Simplify your audio hardware assembly with our 2-Pin Push-Type PCB Terminal. This specialized connector is designed for direct integration into printed circuit boards, making it an essential component for custom amplifiers, active speaker modules, and professional audio interfaces. Featuring a user-friendly spring-loaded mechanism, this terminal allows for rapid, tool-free connection and disconnection of speaker wires while maintaining high signal integrity.
Precision PCB Mounting: Engineered with vertical solder pins and secondary mechanical support legs to ensure a secure, permanent attachment to your circuit board.
Tool-Free Spring Mechanism: Features intuitive Red and Black push-levers that provide a constant, vibration-resistant grip on bare speaker wire.
Low-Profile Design: The compact footprint minimizes board space usage, allowing for higher density layouts in portable or small-form-factor audio equipment.
High-Conductivity Contacts: Internal metal contacts are designed for low electrical resistance, ensuring your audio signal remains clean and distortion-free.
Durable Heat-Resistant Housing: Constructed from high-quality black plastic that can withstand the temperatures of professional wave soldering processes.
Rapid Assembly: Ideal for production environments where fast and reliable manual wiring of peripherals is required.
Secure Vibration-Proof Connection: Unlike screw-type terminals, the internal spring provides constant pressure that prevents wires from loosening over time due to speaker vibrations.
Industry Standard Polarity: Clearly marked with color-coded levers to ensure correct phase alignment for your audio channels.
Connector Type: 2-Way Push-Type Terminal.
Colors: Red (Positive) / Black (Negative).
What wire gauge is supported?
This terminal is optimized for standard speaker wire between 18 AWG and 24 AWG, providing a firm hold for typical home audio and DIY projects.
Is it difficult to solder into a board?
No, the pins are standard width and well-spaced, making them easy to solder manually with a fine-tip iron or via automated soldering equipment.
How much physical force can the levers handle?
The high-impact plastic levers are designed for thousands of compression cycles, ensuring long-term reliability even with frequent cable changes.
