Micro Coaxial Cable 40X40AWG OD=6.2mm PVC Sheath Medical B Ultrasound Probe Cable Transducer Cable

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a Micro Coaxial B Ultrasound Probe Cable

A medical B ultrasound probe cable connects the ultrasound transducer or probe assembly with the supporting diagnostic equipment. When a micro coaxial multi-channel construction is used, cable selection needs to balance high-density signal transmission, compact diameter, shielding, flexibility, electrical consistency and probe integration.

This configuration is particularly defined by its 40 × 40AWG micro coaxial structure and 6.2mm outer diameter, making the conductor count, cable geometry and overall dimensional control important engineering considerations.

Key Engineering Requirements

Published Product Configuration

The product title and current HOTTEN listing identify the following configuration:

The specific 40 × 40AWG configuration, 6.2mm OD and PVC sheath should be retained as the factual product parameters where stated in the source listing.

Micro Coaxial Structure Considerations

Compared with a conventional multi-core cable, a micro coaxial construction uses individually shielded signal paths.

For ultrasound probe applications, engineers should consider:

• Number of coaxial channels

• Conductor size

• Individual coaxial geometry

• Dielectric structure

• Shielding construction

• Overall cable OD

• Cable length

• Probe-side termination

• Equipment-side termination

The exact construction should be defined according to the transducer channel architecture and electrical specification.

40 × 40AWG Configuration Considerations

The 40 × 40AWG configuration is one of the strongest technical entities on this product page.

For procurement, customers should clarify:

• Whether all 40 channels have the same conductor size

• Individual coaxial construction requirements

• Conductor material

• Shielding material

• Insulation material

• Required channel assignment

• Ground / return requirements

• Connector pinout

For complex ultrasound probes, a detailed cable drawing or wiring diagram is recommended to ensure that the individual coaxial channels and termination positions are correctly controlled.

6.2mm Outer Diameter Considerations

The published product configuration specifies an OD of 6.2mm.

For production, customers should define:

• Target outer diameter

• OD tolerance

• Maximum allowable OD

• Probe-side routing clearance

• Connector entry dimensions

• Minimum bending radius

• Strain-relief requirements

The final OD should be considered together with the 40-channel micro coaxial construction because shielding and jacket construction directly affect the finished cable dimensions.

Signal Integrity and Channel Separation

Ultrasound transducer cables carry multiple signal paths, so signal integrity should be considered at the complete cable-assembly level.

Important parameters may include:

• Conductor geometry

• Characteristic impedance, where specified

• Capacitance

• Cable length

• Shielding

• Channel-to-channel isolation

• Connector termination

• Internal routing

• Grounding configuration

The final electrical specification should come from the customer's ultrasound transducer and system architecture.

Shielding and EMI Considerations

The micro coaxial construction provides a basis for separating individual signal paths and controlling electromagnetic interference.

Engineers should define:

• Individual coaxial shield structure

• Shield material

• Drain / ground configuration

• Overall shielding requirements

• Shield termination

• Connector-side shield continuity

The appropriate shielding design should be matched to the ultrasound system's electrical requirements rather than selected independently from the conductor and dielectric construction.

Flexibility and Probe Integration

Ultrasound probe cables are frequently handled and routed around the probe and diagnostic equipment.

Engineering teams should therefore evaluate:

Channel Count + Cable OD + Shielding + Flexibility + Bending Requirements

Important mechanical inputs may include:

• Required bending radius

• Repeated flexing conditions

• Probe movement

• Cable routing

• Handle or probe strain relief

• Cable entry direction

• Connector weight and dimensions

The cable should maintain its electrical construction while meeting the required mechanical routing conditions.

PVC Sheath Considerations

The listed configuration uses a PVC sheath.

Customers should specify:

• PVC formulation or required grade, where applicable

• Flexibility requirements

• Surface requirements

• Cleaning conditions

• Temperature environment

• Mechanical handling

• Color

• Cable diameter tolerance

PVC selection should be evaluated against the actual operating and cleaning environment of the ultrasound probe and equipment.

Key Procurement Parameters

When sourcing a 40-channel micro coaxial ultrasound probe cable, procurement teams should confirm:

OEM Customization

HOTTEN can customize the micro coaxial ultrasound probe cable according to customer drawings and application requirements.

Customization may include:

• Number of coaxial channels

• AWG

• Conductor material

• Coaxial geometry

• Dielectric material

• Shielding structure

• Overall cable diameter

• PVC or other jacket material

• Cable length

• Connector assembly

• Channel assignment

• Termination configuration

• Prototype samples

• Mass-production configuration

This allows the cable to be developed around the actual ultrasound transducer and diagnostic-system architecture.

Supplier Evaluation Checklist

When evaluating a supplier for a multi-channel micro coaxial ultrasound probe cable, procurement teams should consider:

① Micro Coaxial Manufacturing Capability
Can the supplier consistently produce the required number of fine-gauge coaxial channels?

② Fine-Gauge Processing
Can the supplier maintain stable 40AWG conductor and insulation dimensions?

③ High-Density Cable Assembly
Can the supplier control channel order, pin assignment and termination accurately?

④ Dimensional Control
Can the supplier maintain the specified 6.2mm OD and required tolerance?

⑤ Signal and Shielding Capability
Can the supplier control shielding, continuity and signal-related requirements?

⑥ Prototype-to-Mass-Production Support
Can the supplier support engineering samples and recurring production?

Recommended RFQ Information

For accurate quotation and engineering evaluation, customers are recommended to provide:

• Ultrasound probe / transducer application

• Required coaxial channel count

• 40AWG or required conductor size

• Conductor material

• Coaxial drawing

• Shielding requirements

• Dielectric requirements

• Target OD and tolerance

• PVC or other sheath requirement

• Cable length

• Flexibility requirements

• Impedance / capacitance requirements

• Connector part numbers

• Pinout / channel assignment

• Prototype quantity

• Expected production volume

• Required testing

• Applicable quality or compliance requirements

For a 40-channel micro coaxial cable, providing the probe drawing, connector part number and channel pinout is especially useful because these parameters directly affect the final cable assembly.

HOTTEN Micro Coaxial Ultrasound Cable Engineering Support

HOTTEN provides customized micro coaxial medical ultrasound probe and transducer cables for multi-channel ultrasound applications. The selected configuration is based on a 40 × 40AWG micro coaxial construction, 6.2mm outer diameter and PVC sheath, with cable dimensions, length and termination configurable according to customer requirements.

For OEM development, customers can provide the transducer specification, cable drawing and connector information for engineering evaluation and customized production.

Engineering & Procurement Considerations

Why are micro coaxial cables used in medical B-ultrasound probe applications?

Micro coaxial cable can provide individually structured signal paths within a compact cable assembly, making it suitable for medical B-ultrasound probes where signal transmission, cable size, flexibility, and internal routing must be considered together. The cable structure can be customized according to the requirements of the ultrasound probe and imaging system.

What are the advantages of using 40AWG micro coaxial cable for an ultrasound probe?

40AWG is a fine conductor size that can help support a compact, high-density cable structure. In ultrasound probe applications, engineers need to balance conductor size with electrical performance, mechanical flexibility, cable diameter, insulation, shielding, and the requirements of the connected imaging equipment.

How does micro coaxial cable construction affect ultrasound signal transmission?

The construction of a micro coaxial cable affects how individual signal paths are separated and routed through the cable assembly. Conductor arrangement, insulation, shielding, cable geometry, and termination can all influence the electrical characteristics and signal transmission performance of an ultrasound probe cable.

When should engineers consider micro coaxial cable for a B-ultrasound probe?

Micro coaxial construction should be considered when the probe requires a compact cable structure with multiple individually controlled signal paths and specific mechanical or electrical requirements. The appropriate construction depends on the probe architecture, available internal space, signal requirements, bending conditions, and connector interface.

What specifications should be provided when sourcing a 40×40AWG ultrasound probe cable?

Engineers and buyers should define the cable structure, conductor size, number of signal paths, target cable diameter, cable length, insulation material, shielding requirements, connector type, pin assignment, flexibility or bending requirements, and the electrical characteristics required by the ultrasound system. Clear specifications allow the manufacturer to evaluate the appropriate customized cable construction.

What should buyers evaluate when selecting a micro coaxial ultrasound cable manufacturer?

Buyers should evaluate the supplier's ability to manufacture fine-wire and micro coaxial structures, maintain consistent cable dimensions and electrical characteristics, customize connectors and pin assignments, develop samples, and support stable production. For medical ultrasound applications, engineering capability, manufacturing consistency, quality management, and customization support should be evaluated alongside price.

Why Choose HOTTEN

Professional Micro Coaxial Cable Manufacturer

Micro Cable Manufacturing Capability

HOTTEN specializes in micro coaxial cables and precision electronic wires for medical and advanced electronic applications.

Customized Development Support

From cable structure design and prototype samples to mass production, HOTTEN supports complete cable development.

Medical Application Experience

Supporting ultrasound probe, endoscope and other medical equipment cable solutions.

FAQ

Q1: Can HOTTEN customize ultrasound probe cables with different channel numbers?

Yes. HOTTEN supports customized channel configurations including 40C, 68C, 130C, 192C and other structures.

Q2: What AWG sizes are available for ultrasound cables?

HOTTEN supports fine wire solutions including 40AWG, 42AWG and other customized specifications.

Q3: What jacket materials can be used?

Common options include PVC, TPE and silicone depending on flexibility and application requirements.

Q4: Does HOTTEN provide ultrasound cable assemblies?

Yes. HOTTEN can provide customized cable assemblies according to customer drawings and requirements.