Micro Coaxial Cable 130CX40AWG PVC Jacket Physical Foamed Insulation Medical Ultrasound Probe Cable

Product Overview

The HOTTEN 130 Core 40AWG Micro Coaxial Ultrasound Probe Cable is designed for medical ultrasound probes, transducer connections and compatible B-ultrasound diagnostic equipment.

This cable features 130 micro coaxial units using 40AWG conductors, physically foamed insulation and a PVC outer jacket. The multi-channel structure supports dense signal routing, while the foamed dielectric construction can help control the cable's electrical characteristics when designed to the required capacitance and impedance targets.

The final electrical performance depends on the conductor geometry, insulation properties, shielding structure and overall cable design. Capacitance, characteristic impedance and dimensional tolerances should therefore be confirmed against the customer's approved specification.

HOTTEN supports customized ultrasound cable development based on customer drawings, reference samples and project requirements. Core configuration, cable diameter, jacket properties, cable length and any required connector termination can be specified according to the intended application.

Key Features

130-Core Micro Coaxial Construction

The 130-core configuration accommodates multiple coaxial signal paths within a single cable. Core arrangement and electrical requirements can be defined according to the ultrasound system design.

40AWG Fine Conductors

The 40AWG configuration supports high-density cable construction for compact ultrasound probe interconnections. The conductor material, stranding and plating should be confirmed for the selected product configuration.

Physically Foamed Insulation

Physically foamed insulation introduces a cellular structure into the dielectric. This approach can help reduce effective dielectric loading compared with a comparable solid insulation design, depending on the material and cable geometry.

The actual capacitance and impedance should be measured and verified against the required technical specification.

PVC Outer Jacket

The PVC outer jacket provides external protection for the cable. Jacket color, flexibility, overall diameter and other mechanical requirements can be customized according to the equipment design and intended operating environment.

Customized Medical Cable Development

HOTTEN supports custom cable development based on customer drawings, cable samples and electrical requirements. Conductor configuration, shielding, cable length and connector integration can be reviewed according to the project scope.

Technical Specifications

Final specifications depend on the approved drawing, sample and selected cable configuration. Electrical values should be confirmed through the specified test method and acceptance criteria.

Typical Applications

The 130-core 40AWG micro coaxial cable can be considered for:

• Medical ultrasound probe systems

• B-ultrasound diagnostic equipment

• Ultrasound transducer connections

• Multi-channel medical imaging equipment

• Customized ultrasound probe interconnections

The final application suitability depends on the required electrical performance, mechanical dimensions, interface design and operating conditions.

Engineering & Procurement Considerations

When selecting a 130-core 40AWG ultrasound cable, engineers should evaluate the dielectric structure, electrical consistency, cable dimensions and mechanical routing requirements together.

1. Capacitance and Impedance Requirements

Define the required capacitance per unit length, characteristic impedance and applicable tolerances. Specify the test frequency, measurement method and acceptance criteria so that the cable can be evaluated against the system requirements.

2. Foamed Insulation Construction

Confirm the insulation material and foaming structure required for the selected configuration. Foamed insulation can influence capacitance and impedance, but the material description alone does not guarantee a particular electrical value.

3. Core Configuration and Channel Consistency

Specify the required 130-core arrangement, conductor identification and any applicable electrical matching requirements. The cable drawing should define the required configuration and test criteria.

4. Overall Diameter and Cable Routing

Define the target outer diameter, dimensional tolerance, minimum bend radius and installation space. These factors affect cable integration with the probe handle and the rest of the equipment.

5. PVC Jacket Requirements

Confirm the required jacket flexibility, color, surface properties and environmental conditions. Any special requirements for cleaning, repeated flexing or other exposure should be documented for the intended use.

6. Sample Approval and Quality Requirements

Before production, confirm the drawing, cable sample, electrical test requirements, dimensional tolerances and continuity criteria. The production acceptance requirements should be documented before sample approval.

Custom 130-Core Ultrasound Cable Manufacturing

HOTTEN supports customized ultrasound cable development for medical equipment manufacturers based on drawings, existing cable samples and technical specifications.

For an engineering review or quotation, please provide:

• Required core count and conductor size

• Target capacitance and impedance

• Cable drawing or reference sample

• Insulation material and foaming requirements

• Target outer diameter and tolerance

• PVC jacket requirements and cable length

• Shielding construction, if applicable

• Connector part numbers and termination details, if required

• Estimated order quantity and sample acceptance criteria

HOTTEN can review the specified cable construction and manufacturing requirements to support customized 130-core micro coaxial ultrasound cable projects.

Request a Custom Ultrasound Cable Quote

Send your drawing, reference sample or electrical specification to discuss a customized 130-core 40AWG micro coaxial cable for your medical ultrasound application.