The technology, in full.
Bantam conditions power in series with the load — surges, harmonics, and noise are shaped by the circuit as power passes through it, not clamped after they arrive. The architecture is protected by active U.S. patents, independently certified, and carries an inherent security property. Here is how it works, and how it's proven.
Power conditioned as it passes through, not patched after the fact.
Three ideas carry the whole architecture. Each pillar below picks one up in depth.
In series, not in parallel
The circuit sits in the current path and conditions everything flowing through it, continuously — not a component waiting to divert a spike after it has already started through.
The surge is pre-conditioned
Series inductors absorb and reshape a transient's energy first, so the protective components downstream see a small fraction of it — and are not worn down doing their job.
Conditioning has a side effect: privacy
The same reshaping that smooths a surge also suppresses the signals a power line would otherwise carry off a device. Emissions security, inherent to the circuit rather than bolted on.
Four ways in.
Start wherever your question sits — the mechanism, the paperwork that documents it, the security property, or the documents you need for review.
The mechanism
How it works
The series conditioning architecture, from the circuit up: how surges are absorbed, power factor corrected, and harmonics and noise reduced.
The proof
Patents & certifications
The active U.S. patents that protect the architecture and the UL listings that govern each product — with the file numbers to verify them yourself.
The security property
Power line exfiltration
Why a conditioning circuit also suppresses the signals that travel a power line, and what that means for emissions and information security.
For review
Technical documentation
Compliance documentation, independent reports, and white papers for procurement and engineering review, on request — plus a product technology overview to download.
Have a specification to hold this against?
If you're writing a procurement spec, reviewing a standard, or comparing architectures, talk to a person rather than a datasheet.
Want the case for why this matters? Read Why Bantam
