Analog Devices Introduces Quad-Output DC/DC µModule Regulators
https://www.electronics-lab.com/analog-devices-introduces-quad-output-dc-dc-%c2%b5module-regulators/
Analog Devices, Inc., has introduced the LTM4668 and LTM4668A µModule® regulators, quad-output DC/DC regulators with up to 4.8A output capability. The new devices integrate switching controllers, power FETs, inductors and support components, easing the design process while reducing power consumption and board space. They are ideal for telecom, networking and industrial applications. Operating over an […]
AP738x Wide Input Voltage Micropower LDO Regulators
https://www.electronics-lab.com/ap738x-wide-input-voltage-micropower-ldo-regulators/
Diodes’ AP738x regulators maximize system run time with extremely low quiescent current Diodes’ AP7383 and AP7384 regulators feature ultra-low quiescent current (micropower), wide input voltage range (AP7383 up to 30 V, AP7384 up to 40 V), and low dropout (LDO). This, combined with their high accuracy (1% tolerance), makes them ideal for use in various […]
The top 10 linear voltage regulators according to SnapEDA
https://www.electronics-lab.com/top-10-linear-voltage-regulators-according-snapeda/
In electronics, linear voltage regulators are commonly used to stabilize voltages. Regardless of the input voltages or load conditions, they will provide fixed output voltages, thus protecting devices from fluctuating outputs, which can cause inefficient performance or even damage. When designing a power supply for an application that requires a small difference between its input […]
Texas Instruments ebook – LDO Basics
https://www.electronics-lab.com/texas-instruments-ebook-ldo-basics/
Power management is a fundamental block for all electronic systems. Without it, smartphones, computers and many other electronics we know today would not be possible. With the additional portability, computational power and the myriad of sensors implemented today comes the necessity to scrutinize power management design. The influx of scrutiny for power designs to meet […]