Customized 68C 42AWG Stranded Sliver Plated Copper Alloy Conductor Medical Ultrasonic USG Diagnostic Instrument Extension Cable

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a 68C Medical Ultrasonic Extension Cable

A medical ultrasonic diagnostic instrument extension cable is used to extend the electrical connection between an ultrasound diagnostic instrument and a related probe, handle or cable assembly.

This customized configuration combines 68 conductors, 42AWG conductor size, silver-plated copper alloy construction and a medical ultrasonic application, making it suitable for projects where high conductor density and compact cable construction are important.

For ultrasound equipment manufacturers, the cable should be evaluated as a complete assembly, including conductor configuration, insulation, sheath, electrical characteristics, cable dimensions, flexibility and termination.

Key Engineering Requirements

Published Product Configuration

The current HOTTEN product page identifies the following configuration:

These are the specifications currently published by HOTTEN and should remain the factual basis for the product page.

68-Core Configuration Considerations

A 68-core cable should be designed according to the actual electrical architecture of the ultrasound system.

Before production, engineers should clarify:

• Number of active signal channels

• Power conductors

• Ground or return conductors

• Auxiliary signal lines

• Conductor grouping

• Pin assignment

• Connector interface

• Required cable length

A detailed cable drawing or wiring diagram is especially useful for high-density multi-core assemblies because conductor allocation and termination must remain consistent throughout production.

42AWG Fine-Gauge Conductor Considerations

The 42AWG configuration is particularly relevant when many conductors need to be integrated into a relatively compact cable.

When specifying the conductor, procurement teams should define:

• Conductor material

• Plating requirements

• Stranding structure

• AWG

• Core insulation

• Required flexibility

• Electrical requirements

HOTTEN's published product uses silver-plated copper alloy or tinned copper as conductor options.

Foamed PFA Insulation Considerations

The current product specification identifies foamed PFA as the insulation material.

For procurement and engineering evaluation, customers should confirm:

• Required insulation thickness

• Dimensional constraints

• Electrical requirements

• Flexibility requirements

• Operating conditions

• Compatibility with the complete cable construction

The insulation should be evaluated together with the 42AWG conductor and 68-core configuration rather than specified independently.

PET Sheath Considerations

The published configuration uses PET sheath.

Engineers should define the required sheath characteristics according to:

• Cable routing

• Mechanical protection

• Flexibility

• External dimensions

• Assembly requirements

• Operating environment

The final sheath structure should be matched to the complete ultrasound cable assembly.

Electrical and Signal Considerations

For medical ultrasonic diagnostic equipment, the cable should be evaluated according to the actual electrical requirements of the system.

Relevant parameters may include:

• Conductor configuration

• Continuity

• Insulation resistance

• Capacitance

• Signal requirements

• Cable length

• Grounding configuration

• Connector pinout

The final electrical requirements should come from the customer's equipment specification or cable drawing.

Flexibility and Extension-Cable Routing

As an extension cable, the product may be routed between the diagnostic instrument and another cable or device interface.

Engineers should therefore consider:

Cable Length + OD + Core Count + Flexibility + Connector Position

before finalizing the construction.

The cable should provide sufficient flexibility for the intended routing without compromising conductor integrity or connector reliability.

Key Procurement Parameters

When sourcing a customized medical ultrasonic extension cable, procurement teams should confirm:

OEM Customization

HOTTEN supports customized medical ultrasonic cable development based on customer drawings, electrical requirements and equipment architecture.

Customization can include:

• Core count

• Core configuration

• AWG

• Conductor material

• Insulation material

• Sheath material

• Cable dimensions

• Cable length

• Connector configuration

• Pin assignment

• Termination

• Prototype development

• Mass production

The current HOTTEN product page also states that customized products and customized packaging are supported.

Supplier Evaluation Checklist

When evaluating a supplier for a high-density ultrasonic extension cable, procurement teams should consider:

① High-Density Multi-Core Capability
Can the supplier consistently manufacture and terminate 68-core fine-gauge cable structures?

② Fine-Gauge Wire Processing
Can the supplier handle 42AWG conductors and maintain stable insulation and dimensional quality?

③ Medical Cable Manufacturing
Does the supplier have experience with ultrasound and medical cable applications?

④ Material Control
Can the supplier provide the specified conductor, foamed PFA insulation and PET sheath construction?

⑤ Connector and Termination Capability
Can the supplier match the required connector and pin assignment?

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

Recommended RFQ Information

For faster quotation and engineering evaluation, customers should provide:

• Ultrasound diagnostic instrument application

• Cable drawing

• 68-core configuration or required core count

• 42AWG or required conductor size

• Conductor material

• Foamed PFA insulation requirement

• PET sheath requirement

• Cable diameter

• Finished cable length

• Connector model / part number

• Pinout

• Flexibility requirements

• Electrical specifications

• Prototype quantity

• Expected production volume

• Testing requirements

• Packaging requirements

For a high-density 68-core cable, an engineering drawing or wiring diagram is strongly recommended because it allows the supplier to verify conductor allocation and termination requirements before prototype production.

HOTTEN Medical Ultrasonic Cable Engineering Support

HOTTEN provides customized medical ultrasonic diagnostic instrument extension cables with high-density multi-core configurations. The current product is specified as a 68-core, 42AWG configuration with silver-plated copper alloy / tinned copper conductors, foamed PFA insulation and PET sheath, and is positioned for medical ultrasonic diagnostic applications.

The product can be developed according to customer drawings and production requirements, with support for customized manufacturing and packaging.

Engineering & Procurement Considerations

Why is a 68-core 42AWG cable suitable for medical ultrasound equipment?

A 68-core 42AWG cable can provide a high-density connection structure while maintaining a relatively compact cable design. In medical ultrasound and USG diagnostic equipment, core count, conductor size, cable diameter, flexibility, and electrical characteristics should be considered together to match the requirements of the ultrasound probe and imaging system.

How does 42AWG wire size affect medical ultrasound cable design?

42AWG is a fine wire size that can help reduce the space occupied by individual conductors in a high-density cable assembly. For ultrasound applications, engineers should evaluate the relationship between conductor size, electrical performance, mechanical flexibility, cable diameter, and the requirements of the connected probe or diagnostic instrument rather than selecting wire size based on AWG alone.

What should engineers consider when designing a 68-core ultrasound cable?

Key considerations include the number of conductors, conductor material and construction, insulation, cable diameter, flexibility, shielding requirements, connector configuration, pin assignment, cable length, and the electrical characteristics required by the ultrasound system. The final cable structure should be developed according to the probe and diagnostic equipment interface requirements.

How can cable construction affect ultrasound signal transmission?

The internal construction of an ultrasound cable can influence electrical characteristics, signal transmission, flexibility, and overall cable performance. Conductor arrangement, insulation, shielding, spacing, and termination design should therefore be considered together when developing a cable for ultrasound or USG diagnostic equipment.

What specifications should be provided when sourcing a custom 68-core 42AWG medical ultrasound cable?

Engineers and buyers should provide the required core count, wire size, conductor material, cable length, target cable diameter, connector type, pin assignment, insulation requirements, shielding requirements, flexibility or bending requirements, and application information. Providing these specifications at the beginning of the project helps the manufacturer evaluate the cable structure and customization requirements more accurately.

What should buyers evaluate when selecting a medical ultrasound cable manufacturer?

Buyers should evaluate whether the manufacturer can support fine-wire and high-density cable assembly, custom conductor and insulation configurations, connector and pin-assignment customization, sample development, consistent production, and medical-device quality requirements. For medical ultrasound applications, manufacturing capability and engineering support are important considerations in addition to the quoted cable price.

Why Choose HOTTEN

Professional Medical Cable Manufacturer

Advanced Medical Cable Capability

HOTTEN develops high-density ultrasound cables for demanding medical imaging applications.

Customized Engineering Support

From cable structure design to mass production, HOTTEN supports customer-specific requirements.

Quality Control

Each cable can be tested for:

✔ Electrical performance

✔ Insulation reliability

✔ Signal stability

✔ Mechanical durability

FAQ

Q1: What is a 68 core ultrasound probe cable?

A 68 core ultrasound probe cable contains multiple fine coaxial channels designed to transmit signals between ultrasound probes and diagnostic equipment.

Q2: Why use silver plated copper alloy conductor?

Silver plated copper alloy provides excellent conductivity, corrosion resistance and stable high-frequency signal transmission.

Q3: Can HOTTEN customize ultrasound cable cores?

Yes. HOTTEN supports customized core numbers including 40C, 68C, 130C, 132C and higher channel configurations.

Q4: Can HOTTEN provide medical cable assembly?

Yes. HOTTEN provides customized medical cable assemblies including ultrasound probe cables and endoscope cable solutions.