ADP2384Production
The ADP2384 is a synchronous, step-down dc-to-dc regulator with an integrated 44 mΩ, high-side power MOSFET and an 11.6 mΩ, synchronous rectifier MOSFET...
Datasheet ADP2384 on Analog.com
LTC6902Production
The LTC6902 is a precision, low power and easy-to-use oscillator that provides multiphase outputs in a small package. The oscillator frequency is set by...
Datasheet LTC6902 on Analog.com
MAX42403Recommended for New Designs
The MAX42402/MAX42403 IC are a tiny synchronous buck converter with integrated high-side and low-side switches. The MAX42402/MAX42403 are designed to deliver...
Datasheet MAX42403 on Analog.com
MAX42406Recommended for New Designs
The MAX42405/MAX42406 ICs are tiny synchronous
buck converters with integrated high-side and low-side
switches. The ICs are designed to deliver up to...
Datasheet MAX42406 on Analog.com
MAX42405Recommended for New Designs
The MAX42405/MAX42406 ICs are tiny synchronous
buck converters with integrated high-side and low-side
switches. The ICs are designed to deliver up to...
Datasheet MAX42405 on Analog.com
Is it possible to use an externalspreadspectrumclock to synchronize multiple ADP2384 converters? I read the article referenced below and was thinking of using LTC6902 as the SSC source. I'm interested to give it a try but I would rather learn from the experience of someone else. If ADP2384 is not recommended, can someone recommend a similar buck controller that supports SSC?
