Applications
· Office equipment
· Home appliances
· Robotics
· Instrumentation and test equipment
· Audio
· Security equipment
· Power systems
· Communication networks
Specifications
· Current Rating: 3A Max
· Insulation Resistance: 1000MΩ Min
· Dielectric Withstanding: 600V AC
· Contact Resistance: 20mΩ Max
· Operating Temperature: -40°C - +105°C
· Solderability: Reflow capable up to 260°C
Materials
· Plating: Gold flash(0.8”) Standard
Higher gold available
Tin
· Contact Material: Cooper Alloy
· Housing Material: High-temperature Thermoplastic
· Environmental: UL94 V0
Others
· 2D drawing
· Contact CNT to get 3D file
· RoHS & REACH compliant
· UL compliant
Features
● Supports the use of different power distribution components
● Increases the overall reliability of the power distribution system
● Simplify the process of connecting two or more components.
● Eliminate the need for soldering and other complex connection methods.
Advantages
● Good before-sales and after-sales service
● Mechanized production, stable quality
● Complete product range, full pitch series
● Fast delivery time of average 4 weeks
Kunshan Connector Electronics Ltd.(CNT) has been devoted to the production and sale of electronic connectors for 16 years, adhering to the belief of quality first and customer first. CNT is a reliable manufacturer in male female cable connector with high quality and best price. We focus on providing high value products to our customers including male header, female header, box header, wafer, FPC, RJ and wiring harness. Any demand in male female cable connector, welcome you to contact us. Just call or send email to us to get professional support, believe that CNT will be your best business partner!
Packaging and Shipping
Inspection Equipment
Our Certificate
Q＆A
Can you provide a list of recent news or press releases??
You could get it from our website directly.
What are the key design considerations for board-to-board connectors?
When designing board-to-board connectors, there are several key considerations to keep in mind. Here are some of the most important ones:
Pitch: The pitch of the connector should match the spacing of the pads on the boards. This is important for ensuring that the connection is stable and secure.
Number of contacts: The number of contacts in the connector should match the number of connections required by the application.
Current rating: The connector should be able to handle the current required by the application without overheating or degrading.
Voltage rating: The connector should be able to handle the voltage level of the application without breaking down.
Signal integrity: For high-speed or high-frequency applications, connectors with impedance matching and low insertion loss should be used to ensure signal integrity.
Mechanical design: The connector's mechanical design should allow for easy insertion and extraction while maintaining a secure connection. The connector should also be designed to withstand mechanical stresses such as vibration and shock.
Environmental factors: The connector should be designed to withstand the environmental conditions of the application, such as temperature, humidity, and exposure to chemicals.
Durability: The connector should be designed to have a long service life and withstand repeated mating and unmating cycles.
Cost: The connector should be designed to be cost-effective and fit within the budget of the application.
By taking these design considerations into account, a board-to-board connector can be designed to meet the requirements of the application and provide reliable performance.
What is the life cycle of board-to-board connectors?
The life cycle of board-to-board connectors depends on several factors, including the quality of the connector, the application environment, the type and amount of usage, and the care taken during installation and maintenance. Here are some factors that can affect the life cycle of board-to-board connectors:
1,Quality of the connector: High-quality connectors can provide a longer life cycle than lower quality connectors.
2,Application environment: Harsh environmental conditions such as temperature extremes, humidity, exposure to chemicals, and vibration can shorten the life cycle of connectors.
3,Usage: Connectors that are used more frequently, or with high power or high-frequency signals, may have a shorter life cycle.
4,Installation and maintenance: Proper installation and maintenance, including avoiding overloading the connector, avoiding excessive strain on the cables, and regular cleaning, can help extend the life cycle of connectors.
In general, board-to-board connectors are designed to provide reliable performance over a specified life cycle, which is typically measured in mating cycles. The life cycle of a connector can range from a few hundred to several thousand mating cycles, depending on the design and quality of the connector.
It's important to note that the life cycle of board-to-board connectors is not a fixed number and can vary depending on the factors mentioned above. To ensure reliable performance over the life of the product, it's important to choose the right connector for the application and follow best practices for installation and maintenance.
