Can GaNFETs be controlled with a DC-DC controller originally designed for silicon MOSFETs? #semiconductor-design

How can I design a 4-switch DC-DC buck-boost converter using GaNFETs when there are no specific controllers for controlling GaNFETs?

Answer:
GaNFETs are very difficult to control and may require additional protection components if a controller designed for GaNFETs is used...

SoC It to Me! Power with PMIC

As embedded systems become increasingly complex, traditional microcontrollers often fail to meet modern performance demands. This shift has led many designers to adopt system-on-a-chip (SoC) solutions, which offer greater...

Can GaNFETs be controlled with a DC-DC controller originally designed for silicon MOSFETs? #semiconductor-design

How can I design a 4-switch DC-DC buck-boost converter using GaNFETs when there are no specific controllers for controlling GaNFETs?

Answer:
GaNFETs are very difficult to control and may require additional protection components if a controller designed for GaNFETs is used...

SoC It to Me! Power with PMIC

As embedded systems become increasingly complex, traditional microcontrollers often fail to meet modern performance demands. This shift has led many designers to adopt system-on-a-chip (SoC) solutions, which offer greater...

Can GaNFETs be controlled with a DC-DC controller originally designed for silicon MOSFETs? #semiconductor-design

How can I design a 4-switch DC-DC buck-boost converter using GaNFETs when there are no specific controllers for controlling GaNFETs?

Answer:
GaNFETs are very difficult to control and may require additional protection components if a controller designed for GaNFETs is used...

Can GaNFETs be controlled with a DC-DC controller originally designed for silicon MOSFETs? #semiconductor-design

How can I design a 4-switch DC-DC buck-boost converter using GaNFETs when there are no specific controllers for controlling GaNFETs?

Answer:
GaNFETs are very difficult to control and may require additional protection components if a controller designed for GaNFETs is used...

SoC It to Me! Power with PMIC

As embedded systems become increasingly complex, traditional microcontrollers often fail to meet modern performance demands. This shift has led many designers to adopt system-on-a-chip (SoC) solutions, which offer greater...

How does residual current detection help improve the competitiveness of electric vehicle charging stations?

In recent years, the field of new energy vehicles has grown. According to Statista Market Insights, the electric vehicle market revenue is projected to reach $561.3 billion in 2023, with a compound annual growth rate (CAGR) of 10.07% (2023-2028).

How are AC signals with large DC offsets amplified using an indirect current amplifier?

Ask:

How can I eliminate the need for additional gain stages while still supporting applications with large differential offset voltages?

Answer:
This can be achieved by designing a single-stage AC gain and coupling solution using a...

Are hybrid transducers the future for SiC MOSFET power converters?

Markets are expected to emerge for sensors capable of delivering response times as low as 100ns and unprecedented cutoff frequencies above 1MHz—
 
much of what many operators in the industrial world are seeking to increase their sustainability and productivity levels.

Which is better? Resistive or capacitive touch panels?

The two input techniques not only differ in their operation but also have different strengths and weaknesses. Touchscreens are an essential part of modern measuring and control equipment. Unlike mechanical switches and controllers, they facilitate...