Female Header
1.27mm Female Header
2.0mm Female Header
2.54mm Female Header
3.96mm Female Header
5.08mm Female Header
Female Header
The Female Header is a versatile and essential electronic connection component, designed to establish secure and reliable electrical connections with male headers or pins. Crafted with precision using high-quality materials, it features a robust socket structure that ensures stable contact and excellent conductivity. The female header's design allows for easy insertion and removal, facilitating quick assembly and maintenance. With a wide range of pin counts, pitches, and configurations available, it can be tailored to meet the diverse needs of various electronic applications, from consumer electronics to industrial control systems.
Product Philosophy
Please listen to us
Our product philosophy for female headers is centered around "Precision, Reliability, and Innovation". "Precision" reflects our commitment to manufacturing components with exacting tolerances for optimal performance. "Reliability" emphasizes our dedication to ensuring stable and long-lasting connections in every application. "Innovation" drives us to continuously explore new materials, designs, and manufacturing processes to meet the evolving needs of the electronics industry. By adhering to these principles, we strive to be the preferred partner for all your female header requirements.
Original concept
Product Features
Nano coating antioxidant technology
The nano - coating anti - oxidation technology is applied to the contact surface. A dense protective layer with a thickness of only 0.1μm is formed, effectively resisting sulfidation, oxidation and other problems. This enables the female header to extend its service life by more than 3 times in harsh environments such as high humidity and strong acid - alkali.
Adaptive elastic contact structure
The innovative self - adaptive elastic contact piece structure is designed inside. When connected to the male header, it can automatically adjust the contact tightness according to the insertion force. This not only ensures a stable connection but also avoids pin deformation caused by excessive squeezing, greatly improving connection reliability.
Adaptive elastic contact structure
With a modular design concept, the female header can quickly replace different functional modules according to actual needs. For example, it can be switched from a common signal transmission module to a high - current transmission module without replacing the entire component, reducing equipment upgrade costs and time.
Adaptive elastic contact structure
Some models are integrated with micro - sensing chips, which can real - time monitor parameters such as the temperature and contact resistance of the female header. Once an abnormality occurs, an alarm will be immediately sent through the built - in wireless module, facilitating early fault prevention.
Application Scenarios
Virtual reality educational equipment
In virtual reality educational devices, Female Headers connect display units, motion sensors, and audio systems, enabling immersive learning experiences with smooth data transmission.
Intelligent wearable health monitoring
Used in smart wearable health monitors, they transmit real-time physiological data from sensors to the main control module, supporting functions like heart rate monitoring and sleep tracking.
Collaborative operation of drone cluster
In drone swarms for collaborative operations, Female Headers enable high-speed data exchange between drones, coordinating tasks like aerial mapping and environmental monitoring.
FAQ
Are Female Headers resistant to moisture and dust?
Some Female Headers come with protective covers or sealing designs for enhanced moisture and dust resistance. For harsh environments, choose models with IP67 or higher protection ratings.
What should I do if the Female Header fails to connect properly?
First, check if the pins are bent or damaged. Clean the contact surfaces with isopropyl alcohol. If the problem persists, verify that the pitch and pin count match and consider replacing the Female Header.
How to remove a Female Header from a PCB without damaging it?
Use a desoldering pump or desoldering wick to remove the solder from each pin. Apply even heat to all pins and gently lift the Female Header with a small flat-head screwdriver.
Are there any Female Headers with anti-static features?
Yes, we offer anti-static Female Headers. They are made of static-diss.
