3:41
Using a current sensor as an example, minimal shunt voltage is amplified and visualized through Arduino control + PC display.
This is a reference design for an isolated DC-DC converter that supports wide input from 36 to 75V DC and delivers 12V DC, 300W output. It can be used for designing 48 V input power supplies for industrial and communication equipment.
3:48
Can be used as switches for rapid charging circuits, 5-12V power input circuits, and power management in energy-saving systems. Contributing to power management functions with high voltage and high current support.
4:06
This LDO regulator features an ultra-compact package and achieves both low current consumption and fast load transient response. It supports the power saving and stable power supply required for battery-powered IoT devices.
3:44
Using a pyroelectric infrared human detection sensor as an example, this amplifies minute detection signals and visualizes them through Arduino control + PC display.
4:29
A high-efficiency DC-DC converter that supplies 1.2V/100A to various devices from the 48V bus line of servers and similar equipment. This video introduces the circuit features and board usage methods.
4:01
Stable operation even at low input voltage via VBIAS terminal. This reference design features low dropout, high PSRR, and excellent load transient response, making it suitable for low-voltage, high-current power supplies in mobile devices.
3:26
