Custom 32 Pin 40AWG Micro Coaxial RF Cable Assembly

Product Details

Technical Specifications

Key Features

• 32-pin high-density micro coaxial cable configuration
• Fine 40AWG conductor construction
• PTFE insulation material
• Compact cable structure for space-constrained equipment
• Individual coaxial shielding for signal separation
• Custom connector and pin assignment
• Custom cable length and routing configuration
• Suitable for high-density RF and signal interconnection
• Prototype and mass-production support

Typical Applications

• RF communication equipment
• Wireless communication systems
• Compact electronic equipment
• High-density signal interconnects
• Camera and imaging equipment
• Test and measurement equipment
• Computing and smart electronic devices
• Other space-constrained electronic systems

Customization Options

HOTTEN can manufacture the 32-pin 40AWG micro coaxial cable assembly based on customer drawings, specifications or existing samples.

Customization can include:

• Core / pin count
• Conductor gauge
• PTFE insulation specification
• Characteristic impedance
• Shielding structure
• Connector brand and part number
• Connector orientation
• Pin assignment
• Cable length
• Cable exit direction
• Cable OD
• Jacket and insulation requirements
• Terminal configuration

Engineering & Procurement Considerations

For a 32-pin micro coaxial cable assembly, the electrical, insulation and connector specifications should be confirmed before production.

For RF applications, the RFQ should ideally specify the required frequency range, characteristic impedance, connector PN, pinout, cable length and shielding requirements.

When PTFE insulation is required, customers should also confirm the expected operating temperature, dielectric requirements and mechanical routing conditions.

For high-density installations, customers should provide the available routing space, connector orientation and mechanical constraints where applicable. These details help determine the appropriate cable construction before prototype production.

HOTTEN can review customer RFQ drawings, BOMs, connector part numbers, pinout files and existing cable samples during the engineering evaluation stage.

Prototype to Mass Production

HOTTEN supports customized micro coaxial cable assembly projects from prototype development through volume production.

Drawing / BOM Review → Engineering Evaluation → Prototype → Testing & Verification → Production Approval → Mass Production

This process allows connector fit, pin assignment, cable dimensions and other electrical and mechanical requirements to be verified before larger production quantities.

Quality & Testing

Depending on project requirements, inspection and testing can include:

• Continuity testing
• Pin-to-pin verification
• Electrical testing
• Connector inspection
• Dimensional inspection
• First Article Inspection (FAI)
• Cable assembly workmanship inspection
• RoHS / REACH compliance documentation

FAQ

What is the conductor gauge of this 32-pin micro coaxial cable assembly?

The standard configuration described for this product uses 40AWG conductors. Other fine-gauge configurations can be evaluated according to the electrical and mechanical requirements of the application.

Why is PTFE used as the insulation material?

PTFE can provide stable dielectric and thermal characteristics and is suitable for applications requiring specific electrical and environmental performance.

Can the connector be customized?

Yes. Customers can specify the connector manufacturer, part number, orientation and pin assignment.

Can the pin assignment be customized?

Yes. The pin assignment can be manufactured according to the customer's wiring diagram, drawing or BOM.

Can the cable length and routing direction be customized?

Yes. Cable length, connector orientation and cable exit direction can be customized according to the equipment's installation requirements.

Can HOTTEN manufacture according to a customer's existing cable sample?

Yes. HOTTEN can evaluate an existing cable assembly or technical drawing for customized prototype development.

What information should be included in an RFQ?

A drawing or BOM is preferred. Important information includes pin count, AWG, connector PN, pinout, cable length, impedance, frequency range, insulation requirements and estimated quantity.

Can this cable assembly be used for RF applications?

Yes. The micro coaxial structure can be configured for RF signal transmission, with the final cable construction determined according to the required frequency, impedance and electrical performance.