Other Electronic Connectors

Electronic connector for consumer electronics, telecommunications, automotive systems, industrial machinery, aerospace, medical devices…

Electronic connectors play a fundamental role in modern electronics, enabling the construction of complex systems, devices, and networks. They are used in a wide range of applications, including consumer electronics, telecommunications, automotive systems, industrial machinery, aerospace, medical devices, and more. The choice of the right connector is crucial to ensuring proper functionality, signal integrity, and reliability in electronic systems.

LXW Connectors ia able to design and develop electronic connectors based on your requirements. Show us your demands in electronic connector now, we will feedback you a good solution.

Looking for a reliable electronic connector supplier in China?

LXW Connector is a professional electronic connector supplier in China, supplies kinds of electronic connectors that enable the functioning of numerous electronic devices and systems, widely used in industries of consumer electronics automotive, machinery, medical devices, aerospace and aviation, telecommunications, military and defense, data centers, renewable energy, home appliances, entertainment and audio systems, networking and IT. If you have any demands of electronic connectors, you are welcome to contact us for quotation now.

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Why choose LXW be your electronic connector supplier?

If you are looking for bulk and stable connector manufacturer or supplier in China, please don’t hesitate to contact LXW Electronics (Shen Zhen) Co., Ltd; we will statisfying you with our prefessional solution and competitive price.

Competitive Price

LXW operates as a premier PCB connector manufacturer based in China. Orginal factory allows us to offer competitive pricing to our valued customers.

Fast Delivery

Time is money. We promise fast delivery time within 20 days. So that our customers can achieve their designs in a quick time.

Customized Service

To align with our customers’ PCB requirements, we offer tailored services for pin-to-pin spacing and connector design customization.

On-Time After Service

Once you place an order for our PCB connectors, our dedicated service and support will be available continuously.

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The FAQ guide about electrical connector

1.What is electronic connector?

Electronic connector is the basical component to connect the electrical and electronic systems, build a realibale and safe electrical connection, plays an important role in various applications, facilitating the transmission of electrical signals, power, or data between different components, devices, or circuits within an electronic system.

2. What is the advantages of PCB electronic connector?

Electronic connectors play a crucial role in modern electronics, offering a combination of reliability, versatility, ease of use, and cost-effectiveness. Their advantages make them essential components for creating efficient and functional electronic systems across various industries.

The advantages of electrical econnector are:

Reliable Electrical Connections: Electronic connectors provide secure and reliable electrical connections, ensuring that signals, power, and data are transmitted accurately between components or devices.
Ease of Installation: Connectors are designed for easy installation and removal, making it convenient to assemble and disassemble electronic systems without the need for soldering or complex wiring.
Interoperability: Standardized connector types and specifications ensure interoperability and compatibility between different manufacturers’ components and devices, reducing integration challenges.
Versatility: Connectors come in various types and configurations, allowing them to serve a wide range of applications, from consumer electronics to industrial machinery.
Signal Integrity: High-quality connectors minimize signal loss, electromagnetic interference (EMI), and crosstalk, preserving the integrity of electrical signals even in demanding environments.
Customization: Some connectors can be customized to meet specific design requirements, enabling tailored solutions for unique applications.
Cost-Effectiveness: Connectors offer cost-effective solutions for connecting and expanding device capabilities, reducing the need for custom wiring or specialized connections.
Maintenance and Serviceability: Connectors facilitate easy maintenance and replacement of components, reducing downtime and repair costs.
Environmental Adaptability: Connectors can be designed to meet specific environmental standards, making them suitable for use in harsh conditions, such as extreme temperatures, moisture, or chemicals.
Compact Design: Many connectors have a compact and space-efficient design, ideal for applications with limited space or where a neat and organized layout is essential.
Plug-and-Play Compatibility: Connectors support plug-and-play functionality, simplifying device setup and eliminating the need for manual configuration.
Scalability: Connectors can be used to create scalable electronic systems by easily adding or removing components or devices as needed.
Industry Standards: Many connectors adhere to industry standards, ensuring consistency, quality, and compatibility across different applications and industries.
Safety: Connectors can include safety features such as locking mechanisms or keying to prevent accidental disconnections or connections to incompatible devices.
Time Efficiency: Connectors reduce the time required for device assembly, maintenance, and repairs, increasing overall efficiency.
Easier Upgrades: Connectors simplify the process of upgrading components or devices within an electronic system, promoting adaptability to evolving technologies.

3. Do I need to be sealed or protected against dust and debris ?

It is better to seal the electronical in box against dust and debris if you don’t use the electronical connector.

4. What are the electrical and mechanical specifications required for a proper connection?

For a proper electrical connection using connectors, both electrical and mechanical specifications must be carefully considered to ensure reliable and effective performance.

Here are the key electrical and mechanical specifications required for a proper connection:

Electrical Specifications:

Voltage Rating: The voltage rating specifies the maximum voltage that the connector can safely handle without breakdown or electrical arcing. It’s crucial to choose a connector with a voltage rating that exceeds the voltage in the application.

Current Rating: The current rating indicates the maximum current-carrying capacity of the connector without overheating or excessive voltage drop. It’s important to select a connector that can handle the expected current load.

Contact Resistance: Lower contact resistance is desirable as it minimizes energy loss and ensures efficient electrical transmission. High-quality connectors have low contact resistance.

Insulation Resistance: Connectors should have high insulation resistance to prevent electrical leakage between contacts. It’s measured in ohms and is essential for maintaining signal integrity.

Dielectric Strength: Dielectric strength is the maximum electric field the connector can withstand without electrical breakdown. It’s important for connectors that may be exposed to high voltages.

Signal Integrity: For connectors used in high-frequency or data transmission applications, specifications related to signal integrity become critical. These include parameters like insertion loss, return loss, and crosstalk.

Mechanical Specifications:

Mating Cycle Life: The mating cycle life indicates the number of times the connector can be mated and unmated before experiencing mechanical wear or failure. It’s essential to choose a connector with a cycle life suitable for the application’s expected usage.

Durability: Connectors should be designed to withstand mechanical stress, vibrations, and shock, especially in applications where the connector may experience physical impacts.

Insertion and Withdrawal Force: Connectors should have specified insertion and withdrawal forces, ensuring that they can be mated and unmated with an acceptable level of force, yet remain secure during operation.

Temperature Range: Connectors should be rated for the expected operating temperature range of the application. Extreme temperatures can affect connector performance.

Environmental Protection: Depending on the application, connectors may need protection against environmental factors like moisture, dust, chemicals, or UV radiation. Specific IP (Ingress Protection) ratings may be necessary.

Locking Mechanisms: Connectors may feature locking mechanisms, such as latches, clips, or screws, to ensure a secure and reliable connection, especially in applications prone to vibration or movement.

Polarization and Keying: Some connectors are designed with polarization or keying features to ensure that they can only be mated in the correct orientation, preventing accidental misconnections.

Connector Size and Form Factor: The physical size and form factor of the connector should match the available space and layout requirements of the application.

Material Compatibility: Connectors should be constructed from materials compatible with the surrounding environment and any substances they may come into contact with.

Shielding and Grounding: Connectors used in applications with electromagnetic interference (EMI) concerns may require shielding and grounding features to prevent signal degradation.

Mounting Options: Consider how the connector will be mounted, whether it’s surface mount (SMT), through-hole (TH), or panel mount, and ensure it’s compatible with the intended mounting method.

By carefully evaluating and selecting connectors that meet these electrical and mechanical specifications, you can ensure a proper and reliable connection within your electronic system while minimizing the risk of electrical issues, performance degradation, or premature connector failure.

5. What are the electrical and mechanical specifications required for a proper connection?

For a proper electrical connection using connectors, both electrical and mechanical specifications must be carefully considered to ensure reliable and effective performance.

Here are the key electrical and mechanical specifications required for a proper connection:

Electrical Specifications:

Voltage Rating: The voltage rating specifies the maximum voltage that the connector can safely handle without breakdown or electrical arcing. It’s crucial to choose a connector with a voltage rating that exceeds the voltage in the application.

Current Rating: The current rating indicates the maximum current-carrying capacity of the connector without overheating or excessive voltage drop. It’s important to select a connector that can handle the expected current load.

Contact Resistance: Lower contact resistance is desirable as it minimizes energy loss and ensures efficient electrical transmission. High-quality connectors have low contact resistance.

Insulation Resistance: Connectors should have high insulation resistance to prevent electrical leakage between contacts. It’s measured in ohms and is essential for maintaining signal integrity.

Dielectric Strength: Dielectric strength is the maximum electric field the connector can withstand without electrical breakdown. It’s important for connectors that may be exposed to high voltages.

Signal Integrity: For connectors used in high-frequency or data transmission applications, specifications related to signal integrity become critical. These include parameters like insertion loss, return loss, and crosstalk.

Mechanical Specifications:

Mating Cycle Life: The mating cycle life indicates the number of times the connector can be mated and unmated before experiencing mechanical wear or failure. It’s essential to choose a connector with a cycle life suitable for the application’s expected usage.

Durability: Connectors should be designed to withstand mechanical stress, vibrations, and shock, especially in applications where the connector may experience physical impacts.

Insertion and Withdrawal Force: Connectors should have specified insertion and withdrawal forces, ensuring that they can be mated and unmated with an acceptable level of force, yet remain secure during operation.

Temperature Range: Connectors should be rated for the expected operating temperature range of the application. Extreme temperatures can affect connector performance.

Environmental Protection: Depending on the application, connectors may need protection against environmental factors like moisture, dust, chemicals, or UV radiation. Specific IP (Ingress Protection) ratings may be necessary.

Locking Mechanisms: Connectors may feature locking mechanisms, such as latches, clips, or screws, to ensure a secure and reliable connection, especially in applications prone to vibration or movement.

Polarization and Keying: Some connectors are designed with polarization or keying features to ensure that they can only be mated in the correct orientation, preventing accidental misconnections.

Connector Size and Form Factor: The physical size and form factor of the connector should match the available space and layout requirements of the application.

Material Compatibility: Connectors should be constructed from materials compatible with the surrounding environment and any substances they may come into contact with.

Shielding and Grounding: Connectors used in applications with electromagnetic interference (EMI) concerns may require shielding and grounding features to prevent signal degradation.

Mounting Options: Consider how the connector will be mounted, whether it’s surface mount (SMT), through-hole (TH), or panel mount, and ensure it’s compatible with the intended mounting method.

6. Is there specific technical documentation or datasheets you require for proper integration?

Yes, it is.

If you are in demands of specifical techinical documentation, please let us know in advance.

7. Can the electronic connectors be customized to meet your specific design needs in terms of pin count, orientation, or other parameters?

Yes, that is what LXW Connector is good at.

As a PCB connector factory in China, we are able to design, develop, and produce the board-to-board connector in one house. If you have demands of customized electronic connector, we are able to achieve it for you.

8. Do you offer special configuration choices like right-angle or mezzanine connectors?

Yes, we do.

The right-angle or mezzanine connectors are one of the types of PCB-PCB connectors.

9. Will the connectors be exposed to challenging environmental conditions like temperature extremes, humidity, or vibration?

If you need board-to-board connectors with good environmental resistance features, please let us know in advance. We have the special connectors to meet your requirements.

10. Is LXW connector manufacturer reputable and reliable, with a history of delivering quality products?

Yes, we are.

The product listing on the website is our history of quality products. You can check on the website or contact us for more details.

11. Should I be designed for surface mount (SMT), through-hole (TH), or wire-to-board connections?

We have professional technocial to give you the best solution.

Show us your demands and requirement, we will feedback what you want.

12. What is the lead time for ordering and receiving the connectors in the quantities you need?

Generally, our delivery time is 3-21 working days.

For the specifical time, you can check the time with our sales.

13. Do the connectors comply with relevant industry standards and certifications, such as RoHS (Restriction of Hazardous Substances) or REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals)?

14. What is your MOQ of electronic connector?

Min.Order Quantity: 1000pcs.

15. What is your payment terms?

T/T, Paypal, Cash, Credit card…

Electronic connector for consumer electronics, telecommunications, automotive systems, industrial machinery, aerospace, medical devices…

Looking for a reliable electronic connector supplier in China?

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