About TYPE-A 4 PIN RIGHT ANGLE 10MM FEMALE USB SOCKET
| Connector Type |
Female
|
| USB Type |
UCB
|
| Current Rating |
0.5A
|
| Connector Orientation |
AS PER DEMAND
|
| Mounting Type |
STANDARD
|
| Piece per box |
1000
|
| Minimum Order Quantity |
100 Piece
|
- Consumer Electronics: Power switches in radios, flashlights, and toys.
- Industrial Equipment: Control switches for machinery and equipment.
- Automotive: Control switches for lights, wipers, and other systems.
- Telecommunication Devices: Signal routing and selection.
- Computers and Peripherals: Mode selection, reset switches, and power control.
Reliable USB 2.0 ConnectivityThis female USB Type-A right angle socket is engineered for stable data transfer, supporting USB 2.0 standards. Its gold-plated copper alloy contacts ensure a low contact resistance, maximizing signal integrity and minimizing power loss. The durable plastic housing and metal shell make it a reliable choice for a wide range of electronic applications.
Versatile Right-Angle MountingThe right-angle, through-hole mounting style facilitates efficient PCB integration, especially in compact designs. Its orientation helps reduce space usage, making it a go-to solution for embedded systems, charging stations, and various devices requiring a secure, space-saving USB port.
Enhanced Durability and SafetyDesigned to withstand at least 1,500 mating cycles, this connector delivers longevity even in frequent-use scenarios. The UL94V-0 flame-resistant thermoplastic and dust-resistant body ensure safety and reliable performance in challenging environments, while supporting a wide operating temperature range from -40C to +85C.
FAQs of TYPE-A 4 PIN RIGHT ANGLE 10MM FEMALE USB SOCKET:
Q: How is the TYPE-A 4 PIN RIGHT ANGLE FEMALE USB SOCKET mounted onto a PCB?
A: This socket utilizes a right-angle, through-hole solder mount, which means it is inserted into pre-drilled holes in the PCB and secured through soldering. This ensures strong mechanical stability for both data and power transfer.
Q: What are the key benefits of using a gold-plated copper alloy for the contacts?
A: Gold-plated copper alloy contacts offer excellent conductivity, minimize contact resistance (maximum 30m), and provide corrosion resistance. This enhances signal integrity and extends the lifespan of the connector.
Q: When should I select an unshielded USB socket like this model?
A: Choose this unshielded socket when electromagnetic interference is minimal or controlled in your device environment, or where board space and cost constraints are a priority over shielding needs.
Q: Where is this USB socket commonly used?
A: It is widely used in PCB-mounted applications such as embedded USB interfaces, charging ports on electronic devices, industrial equipment, and data communication terminals.
Q: What process should be followed to ensure a secure connection with this socket?
A: Ensure proper through-hole soldering during assembly and confirm that the socket aligns with the PCB layout. Use the specified wire gauges and maintain correct mating force for reliable contact and durability.
Q: How does the socket provide protection against dust and flames?
A: The connector is built with a dust-resistant design and uses UL94V-0 rated thermoplastic insulation. This combination helps protect internal components from environmental contaminants and reduces fire risks in electronic assemblies.
Q: What are the maximum electrical and environmental limits for this USB socket?
A: The socket supports currents up to 1.5A, voltages up to 30V DC, operates reliably between -40C and +85C, and offers insulation resistance of at least 1000M at 500V DC, ensuring safety and performance in diverse conditions.