Low Capacitance Ultrasound Probe Handle Connect Cable Medical Ultrasound Probe Cable for B-ultrasound Inspection 132CX42AWG

Product Overview

The HOTTEN 132-Core 42AWG Low-Capacitance Ultrasound Probe Cable is designed for medical ultrasound probes, B-ultrasound inspection equipment and compatible diagnostic imaging systems requiring high-density signal connections.

Featuring a 132-core configuration and 42AWG fine conductors, this cable supports multiple signal paths within a compact cable structure. Its low-capacitance design is intended for applications where cable capacitance and signal integrity are important electrical design considerations.

The cable construction can be customized according to the customer's electrical, mechanical and installation requirements, including conductor material, insulation, shielding, outer jacket, overall diameter and cable length.

HOTTEN supports customized ultrasound probe and handle connection cable development based on customer drawings, reference samples, connector information and project specifications.

Key Features

132-Core High-Density Construction

The 132-core design accommodates a high number of signal paths within one cable. Core arrangement and channel assignment should match the ultrasound probe and diagnostic system architecture.

42AWG Fine Conductors

The 42AWG conductor configuration supports compact cable construction for space-constrained medical equipment. Conductor material and plating can be selected according to the approved technical specification.

Low-Capacitance Cable Design

Capacitance is an important electrical parameter in ultrasound probe interconnections. The cable design can be specified according to the customer's target capacitance, tolerance and measurement conditions.

The final electrical characteristics depend on conductor geometry, insulation material, shielding and overall cable construction. The required values should be confirmed and tested against the approved specification.

Configurable Insulation and Shielding

Available insulation options include PTFE, ePTFE, FEP and PFA, subject to the selected design. Shielding options can include tinned copper, silver-plated copper, copper/polyester tape and aluminium/polyester tape.

The appropriate construction should be selected according to the electrical performance, dimensions and mechanical requirements of the project.

Customized Outer Sheath and Jacket

PFA, FEP and PTFE sheath options, along with PVC, TPU, TPE, silicone, PFA and FEP outer jacket options, are listed in the product reference. Availability depends on the selected cable construction and approved configuration.

OEM Cable Development

HOTTEN supports customized cable development based on customer drawings, existing cable samples and technical requirements. Cable diameter, length, connector termination and pin assignment can be specified for the intended equipment interface.

Technical Specifications

The materials listed above are available configuration options, not necessarily features included simultaneously in every cable. Final specifications must match the approved drawing, sample and electrical requirements.

Typical Applications

The 132-core 42AWG low-capacitance ultrasound cable can be considered for:

• B-ultrasound inspection systems

• Medical ultrasound probes

• Diagnostic imaging equipment

• Ultrasound probe handle connections

• High-density medical signal interconnections

• Customized medical diagnostic devices

The final application suitability depends on the equipment interface, required electrical characteristics, cable dimensions and mechanical routing conditions.

Engineering & Procurement Considerations

When selecting a 132-core low-capacitance ultrasound cable, engineers should evaluate capacitance, conductor consistency, insulation, shielding and mechanical routing together.

1. Capacitance Target and Tolerance

Specify the required capacitance, whether it is expressed per meter or for the complete cable, its tolerance and the applicable measurement conditions. The cable specification should define the test method and acceptance criteria.

2. Core Configuration and Channel Consistency

A high-core-count cable requires a clearly defined conductor arrangement and channel assignment. The customer should provide the applicable wiring diagram and identify any requirements for consistency between individual channels.

3. Insulation and Shielding Selection

Conductor geometry, dielectric structure and shielding influence cable electrical characteristics. Select insulation and shielding materials according to the required capacitance, electrical performance, dimensions and flexibility.

4. Cable Diameter and Routing

Define the target overall diameter, dimensional tolerance, cable length and minimum bend radius. These parameters should match the available space in the probe, handle and equipment installation path.

5. Connector Compatibility and Termination

Provide connector manufacturers, part numbers, mating interface drawings, contact arrangement and pin assignment. A complete interface definition helps ensure the finished cable matches the equipment design.

6. Sample Approval and Quality Requirements

Before production, confirm the approved drawing or reference sample, dimensional limits, continuity requirements, capacitance test conditions and any other electrical acceptance criteria. These requirements should be documented before sample approval.

Custom Low-Capacitance Ultrasound Cable Manufacturing

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

For an engineering review and quotation, please provide:

• Required core count and conductor size

• Target capacitance and tolerance

• Required conductor material and plating

• Insulation and shielding requirements

• Target cable diameter and length

• Connector part numbers and pin assignment

• Bending and routing requirements

• Electrical testing and sample acceptance criteria

• Estimated order quantity and prototype requirements

HOTTEN can review the proposed cable construction and manufacturing requirements to support customized 132-core ultrasound probe cable projects.

Request a Custom Ultrasound Cable Quote

Send your cable drawing, existing sample or electrical specification to discuss a customized 132-core 42AWG low-capacitance cable for your medical ultrasound application.