132CX40AWG High Capacitance Handle Connection Cable Medical Ultrasound Probe Cable Assembly for B-ultrasound Inspection

◆ 132 Core 40AWG Ultrasound Probe Cable Assembly

High Density Micro Coaxial Cable Solution for B-Ultrasound Systems

HOTTEN 132 Core 40AWG Ultrasound Probe Cable Assembly is designed for medical ultrasound probes and B-ultrasound inspection equipment requiring high-density signal transmission, reliable connection performance and customized cable structures.

With a multi-core micro coaxial cable design, this cable integrates numerous signal channels into a compact structure, helping medical equipment manufacturers achieve efficient signal transmission within limited installation space.

◆ Key Advantages

✓ 132 core high-density cable structure for multi-channel ultrasound signals

✓ 40AWG fine conductor design for compact medical applications

✓ Micro coaxial technology providing reliable signal transmission

✓ Excellent shielding performance to reduce electromagnetic interference

✓ Flexible structure suitable for ultrasound probe handle connection

✓ Customized cable assembly solutions available

◆ Product Features

High Density Signal Connection for Ultrasound Applications

Modern ultrasound equipment requires cables that can support multiple signal channels while maintaining stable electrical performance.

HOTTEN 132 Core Ultrasound Cable is developed with optimized:

● Fine conductor structure

● Insulation materials

● Shielding layers

● Cable arrangement technology

These designs help achieve:

✓ Stable signal transmission

✓ Compact cable diameter

✓ Reliable long-term operation

◆ Reliable Cable Structure for Medical Equipment

The 40AWG conductor design provides a balance between:

● Electrical performance

● Mechanical strength

● Cable flexibility

Combined with customized insulation and shielding materials, this cable can meet different requirements from ultrasound equipment manufacturers.

◆ Applications

This 132 Core 40AWG Ultrasound Cable is suitable for:

● B-ultrasound inspection systems

● Ultrasound probe assemblies

● Medical imaging equipment

● Diagnostic ultrasound devices

● Custom medical equipment

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a 132C 40AWG Ultrasound Probe Cable

A high-density ultrasound probe cable assembly connects the ultrasound transducer or probe with the supporting diagnostic equipment. For medical ultrasound systems, cable selection should balance high core count, fine-gauge conductors, capacitance, signal transmission, flexibility, cable dimensions and connector integration.

This configuration is defined by 132 cores, 40AWG conductors and a high-capacitance design, making the relationship between core count, electrical characteristics and mechanical construction particularly important during engineering development.

Key Engineering Requirements

Published Product Configuration

The 132C + 40AWG + High Capacitance combination should remain clearly visible on the page as the product's primary technical identity.

132-Core Configuration Considerations

A 132-core cable requires clear electrical mapping before production.

Engineering teams should define:

• Ultrasound signal channels

• Power conductors

• Ground / return conductors

• Auxiliary channels

• Shield / reference connections

• Core grouping

• Pin assignment

For a high-core-count probe cable, the recommended RFQ package is:

Cable Drawing + Wiring Diagram + Connector Drawing + Pinout

This allows the supplier to control conductor allocation and termination accurately.

40AWG Fine-Gauge Conductor Considerations

The 40AWG conductor size supports dense multi-core cable construction.

Customers should specify:

• Conductor material

• AWG

• Plating

• Stranding structure

• Insulation

• Electrical requirements

• Flexibility requirements

The conductor size should be considered together with the 132-core configuration because the overall cable diameter and flexibility depend on the complete construction.

High-Capacitance Considerations

High capacitance is a defining electrical characteristic of this product and should be treated as an engineering specification rather than only a marketing term.

Customers should clarify:

• Target capacitance

• Capacitance per meter or total cable capacitance

• Acceptable tolerance

• Measurement conditions

• Cable length

• Channel-to-channel consistency

• Required system-level electrical performance

The final capacitance depends on cable geometry and dielectric construction, so it should be evaluated together with the conductor and insulation structure.

Signal Integrity Considerations

For ultrasound probe assemblies, signal integrity should be evaluated across the complete transmission path.

Important parameters may include:

• Conductor configuration

• Capacitance

• Cable length

• Insulation characteristics

• Shielding

• Channel consistency

• Grounding

• Connector termination

• Probe interface

Where the ultrasound system has specific electrical acceptance criteria, those requirements should be included in the engineering drawing or RFQ.

Cable Diameter and Mechanical Routing

The finished OD of a 132-core cable depends on:

132-Core Count + 40AWG + Insulation + Shielding + Outer Construction

Customers should define:

• Target OD

• Maximum allowable OD

• OD tolerance

• Probe routing clearance

• Handle entry dimensions

• Connector entry dimensions

• Minimum bending radius

• Strain relief

For a high-density ultrasound probe cable, cable diameter and core count need to be balanced during the design stage.

Flexibility Considerations

Ultrasound probe cables may experience repeated movement during examination and handling.

Engineering teams should specify:

• Static or dynamic bending

• Minimum bending radius

• Repeated movement

• Probe handling conditions

• Cable routing

• Connector exit direction

• Strain-relief requirements

• Long-term flexibility requirements

The complete 132-core structure should maintain its electrical characteristics while meeting the mechanical movement requirements.

Shielding and EMI Considerations

Whether individual or overall shielding is required should be determined by the ultrasound system architecture.

Customers should specify:

• Shielding type

• Shield material

• Shield coverage

• Grounding method

• Shield termination

• Channel-to-channel isolation

• Connector-side shield continuity

• EMI requirements

For high-density ultrasound cables, shielding and grounding should be evaluated together with capacitance and signal requirements.

Handle Connection Considerations

Because the product is positioned as a handle connection cable assembly, the mechanical interface between cable and handle should be confirmed carefully.

Important considerations include:

• Handle-side connector

• Cable exit direction

• Strain relief

• Bend area near the handle

• Available internal space

• Connector locking mechanism

• Cable length inside the handle

The cable should be designed around the actual handle geometry rather than selected only from the electrical specification.

Connector and Termination Considerations

For a 132-core ultrasound cable, termination is a critical part of the complete assembly.

Customers should provide:

• Connector manufacturer

• Connector series

• Part number

• Contact count

• Pitch

• Pin assignment

• Connector orientation

• Mating interface

• Termination method

• Strain relief

• Overmolding requirements, where applicable

A complete pinout is especially important for a 132-core configuration.

Key Procurement Parameters

When sourcing a 132C 40AWG high-capacitance ultrasound cable assembly, procurement teams should confirm:

OEM Customization

HOTTEN supports customized ultrasound probe cable assemblies according to customer drawings and system requirements.

Customization may include:

• Core count

• AWG

• Conductor material

• Capacitance

• Cable diameter

• Cable length

• Insulation

• Shielding

• Outer jacket

• Connector

• Pin assignment

• Termination

• Handle connection structure

• Prototype samples

• Mass-production configuration

For OEM projects, the final cable should be developed around the customer's ultrasound probe and handle architecture rather than treated as a generic 132-core cable.

Supplier Evaluation Checklist

When evaluating a supplier for a 132C high-capacitance ultrasound cable, procurement teams should consider:

① High-Core-Count Manufacturing
Can the supplier consistently manufacture and terminate 132-core cable configurations?

② Fine-Gauge Processing
Can the supplier reliably process 40AWG conductors across a high-core-count structure?

③ Capacitance Control
Can the supplier control the specified capacitance and maintain consistency across channels?

④ Ultrasound Cable Capability
Does the supplier have experience manufacturing probe and transducer cables?

⑤ Connector Assembly
Can the supplier accurately manage high-density connector pinout and termination?

⑥ Mechanical Performance
Can the supplier maintain flexibility and dimensional stability during repeated probe handling?

⑦ 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:

• Ultrasound probe application

• 132-core requirement

• 40AWG conductor requirement

• Conductor material

• High-capacitance target

• Capacitance tolerance

• Cable drawing

• Target OD and tolerance

• Insulation requirement

• Shielding requirement

• Cable length

• Flexibility / bending requirements

• Handle-side connector

• Equipment-side connector

• Pinout

• Termination drawing

• Prototype quantity

• Expected production volume

• Required testing

For this product, the most important RFQ combination is:

132C + 40AWG + High Capacitance + Cable OD + Cable Length + Connector + Pinout + Electrical Requirements

HOTTEN 132-Core Ultrasound Cable Engineering Support

HOTTEN provides customized high-density medical ultrasound probe cable assemblies for B-ultrasound and related diagnostic applications.

This product is differentiated by its 132-core, 40AWG, high-capacitance handle-connection configuration, providing a specific cable architecture for ultrasound probe systems requiring a large number of electrical channels within one assembly.

For OEM development, customers can provide the ultrasound probe specification, capacitance requirement, cable drawing, connector information and pinout for engineering evaluation and customized production.

◆ Customization Options

HOTTEN supports customized ultrasound cable development according to customer requirements.

Available customization includes:

✓ Core number

✓ AWG conductor size

✓ Cable length

✓ Shielding structure

✓ Insulation materials

✓ Outer jacket materials

Common material options include:

● PTFE

● FEP

● PFA

● Silicone

● TPU

● PVC

◆ Why Choose HOTTEN

HOTTEN specializes in micro coaxial cables and customized medical cable assemblies.

Our capabilities include:

✓ Ultra-fine wire processing

✓ Micro coaxial cable manufacturing

✓ Precision extrusion

✓ Cable structure optimization

✓ Prototype development and mass production

We support medical equipment manufacturers with reliable cable solutions from initial design to production.

◆ FAQ

What is a 132 core ultrasound cable?

A 132 core ultrasound cable is a high-density cable containing multiple signal channels, designed for ultrasound probes and medical imaging equipment requiring complex signal transmission.

What is the difference between 40AWG and 42AWG ultrasound cables?

40AWG cables provide a different balance between conductor size, mechanical strength and electrical performance, while 42AWG cables are typically optimized for smaller diameter and higher-density applications.

Can HOTTEN customize ultrasound probe cable assemblies?

Yes. HOTTEN provides customized ultrasound cable assemblies including conductor specifications, core numbers, shielding design and jacket materials.