Factory Direct High-Definition B-Ultrasound Cable 20-Core 30Awg Coaxial PFA Insulation High Quality 20-Core 30Awg Coaxial Cable

20 Core 30AWG PFA Insulated Ultrasound Probe Cable for Medical Imaging Systems

Product Overview

🩺 HOTTEN 20 Core 30AWG Ultrasound Probe Cable is designed for high-definition ultrasound imaging equipment requiring stable signal transmission, excellent flexibility and reliable electrical performance.

Featuring multi-core coaxial structures and PFA insulation materials, this medical cable provides outstanding resistance to heat, chemicals and mechanical stress for demanding diagnostic applications.

HOTTEN supports customized ultrasound cable solutions including conductor size, core number, insulation materials, shielding structures and connector assembly.

✨ Key Features

🔹 High Definition Signal Transmission

Designed for medical imaging systems requiring:

✓ Stable signal integrity

✓ Low interference

✓ Reliable image transmission

✓ High-frequency performance

🔹 PFA Insulation Material

PFA insulation provides:

✓ Excellent heat resistance

✓ Chemical resistance

✓ High electrical insulation performance

✓ Long-term durability

🔹 Multi-Core Coaxial Structure

20-core configuration supports:

✓ High-density signal transmission

✓ Compact equipment design

✓ Customized probe applications

🔹 Flexible Customization

HOTTEN provides customized solutions:

✓ Core quantity

✓ AWG size

✓ Cable diameter

✓ Shielding structure

✓ Jacket materials

✓ Connector assembly

Applications

Suitable for:

🔹 B Ultrasound Equipment

🔹 Medical Imaging Systems

🔹 Ultrasound Probe Assemblies

🔹 Diagnostic Equipment

🔹 Medical Device OEM Applications

Manufacturing Capability

HOTTEN provides complete OEM cable manufacturing:

✓ Micro coaxial cable production

✓ Medical cable assembly

✓ Precision extrusion

✓ Shielding process

✓ Prototype development

✓ Mass production

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a 20-Core B-Ultrasound Cable

A B-ultrasound cable connects an ultrasound probe or transducer with the supporting diagnostic equipment. For high-definition ultrasound systems, cable selection should consider core count, conductor size, coaxial construction, signal transmission, shielding, flexibility, cable diameter and connector integration as a complete cable design.

This configuration combines a 20-core, 30AWG coaxial construction with PFA insulation, making it particularly relevant for compact ultrasound probe systems where multi-channel signal transmission and controlled cable construction are required.

Published Product Configuration

The key product entities are the 20-core configuration, 30AWG conductors, coaxial construction and PFA insulation.

Key Engineering Requirements

20-Core Configuration Considerations

The 20-core configuration should be mapped against the actual ultrasound probe architecture before production.

Customers should define:

• Number of signal channels

• Power connections

• Ground / return conductors

• Shield connections

• Auxiliary lines

• Core assignment

• Connector pinout

A cable drawing or wiring diagram is strongly recommended because the 20 conductors must remain correctly identified and terminated throughout production.

30AWG Conductor Considerations

The 30AWG conductor provides a defined fine-gauge configuration for the cable.

Engineering teams should confirm:

• Conductor material

• AWG

• Stranding structure

• Plating, where applicable

• Insulation

• Electrical requirements

• Flexibility requirements

The final conductor selection should be evaluated together with the coaxial structure and overall cable dimensions.

Coaxial Construction Considerations

The coaxial structure is an important part of this product.

Engineers should evaluate:

• Inner conductor

• Dielectric layer

• Shield structure

• Shield termination

• Coaxial geometry

• Overall cable arrangement

• Connector interface

For multi-channel ultrasound cables, the relationship between the individual coaxial channels and the complete cable assembly should be defined in the customer's drawing.

PFA Insulation Considerations

PFA is the specified insulation material for this product.

Customers should provide information regarding:

• Required insulation thickness

• Electrical requirements

• Cable dimensions

• Flexibility

• Operating temperature

• Mechanical routing

• Compatibility with the conductor and shielding structure

The PFA insulation should be evaluated as part of the complete coaxial geometry because dielectric characteristics can affect electrical performance.

Signal Integrity Considerations

For high-definition B-ultrasound systems, the cable forms part of the complete electrical transmission path between the transducer and diagnostic equipment.

Relevant parameters may include:

• Conductor configuration

• Coaxial geometry

• Capacitance

• Impedance, where specified

• Cable length

• Shielding

• Channel-to-channel consistency

• Connector termination

• Grounding configuration

The final electrical specifications should come from the customer's ultrasound system design.

Shielding and Channel Isolation

The coaxial construction provides a shielded path around the conductor.

When sourcing the cable, customers should clarify:

• Shield material

• Shield coverage

• Grounding method

• Shield termination

• Required channel isolation

• EMI requirements

• Connector-side shield continuity

For multi-channel ultrasound systems, shielding and grounding should be evaluated together with the transducer and diagnostic-equipment interface.

Flexibility and Probe Routing

Ultrasound probe cables can experience repeated bending and movement during handling.

Engineering teams should define:

• Minimum bending radius

• Repeated flexing

• Probe movement

• Equipment routing

• Cable exit direction

• Strain relief

• Required cable softness

The cable should maintain the intended electrical and coaxial construction during the required mechanical movement.

Cable Diameter Considerations

For a 20-core coaxial cable, the final OD is affected by:

Core Count + 30AWG + Coaxial Structure + PFA Insulation + Shielding + Outer Construction

Customers should provide:

• Target OD

• Maximum allowable OD

• OD tolerance

• Probe routing space

• Connector entry dimensions

• Required bending radius

A controlled OD is particularly important when the cable needs to fit through a compact probe or handle structure.

Connector and Termination Considerations

The connector is part of the complete ultrasound signal path.

Customers should provide:

• Connector manufacturer

• Connector series

• Part number

• Contact count

• Pin assignment

• Connector orientation

• Mating interface

• Termination method

• Strain-relief requirements

For a 20-core cable, the probe-side and equipment-side pinout should be confirmed before prototype production.

Key Procurement Parameters

When sourcing a 20-core 30AWG coaxial B-ultrasound cable, procurement teams should confirm:

OEM Customization

HOTTEN supports customized B-ultrasound cable development according to the customer's probe and diagnostic-system requirements.

Customization may include:

• Core count

• AWG

• Conductor material

• Coaxial construction

• Insulation material

• Shielding

• Cable diameter

• Cable length

• Jacket / outer material

• Connector

• Pin assignment

• Termination

• Prototype samples

• Mass-production configuration

For OEM projects, the final cable should be designed around the actual ultrasound transducer and equipment interface.

Supplier Evaluation Checklist

When evaluating a supplier for a 20-core coaxial B-ultrasound cable, procurement teams should consider:

① Multi-Channel Coaxial Capability
Can the supplier consistently manufacture and assemble 20 coaxial signal paths?

② Fine-Gauge Processing
Can the supplier reliably process the specified 30AWG conductors?

③ PFA Insulation Capability
Can the supplier maintain stable PFA insulation dimensions and electrical characteristics?

④ Signal Integrity Capability
Can the supplier control coaxial geometry, shielding and other signal-related requirements?

⑤ High-Density Termination
Can the supplier accurately manage 20-core connector pinout and termination?

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

Recommended RFQ Information

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

• B-ultrasound probe application

• 20-core configuration

• 30AWG conductor requirement

• Conductor material

• Coaxial cable drawing

• PFA insulation requirement

• Shielding specification

• Target impedance, if applicable

• Target capacitance, if applicable

• Cable OD

• Cable length

• Flexibility requirements

• Connector part number

• Pinout / channel assignment

• Termination requirements

• Prototype quantity

• Expected production volume

• Required testing

For this product, the most important RFQ combination is:

20C + 30AWG + Coaxial + PFA + OD + Cable Length + Connector + Pinout

HOTTEN B-Ultrasound Cable Engineering Support

HOTTEN provides customized high-definition B-ultrasound coaxial cable solutions for ultrasound probe and transducer applications.

This product is differentiated by its 20-core, 30AWG coaxial construction with PFA insulation, providing a defined multi-channel cable configuration for medical ultrasound systems.

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

Why Choose HOTTEN

✓ Experienced medical cable manufacturer

✓ Micro coaxial cable technology

✓ Customized OEM solutions

✓ UL and ISO quality management system

✓ Support from prototype to mass production

FAQ

Q1: What is a 20 core ultrasound cable used for?

A 20 core ultrasound cable is commonly used in ultrasound probes and medical imaging systems where multiple signal channels require reliable transmission.

Q2: Can HOTTEN customize ultrasound probe cables?

Yes. HOTTEN can customize core numbers, AWG sizes, insulation materials, shielding structures and connectors according to customer requirements.

Q3: Why use PFA insulation for medical cables?

PFA provides excellent electrical insulation, temperature resistance and chemical stability, making it suitable for demanding medical applications.

Q4: Does HOTTEN manufacture medical cable assemblies?

Yes. HOTTEN provides customized medical cable assemblies from cable design, prototype development to mass production.