MCC 45Ω 40AWG(PFA)High Temperature Micro Coaxial LVDS Cable for Electronics Automotive & Medical

Product Overview

40AWG Micro Coaxial LVDS Cable for High Speed Signal Applications

HOTTEN 40AWG Micro Coaxial LVDS Cable is designed for high-speed signal transmission applications requiring compact size, stable impedance control and excellent flexibility.

Featuring a 45Ω characteristic impedance, PFA insulation structure and ultra-fine 40AWG conductor design, this cable provides reliable signal integrity and high-temperature performance for advanced electronic systems.

The cable supports customized configurations including conductor materials, impedance requirements, shielding structures, outer diameter and connector assembly to meet different application requirements.

Key Features

High Performance Micro Coaxial LVDS Solution

🔹 40AWG ultra-fine conductor structure

🔹 45Ω characteristic impedance

🔹 PFA insulation material

🔹 High temperature resistance

🔹 Low signal loss performance

🔹 Excellent EMI shielding capability

🔹 High flexibility and bending resistance

🔹 Customized cable structures available

Cable Structure

Precision Micro Coaxial Construction

Conductor

Options:

• Silver plated copper alloy
• Silver plated copper

Insulation

Material:

• PFA
• FEP
• PET Tape

Shielding

Options:

• Silver plated copper alloy shielding
• Tinned copper alloy shielding

Outer Sheath

Options:

• PFA
• FEP
• PET Tape

Applications

High Density Electronic Applications

Suitable for:

💻 Laptop Display Systems

📱 Tablet Devices

🚁 UAV / Drone Equipment

📷 Camera Modules

🏥 Medical Endoscope Systems

🩺 Ultrasound Probe Equipment

🚗 Automotive Electronic Systems

Customization Options

HOTTEN provides customized Micro Coaxial LVDS solutions:

✔ Impedance (42.5Ω / 45Ω / 50Ω)

✔ AWG Size

✔ Cable Diameter

✔ Conductor Material

✔ Shielding Structure

✔ Insulation Material

✔ Connector Assembly

✔ Cable Length

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a 45Ω 40AWG Micro Coaxial LVDS Cable

A micro coaxial LVDS cable is used for high-speed differential signal transmission in compact electronic systems. This MCC configuration combines 45Ω characteristic impedance, 40AWG fine-gauge conductors, PFA construction and high-temperature capability, making it suitable for applications where signal integrity, compact dimensions and environmental resistance need to be considered together.

For OEM applications, cable selection should evaluate impedance, conductor size, dielectric structure, shielding, cable diameter, temperature requirements, flexibility and connector integration as one complete interconnect solution.

Key Engineering Requirements

45Ω Impedance Considerations

The 45Ω characteristic impedance is a key technical identifier for this product.

When specifying the cable, engineers should define:

• Target impedance

• Impedance tolerance

• Measurement method

• Measurement frequency or test conditions, where applicable

• Cable length

• Connector configuration

Impedance is influenced by the relationship between:

Conductor Geometry + Dielectric Structure + Shielding + Cable Construction

Therefore, the cable and connector assembly should be evaluated as a complete transmission path for high-speed applications.

40AWG Conductor Considerations

The 40AWG conductor provides a fine-gauge configuration for compact micro coaxial applications.

Procurement teams should confirm:

• Conductor material

• Plating

• AWG

• Stranding structure

• Insulation

• Required flexibility

• Electrical requirements

Fine-gauge conductors can help reduce overall cable size, but the selected AWG must remain compatible with the required electrical and mechanical performance.

PFA and High-Temperature Considerations

PFA is a key material entity for this product and should be evaluated together with the complete cable structure.

For high-temperature applications, customers should define:

• Continuous operating temperature

• Maximum temperature exposure

• Exposure duration

• Temperature during cable movement

• Insulation requirements

• Jacket / sheath requirements

• Connector temperature limitations

High-temperature capability should not be inferred only from the word “PFA”; the complete cable construction and connector assembly need to be evaluated against the customer's actual operating conditions.

LVDS Signal Integrity Considerations

For LVDS applications, the entire differential signal path should be considered.

Important engineering parameters may include:

• Differential-pair configuration

• Characteristic impedance

• Conductor geometry

• Dielectric structure

• Shielding

• Cable length

• Connector termination

• Pin assignment

• Routing near other electronic components

Where the customer has an established LVDS specification, it should be included in the cable drawing or RFQ.

Shielding and EMI Control

Micro coaxial cable construction provides a shielded transmission structure.

Engineers should specify:

• Shield material

• Shield coverage

• Shield termination

• Grounding method

• Connector-side shield continuity

• Required EMI performance

Shielding should be designed together with impedance and connector termination to maintain consistent high-speed signal performance.

Cable Diameter and Mechanical Routing

For compact LVDS applications, cable OD is an important engineering parameter.

Customers should define:

• Target OD

• Maximum allowable OD

• OD tolerance

• Minimum bending radius

• Routing clearance

• Connector entry dimensions

• Strain relief

A smaller cable is not automatically a better cable; the required OD must be balanced with impedance, shielding, flexibility and mechanical reliability.

Flexibility Considerations

Although high-temperature cable construction emphasizes environmental resistance, flexibility may also be important depending on the installation environment.

Engineering teams should define:

• Required bending radius

• Repeated bending conditions

• Static or dynamic routing

• Cable movement frequency

• Installation direction

• Strain-relief requirements

The cable construction should maintain its electrical and shielding characteristics under the intended mechanical conditions.

Typical Application Considerations

This type of 45Ω 40AWG PFA micro coaxial LVDS cable may be considered for:

• High-speed electronic equipment

• Compact imaging systems

• Medical electronics

• High-density electronic interconnects

• Temperature-sensitive electronic modules

• Other LVDS-based systems

For medical projects, the final cable construction should be evaluated against the requirements of the specific medical device.

Connector and Termination Considerations

The connector is part of the overall signal path and can affect compatibility and high-speed performance.

Customers should provide:

• Connector manufacturer

• Connector series

• Part number

• Contact count

• Pitch

• Pin assignment

• Connector orientation

• Termination method

• Mating interface

• Strain relief requirements

For LVDS assemblies, the connector and cable should be reviewed together rather than independently.

Key Procurement Parameters

When sourcing a 45Ω 40AWG PFA micro coaxial LVDS cable, procurement teams should confirm:

OEM Customization

HOTTEN can customize the micro coaxial LVDS cable according to customer electrical and mechanical requirements.

Customization may include:

• AWG

• Conductor material

• Impedance

• Insulation / dielectric

• Shielding

• Cable diameter

• Cable length

• Jacket / sheath material

• High-temperature construction

• Connector

• Pin assignment

• Termination

• Prototype samples

• Mass-production configuration

For OEM projects, the final construction should be developed around the customer's LVDS interface, temperature conditions and mechanical architecture.

Supplier Evaluation Checklist

When evaluating a 45Ω high-temperature micro coaxial LVDS supplier, procurement teams should consider:

① Impedance-Control Capability
Can the supplier maintain the required 45Ω impedance and tolerance?

② Fine-Gauge Processing
Can the supplier consistently process 40AWG conductors?

③ High-Temperature Material Capability
Can the supplier provide and control PFA-based cable construction for the customer's operating conditions?

④ LVDS Signal Capability
Can the supplier coordinate conductor geometry, shielding, dielectric structure and termination for high-speed differential transmission?

⑤ Micro-Coaxial Manufacturing Capability
Can the supplier maintain consistent coaxial geometry and shielding?

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:

• LVDS interface specification

• Target 45Ω impedance and tolerance

• 40AWG conductor requirement

• Conductor material

• PFA requirement

• Temperature profile

• Target cable OD

• OD tolerance

• Shielding requirement

• Cable length

• Flexibility / bending requirements

• Connector part number

• Pinout

• Termination drawing

• Application environment

• Prototype quantity

• Expected production volume

• Required testing

For this product, the most important RFQ combination is:

45Ω + 40AWG + PFA + Temperature Requirement + Cable OD + Cable Length + Connector

HOTTEN Micro-Coaxial LVDS Engineering Support

HOTTEN provides customized micro coaxial LVDS cable solutions for compact electronic and medical applications. This configuration is defined by 45Ω impedance, 40AWG fine-gauge construction, PFA-based cable construction and high-temperature application requirements.

For OEM projects, customers can provide their LVDS specification, cable drawing, temperature profile and connector information for engineering evaluation and customized production.

Why Choose HOTTEN

Professional Micro Coaxial Cable Manufacturer

Precision Signal Transmission Capability

HOTTEN specializes in ultra-fine coaxial cable development for high-density electronic and medical applications.

Customized Engineering Support

Cable structures can be optimized according to electrical performance, mechanical requirements and application environments.

Reliable Quality Control

Testing equipment ensures stable impedance, insulation performance and product consistency.

FAQ

Q1: What is a Micro Coaxial LVDS Cable?

A Micro Coaxial LVDS Cable is a high-speed signal cable designed for compact electronic systems requiring controlled impedance and low signal interference.

Q2: What applications use 40AWG Micro Coaxial Cable?

40AWG Micro Coaxial Cable is commonly used in displays, cameras, drones, medical devices and other high-density electronic equipment.

Q3: Why choose PFA insulation for this cable?

PFA provides excellent temperature resistance, chemical stability and reliable electrical insulation for demanding environments.

Q4: Can HOTTEN customize impedance and cable structure?

Yes. HOTTEN supports customized impedance values, conductor materials, shielding structures, dimensions and connector solutions.