EN
High-Performance Ultrasound Probe Cables - Engineered for Precision Imaging and Patient Safety
|
P/N |
EN-54pF/m 196C(196×42AWG)-IV |
|
Number of cores |
196C (42AWG Coax.) |
|
Inner Conductor Material |
Silver plated copper alloy |
|
Inner Conductor Stranding |
7/0.025 |
|
Insulation Material |
Foamed PFA |
|
Skin layer Material |
PET |
|
Outer Conductor Material |
Tinned copper alloy |
|
Jacket Material |
PET |
|
Binder tape Material |
PTFE |
|
Shielding Material |
Tinned, spiral wrapped tinsel-copper |
|
Sheath Material |
PVC |
|
Sheath Dia. |
8.5±0.3mm |
|
Rating temperature |
80℃ |
|
Rating voltage |
30V |
|
Dielectric Strength |
250V(AC)/1min |
|
Characteristic Impedance(@2ns) |
Nom.80Ω |
|
capacitance(at 1kHz) |
Nom.54pF/m |
Hotten’s ultrasound probe cables deliver high flexibility, excellent signal integrity, and durability to meet the demands of modern ultrasound systems.
- Overview
- Recommended Products
- 40 Core Ultrasound Cable
- 68 Core Ultrasound Cable
- 132 Core Ultrasound Cable
- 198 Core Ultrasound Cable
- 256 Core Ultrasound Cable
- Silver Plated Copper
- Copper Alloy Conductor
- Tinned Copper Conductor
- Silicone
- PFA
- FEP
- TPU
- PVC
- TPE
- Cable Length
- Outer Diameter
- Impedance Requirements
- Shielding Structure
- Connector Assembly
- 68 Core Ultrasound Probe Cable
- 132 Core Medical Ultrasound Cable
- 198 Core Ultrasound Cable
- 256 Core Ultrasound Probe Cable
- Medical Cable Assembly Solutions
Ultrasound Probe Cable Solutions
High Performance Ultrasound Probe Cables for Medical Imaging Applications
HOTTEN specializes in the design and manufacturing of customized ultrasound probe cables for medical imaging systems. Our cable solutions are engineered to provide stable signal transmission, excellent flexibility and long-term reliability for demanding diagnostic applications.
With advanced cable manufacturing capabilities, HOTTEN supports customized solutions including channel configuration, conductor materials, shielding structures, cable diameter and jacket materials to meet different ultrasound probe requirements.
Key Features
Precision Cable Design for Ultrasound Imaging Systems
High-Density Signal Transmission
Multi-core ultrasound cables are designed to support high-speed signal transmission with excellent electrical performance, helping maintain accurate and stable imaging quality.
Excellent Flexibility & Durability
Optimized cable structures and flexible materials provide outstanding bending performance, suitable for medical devices requiring frequent movement and operation.
Reliable Shielding Performance
Advanced shielding designs help reduce electromagnetic interference and maintain signal integrity in sensitive medical imaging environments.
Customized Cable Configuration
HOTTEN provides customized ultrasound cable solutions based on customer requirements, including core numbers, conductor specifications, cable dimensions and connector solutions.
Cable Customization Options
Customized Ultrasound Probe Cable Solutions
HOTTEN supports a wide range of customization options to meet different ultrasound equipment requirements.
Core Configuration
Available customized structures include:
Conductor Materials
Options include:
Insulation & Jacket Materials
Available materials:
Additional Customization
Support:
Applications
Medical Imaging & Diagnostic Equipment
HOTTEN ultrasound probe cables are widely used in:
✓ Ultrasound Diagnostic Equipment
✓ B-Mode Ultrasound Systems
✓ Medical Imaging Devices
✓ Portable Ultrasound Equipment
✓ High-Precision Diagnostic Instruments
✓ Customized Medical Devices
Manufacturing Capability
Professional Ultrasound Cable Manufacturer
With years of experience in precision cable manufacturing, HOTTEN provides reliable cable solutions for medical equipment manufacturers worldwide.
Our capabilities include:
✓ Custom cable structure development
✓ Prototype production
✓ Mass manufacturing
✓ Electrical performance testing
✓ Mechanical reliability testing
✓ Customized OEM solutions
From initial design requirements to final production, HOTTEN works closely with customers to deliver optimized ultrasound cable solutions.
Why Choose HOTTEN
Your Trusted Medical Cable Partner
Professional Engineering Support
Our technical team provides customized cable design assistance based on application requirements.
Flexible Customization Capability
Different cable structures, materials and specifications can be developed according to customer needs.
Strict Quality Control
Each cable solution is manufactured under controlled processes with inspection procedures to ensure consistent quality and reliability.
OEM Manufacturing Experience
HOTTEN supports global customers with customized medical cable solutions for various medical applications.
Engineering & Procurement Considerations
High-Performance Ultrasound Probe Cables are designed for ultrasound diagnostic and medical imaging systems where reliable electrical transmission, flexible handling, high-density construction, and mechanical integration are important. Cable selection should be based on the complete ultrasound probe system, including signal requirements, cable construction, flexibility, shielding, connectors, and routing conditions.
Engineering Considerations
Signal Transmission Requirements
Ultrasound probe cables carry multiple electrical signals between the transducer probe and the connected imaging system. Engineers should define the required conductor configuration, signal characteristics, shielding structure, cable length, and termination method according to the target system.
High-Density Cable Construction
Ultrasound probes may require a large number of conductors within a relatively compact cable structure. Core count, conductor size, insulation structure, shielding, and overall cable diameter should therefore be considered together during cable design.
Flexibility and Probe Handling
Ultrasound probes are frequently repositioned and manually handled during operation. The cable should therefore be selected according to the required flexibility, bending conditions, routing path, and expected mechanical handling.
Cable Diameter and Mechanical Integration
The cable outer diameter affects how the cable can be routed through the probe housing, connector area, and equipment interface. Available mechanical clearance and cable exit geometry should be confirmed during system design.
Shielding and Signal Integrity
Signal-sensitive ultrasound applications may require an appropriate shielding structure. Shielding, grounding, conductor configuration, connector termination, and cable routing should be evaluated together as part of the complete electrical path.
Connector and Termination Compatibility
The cable assembly should match the connector interface of the ultrasound probe and imaging equipment. Connector part number, pin assignment, contact orientation, termination method, and mating interface should be confirmed before production.
Mechanical Reliability
Repeated probe handling can place stress on the cable and termination areas. Engineers should evaluate the cable structure, jacket construction, bending conditions, connector strain relief, and cable routing according to the expected use environment.
Procurement Considerations
When sourcing high-performance ultrasound probe cables, OEM buyers should provide the available technical information whenever possible:
| Procurement Item | Recommended Information |
|---|---|
| Cable Type | Ultrasound Probe Cable |
| Application | Ultrasound Diagnostic / Medical Imaging |
| Core Count | Required core configuration |
| Conductor Gauge | Required AWG or conductor size |
| Signal Configuration | Required signal and conductor assignment |
| Cable Length | Required finished length |
| Cable OD | Maximum allowable outer diameter |
| Insulation | Required insulation construction |
| Shielding | Required shielding structure and grounding |
| Flexibility | Required bending and handling conditions |
| Connector | Connector series and exact part number |
| Pinout | Signal assignment and termination requirements |
| Mating Interface | Probe, PCB, or system interface |
| Cable Exit | Required orientation and routing direction |
| Mechanical Clearance | Available installation space |
| Technical Documents | Drawing, BOM, sample, connector specification, or pinout |
| Quantity | Prototype / sample / pilot / mass production |
OEM Customization
HOTTEN supports customized ultrasound probe cable development according to the required core configuration, conductor gauge, cable dimensions, insulation, shielding, flexibility, cable length, connector interface, pinout, and mechanical routing conditions.
Customers can provide a drawing, sample, BOM, connector part number, pinout, or technical specification for engineering evaluation.
For high-performance ultrasound probe cable projects, HOTTEN can support customized configurations from prototype development through production sourcing according to the electrical and mechanical requirements of the target ultrasound imaging system.
Related Ultrasound Cable Products
Explore our customized ultrasound cable solutions:
FAQ
What is an ultrasound probe cable?
An ultrasound probe cable is a specialized medical cable used to connect ultrasound transducers with diagnostic equipment, transmitting electrical signals required for medical imaging.
Can HOTTEN customize ultrasound probe cables?
Yes. HOTTEN provides fully customized ultrasound cable solutions including core numbers, conductor materials, shielding designs, cable dimensions and connector configurations.
What core configurations are available?
HOTTEN supports customized multi-core ultrasound cables, including 40C, 68C, 132C, 198C and 256C solutions.
What materials can be used for ultrasound cables?
Depending on application requirements, HOTTEN can provide silicone, PFA, FEP, TPU, PVC and other customized jacket materials.
