Design Assistant
You know you need a buck converter. But which one? The answer depends on input range, output voltage, load current, efficiency targets, board space, and whether you care about EMI. That's five datasheets deep before you even have a candidate list.
Zenode's Design Assistant flips the process. Start with what you're building — "a 12V-to-3.3V supply for an MCU, 500mA max, low noise" — and Zenode asks the clarifying questions that matter: switching frequency preference, package constraints, budget. Then it returns a shortlist of recommended parts with a rationale for each, spec comparisons, and links to eval boards or reference designs where they exist.
It's the conversation you'd have with the most experienced engineer on your team, backed by the full component catalog.
Try the introduction for a map of catalog, Deep Agent, alternates, and API—and quickstart when you are ready to open a session.
A guided flow — user input "battery-powered sensor node, 2-cell Li-ion, needs 3.3V and 1.8V rails" → Zenode asks "load current per rail? efficiency or noise priority?" → recommended parts list with a buck for 3.3V and an LDO for 1.8V, with reasoning.