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

◆ 132C×42AWG Low Capacitance Ultrasound Probe Cable

High Density Micro Coaxial Cable Solution for Medical Ultrasound Applications

HOTTEN 132C×42AWG Low Capacitance Ultrasound Probe Cable is designed for advanced medical ultrasound systems requiring high-density signal transmission, excellent electrical performance and compact cable structure.

With a high-count micro coaxial cable design, this cable enables multiple signal channels within a limited diameter while maintaining stable transmission performance.

The optimized low capacitance structure helps reduce signal loss and improve image transmission quality, making it suitable for high-precision ultrasound probe applications.

◆ Key Advantages

✓ 132 core micro coaxial cable structure for high-density signal transmission

✓ 42AWG ultra-fine conductor design for compact medical devices

✓ Low capacitance performance for improved signal integrity

✓ Stable impedance characteristics for reliable ultrasound imaging

✓ Flexible cable structure suitable for probe movement

✓ Customized design available for OEM medical equipment manufacturers

◆ Product Features

Low Capacitance Design for High Performance Ultrasound Systems

Medical ultrasound equipment requires cables with excellent electrical characteristics to maintain accurate signal transmission.

HOTTEN develops low capacitance ultrasound cables by optimizing:

● Conductor size and structure

● Insulation material selection

● Shielding design

● Cable arrangement technology

These technologies help achieve:

✓ Reduced signal attenuation

✓ Improved transmission stability

✓ Better image signal performance

◆ High Density Micro Coaxial Cable Structure

With 132 individual micro coaxial channels, this ultrasound cable provides a high level of integration for complex medical imaging systems.

The compact structure helps equipment manufacturers:

● Reduce internal cable space requirements

● Improve probe design flexibility

● Support advanced ultrasound imaging functions

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a 132C 42AWG Low-Capacitance Ultrasound Probe Cable

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

This configuration is defined by 132 cores, 42AWG conductors and a low-capacitance design, making the relationship between conductor geometry, insulation, cable length and electrical performance particularly important during engineering development.

Product Configuration

The 132C + 42AWG + Low Capacitance combination should be retained as the primary technical identity of this product.

Key Engineering Requirements

132-Core Configuration Considerations

A 132-core ultrasound cable requires a clearly defined conductor map.

Customers should identify:

• Ultrasound signal channels

• Power connections

• Ground / return

• Auxiliary circuits

• Control lines

• Shield / reference connections

• Core grouping

• Connector pin assignment

For a 132-core cable, the recommended engineering package is:

Cable Drawing + Wiring Diagram + Connector Drawing + Pinout

This ensures each conductor is correctly identified throughout cable manufacturing and termination.

42AWG Fine-Gauge Conductor Considerations

The 42AWG conductor size is an important technical entity for this product.

Procurement teams should confirm:

• Conductor material

• AWG

• Plating

• Stranding structure

• Insulation

• Electrical requirements

• Flexibility requirements

The 42AWG selection should be evaluated together with the 132-core configuration because the total cable size and mechanical behavior depend on the complete construction.

Low-Capacitance Considerations

Low capacitance is the defining electrical characteristic of this product.

Customers should specify:

• Target capacitance

• Capacitance per meter or total cable capacitance

• Acceptable tolerance

• Measurement conditions

• Cable length

• Channel-to-channel consistency

• Required system-level electrical characteristics

Capacitance is influenced by conductor geometry, dielectric structure and cable construction, so it should not be considered independently.

Low Capacitance vs. High Capacitance Selection

For procurement, it is useful to distinguish this product from HOTTEN's high-capacitance ultrasound cable configurations.

This page should clearly represent:

132C + 42AWG + Low Capacitance

rather than simply “132-core ultrasound cable.”

The required capacitance should come from the customer's transducer and electronics architecture because different systems may require different electrical characteristics.

Signal Integrity Considerations

For ultrasound probe applications, the cable is part of the complete transmission path.

Relevant parameters may include:

• Conductor configuration

• Capacitance

• Cable length

• Dielectric characteristics

• Shielding

• Channel-to-channel consistency

• Grounding

• Connector termination

• Probe interface

Where the customer has defined electrical acceptance criteria, those should be included in the cable drawing or RFQ.

Cable Diameter and Mechanical Routing

The final cable diameter depends on:

132C + 42AWG + Insulation + Shielding + Outer Construction

Customers should specify:

• Target OD

• Maximum allowable OD

• OD tolerance

• Probe routing clearance

• Handle entry dimensions

• Connector entry dimensions

• Minimum bending radius

• Strain relief

A compact high-core-count cable needs to balance electrical requirements with mechanical routing space.

Flexibility and Handle Connection

As a handle connection cable, the product may experience repeated bending and movement around the probe or handle.

Engineering teams should define:

• Static or dynamic bending

• Minimum bending radius

• Movement frequency

• Probe handling conditions

• Handle routing path

• Connector exit direction

• Strain-relief requirements

• Long-term flexibility

The complete 132-core structure must retain its electrical characteristics under the required mechanical conditions.

Shielding and EMI Considerations

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

Customers should clarify:

• Shielding type

• Shield material

• Shield coverage

• Grounding method

• Shield termination

• Channel isolation

• Connector-side shield continuity

• EMI requirements

For low-capacitance ultrasound cables, shielding should be designed together with the conductor and dielectric structure because cable geometry affects electrical performance.

Connector and Termination Considerations

A 132-core cable requires accurate high-density termination.

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 particularly important for a 132-core probe cable.

Key Procurement Parameters

When sourcing a 132C 42AWG low-capacitance ultrasound probe handle cable, procurement teams should confirm:

OEM Customization

HOTTEN supports customized ultrasound probe cable development according to customer drawings and application requirements.

Customization may include:

• Core count

• AWG

• Conductor material

• Capacitance

• Cable diameter

• Cable length

• Insulation

• Shielding

• Outer jacket

• Connector

• Pin assignment

• Termination

• Handle connection configuration

• Prototype samples

• Mass-production configuration

For OEM projects, the final cable should be developed around the customer's ultrasound probe and handle architecture.

Supplier Evaluation Checklist

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

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

② Fine-Gauge Processing
Can the supplier reliably process 42AWG conductors across a high-core-count assembly?

③ Capacitance Control
Can the supplier consistently achieve the customer's low-capacitance specification?

④ Ultrasound Cable Experience
Does the supplier have experience with probe and transducer cable applications?

⑤ Dimensional and Flexibility Control
Can the supplier maintain the required cable OD and mechanical performance?

⑥ Connector Assembly
Can the supplier accurately manage the high-density connector and pinout?

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

• 42AWG conductor requirement

• Conductor material

• Low-capacitance target

• Capacitance tolerance

• Cable drawing

• Target OD and tolerance

• Insulation requirement

• Shielding requirement

• Cable length

• Flexibility / bending requirements

• Connector part number

• Pinout

• Termination drawing

• Prototype quantity

• Expected production volume

• Required testing

For this product, the most important RFQ combination is:

132C + 42AWG + Low Capacitance + Cable OD + Cable Length + Connector + Pinout + Electrical Requirements

HOTTEN 132C Low-Capacitance Ultrasound Cable Engineering Support

HOTTEN provides customized high-density medical ultrasound probe and handle connection cables for B-ultrasound and related diagnostic applications.

This product is differentiated by its 132-core, 42AWG, low-capacitance configuration, providing a specific electrical and mechanical cable architecture for ultrasound probe systems where capacitance control and high channel density are important.

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

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a 132C 42AWG Low-Capacitance Ultrasound Probe Cable

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

This configuration is defined by 132 cores, 42AWG conductors and a low-capacitance design, making the relationship between conductor geometry, insulation, cable length and electrical performance particularly important during engineering development.

Product Configuration

The 132C + 42AWG + Low Capacitance combination should be retained as the primary technical identity of this product.

Key Engineering Requirements

132-Core Configuration Considerations

A 132-core ultrasound cable requires a clearly defined conductor map.

Customers should identify:

• Ultrasound signal channels

• Power connections

• Ground / return

• Auxiliary circuits

• Control lines

• Shield / reference connections

• Core grouping

• Connector pin assignment

For a 132-core cable, the recommended engineering package is:

Cable Drawing + Wiring Diagram + Connector Drawing + Pinout

This ensures each conductor is correctly identified throughout cable manufacturing and termination.

42AWG Fine-Gauge Conductor Considerations

The 42AWG conductor size is an important technical entity for this product.

Procurement teams should confirm:

• Conductor material

• AWG

• Plating

• Stranding structure

• Insulation

• Electrical requirements

• Flexibility requirements

The 42AWG selection should be evaluated together with the 132-core configuration because the total cable size and mechanical behavior depend on the complete construction.

Low-Capacitance Considerations

Low capacitance is the defining electrical characteristic of this product.

Customers should specify:

• Target capacitance

• Capacitance per meter or total cable capacitance

• Acceptable tolerance

• Measurement conditions

• Cable length

• Channel-to-channel consistency

• Required system-level electrical characteristics

Capacitance is influenced by conductor geometry, dielectric structure and cable construction, so it should not be considered independently.

Low Capacitance vs. High Capacitance Selection

For procurement, it is useful to distinguish this product from HOTTEN's high-capacitance ultrasound cable configurations.

This page should clearly represent:

132C + 42AWG + Low Capacitance

rather than simply “132-core ultrasound cable.”

The required capacitance should come from the customer's transducer and electronics architecture because different systems may require different electrical characteristics.

Signal Integrity Considerations

For ultrasound probe applications, the cable is part of the complete transmission path.

Relevant parameters may include:

• Conductor configuration

• Capacitance

• Cable length

• Dielectric characteristics

• Shielding

• Channel-to-channel consistency

• Grounding

• Connector termination

• Probe interface

Where the customer has defined electrical acceptance criteria, those should be included in the cable drawing or RFQ.

Cable Diameter and Mechanical Routing

The final cable diameter depends on:

132C + 42AWG + Insulation + Shielding + Outer Construction

Customers should specify:

• Target OD

• Maximum allowable OD

• OD tolerance

• Probe routing clearance

• Handle entry dimensions

• Connector entry dimensions

• Minimum bending radius

• Strain relief

A compact high-core-count cable needs to balance electrical requirements with mechanical routing space.

Flexibility and Handle Connection

As a handle connection cable, the product may experience repeated bending and movement around the probe or handle.

Engineering teams should define:

• Static or dynamic bending

• Minimum bending radius

• Movement frequency

• Probe handling conditions

• Handle routing path

• Connector exit direction

• Strain-relief requirements

• Long-term flexibility

The complete 132-core structure must retain its electrical characteristics under the required mechanical conditions.

Shielding and EMI Considerations

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

Customers should clarify:

• Shielding type

• Shield material

• Shield coverage

• Grounding method

• Shield termination

• Channel isolation

• Connector-side shield continuity

• EMI requirements

For low-capacitance ultrasound cables, shielding should be designed together with the conductor and dielectric structure because cable geometry affects electrical performance.

Connector and Termination Considerations

A 132-core cable requires accurate high-density termination.

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 particularly important for a 132-core probe cable.

Key Procurement Parameters

When sourcing a 132C 42AWG low-capacitance ultrasound probe handle cable, procurement teams should confirm:

OEM Customization

HOTTEN supports customized ultrasound probe cable development according to customer drawings and application requirements.

Customization may include:

• Core count

• AWG

• Conductor material

• Capacitance

• Cable diameter

• Cable length

• Insulation

• Shielding

• Outer jacket

• Connector

• Pin assignment

• Termination

• Handle connection configuration

• Prototype samples

• Mass-production configuration

For OEM projects, the final cable should be developed around the customer's ultrasound probe and handle architecture.

Supplier Evaluation Checklist

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

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

② Fine-Gauge Processing
Can the supplier reliably process 42AWG conductors across a high-core-count assembly?

③ Capacitance Control
Can the supplier consistently achieve the customer's low-capacitance specification?

④ Ultrasound Cable Experience
Does the supplier have experience with probe and transducer cable applications?

⑤ Dimensional and Flexibility Control
Can the supplier maintain the required cable OD and mechanical performance?

⑥ Connector Assembly
Can the supplier accurately manage the high-density connector and pinout?

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

• 42AWG conductor requirement

• Conductor material

• Low-capacitance target

• Capacitance tolerance

• Cable drawing

• Target OD and tolerance

• Insulation requirement

• Shielding requirement

• Cable length

• Flexibility / bending requirements

• Connector part number

• Pinout

• Termination drawing

• Prototype quantity

• Expected production volume

• Required testing

For this product, the most important RFQ combination is:

132C + 42AWG + Low Capacitance + Cable OD + Cable Length + Connector + Pinout + Electrical Requirements

HOTTEN 132C Low-Capacitance Ultrasound Cable Engineering Support

HOTTEN provides customized high-density medical ultrasound probe and handle connection cables for B-ultrasound and related diagnostic applications.

This product is differentiated by its 132-core, 42AWG, low-capacitance configuration, providing a specific electrical and mechanical cable architecture for ultrasound probe systems where capacitance control and high channel density are important.

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

Engineering & Procurement Considerations

Why is low capacitance important in an ultrasound probe cable?

Cable capacitance is an important electrical characteristic in ultrasound probe interconnections because the cable becomes part of the overall electrical path between the transducer and imaging electronics. A low-capacitance cable construction can therefore be considered when the system requires controlled electrical characteristics.

What are the challenges of designing a 132-core 42AWG ultrasound cable?

A 132-core 42AWG cable requires high-density integration of fine conductors within a controlled cable structure. Engineers need to coordinate conductor arrangement, insulation, electrical characteristics, cable dimensions, flexibility, shielding, and termination while maintaining consistent performance across the cable.

How does conductor size affect a low-capacitance ultrasound cable?

The 42AWG conductor size is one part of the overall cable construction that can influence the electrical and physical characteristics of the finished cable. Engineers should evaluate conductor size together with insulation, spacing, dielectric structure, cable geometry, and the required capacitance rather than considering AWG independently.

What should engineers consider when connecting an ultrasound probe handle to imaging equipment?

The connection between the probe handle and imaging equipment requires the cable to match the electrical interface and mechanical installation requirements of both sides. Core assignment, pin mapping, connector configuration, cable length, routing, bending conditions, and electrical characteristics should be defined before the cable assembly is finalized.

How can cable geometry influence capacitance in a high-density ultrasound cable?

The internal geometry of a multi-core cable affects the electrical relationship between conductors and surrounding structures. Conductor spacing, insulation characteristics, shielding configuration, and overall cable construction should therefore be considered together when developing a cable with a specified low-capacitance requirement.

What information should buyers provide when requesting a custom 132C 42AWG low-capacitance ultrasound cable?

A detailed RFQ should include the 132-core configuration, 42AWG conductor requirement, target capacitance, cable length, conductor and insulation specifications, shielding requirements, outer diameter, connector type, pin assignment, bending requirements, and termination configuration. A drawing or existing cable sample can help the manufacturer reproduce the required interface and mechanical dimensions accurately.

◆ Applications

This 132 Core Low Capacitance Ultrasound Cable is suitable for:

● B-Ultrasound inspection systems

● Medical ultrasound probes

● Diagnostic imaging equipment

● High-resolution ultrasound devices

● Precision medical instruments

The cable is especially suitable for applications requiring:

✓ High signal channel density

✓ Compact probe design

✓ Stable long-term operation

◆ Customized Ultrasound Cable Solutions

Different ultrasound probe manufacturers require different electrical and mechanical specifications.

HOTTEN provides customized cable solutions including:

✓ Core number customization

✓ AWG size selection

✓ Low capacitance optimization

✓ Impedance adjustment

✓ Shielding structure design

✓ Cable diameter optimization

✓ Customized cable length

Our engineering team supports customers from prototype development to mass production.

◆ Why Choose HOTTEN

HOTTEN specializes in micro coaxial cables, high-precision electronic wires and customized medical cable solutions.

Our manufacturing capabilities include:

✓ Ultra-fine conductor processing

✓ Micro coaxial cable production

✓ Precision extrusion technology

✓ Shielding and insulation processes

✓ Electrical performance testing

With professional cable engineering experience, HOTTEN helps medical equipment manufacturers develop reliable and high-performance cable solutions.

◆ FAQ

What is a low capacitance ultrasound cable?

A low capacitance ultrasound cable is designed to reduce electrical capacitance effects during signal transmission, helping maintain signal quality and improve imaging performance.

Why use micro coaxial cables in ultrasound probes?

Micro coaxial cables provide excellent shielding, compact size and stable high-frequency signal transmission, making them suitable for advanced ultrasound imaging equipment.

Can HOTTEN customize high-core-count ultrasound cables?

Yes. HOTTEN supports customized ultrasound cable solutions including core number, conductor specifications, cable structure and electrical performance requirements.