What Caton brings to design

An engineering partner, not a build-to-print vendor

Design engineers working on high-voltage systems face a challenge most connector suppliers aren't equipped to address: the electrical performance of a cable assembly is determined by decisions made during design — insulation architecture, termination geometry, connector interface, and electric field management — not just during manufacturing.

Caton engineers work directly with system designers to evaluate these decisions before production. Because we manufacture both the connector and the cable assembly, we can evaluate the complete interconnect system — not hand you off between separate suppliers for connector and cable work.

What this means for your design
Early engagement with Caton's engineering team can identify field concentration risks, insulation system mismatches, and termination geometry problems before they become qualification failures.
  • Direct collaboration with engineers who specialize in HV electrical behavior
  • Insulation system selection based on voltage class, temperature, altitude, and exposure
  • Termination geometry evaluation and design-for-manufacturability guidance
  • Electric field stress analysis at connector interfaces and termination regions
  • Corona and partial discharge risk identification early in the design process
  • Integration support from prototype through qualification
Common design challenges we address

Where design decisions determine performance

Design challenge
Electric field concentration at interfaces

Standard connector geometries create field concentration at mating interfaces and termination points that can initiate corona or partial discharge at operating voltage.

How Caton addresses it

We evaluate field geometry at every interface during the design phase — identifying concentration risks and recommending molded geometry solutions before production begins.

Design challenge
Insulation system performance under real conditions

Insulation materials that meet nominal specs may fail under combined stresses — elevated temperature, altitude, humidity, and sustained voltage — that your system actually experiences.

How Caton addresses it

We select and validate insulation systems against your full operating environment — not just the nominal voltage rating — ensuring stable performance across all operating conditions.

Design challenge
System integration — connector meets cable

When connector and cable come from different suppliers, the interface between them is often the weakest electrical point. No single supplier owns the complete design.

How Caton addresses it

Caton manufactures both the connector interface and the cable assembly. One engineering team evaluates and owns the complete interconnect — including the interface between them.

Design challenge
Performance stability after design release

An assembly that passes qualification may not perform the same way a year into production if manufacturing processes aren't tightly controlled or if material substitutions are made without engineering review.

How Caton addresses it

AS9100-controlled processes, full configuration control, and locked material specifications ensure that every assembly built after design release performs identically to the qualified design.

How to engage

When to involve Caton in your design process

Early stage
New program development
Bring Caton in during requirements definition. We can help evaluate voltage class, connector platform options, insulation architecture, and system integration requirements before your design is set.
Existing design
Design review & failure analysis
If you have an existing assembly with performance problems or a qualification failure, Caton engineers can evaluate the design, identify root cause, and recommend corrective action.

Ready to engage with Caton?

Our engineering team responds within one business day. You will work directly with the people responsible for execution.