market with a 1.5A sink-output driver. These bipolar transistor arrays were widely used in applications such as motor, relay, and LED drives.
