Delock Adapter Klinke Buchse 3.5mm – Unkonfektionierter Audio-Adapter mit Terminalblock-Anschluss
The Delock Adapter Klinke Buchse 3.5mm is an unconfectioned audio adapter that connects a standard 3.5 mm jack plug to a terminal block with 3 pins. It enables a direct, solder-free connection for stereo audio signals in custom cable assemblies and prototyping setups.
3.5 mm jack plug on one side provides a standard audio input/output interface for common audio devices
Unconfectioned terminal block on the other side allows individual wire termination for custom cable builds
Stereo audio channels ensure full left/right signal transmission without crosstalk
Compact adapter design with only 0.01 kg weight fits seamlessly into any audio signal chain
Das zeichnet den Delock Adapter Klinke Buchse 3.5mm aus
Unlike pre-terminated cables, this adapter leaves the terminal block open for custom wiring, giving full control over wire gauge, length, and termination style. The 3-pin terminal block accommodates multiple conductor configurations while maintaining a secure, stable connection.
Ideal für...
Audio engineers and hobbyists building custom patch cables, studio wiring runs, or prototype audio circuits. Also suited for educational electronics labs where students need to assemble and test audio signal paths with individual wire connections.
Anwendung von Delock Adapter Klinke Buchse 3.5mm
Strip the individual wires to the appropriate length and insert them into the terminal block slots
Secure each wire with the terminal block screw terminals for a reliable contact
Connect the 3.5 mm jack plug to the corresponding audio output or input device
Verify the stereo signal path with a multimeter or audio source before final installation
Delock is a German manufacturer specializing in connectivity and adapter solutions for audio, video, and data applications. The brand focuses on modular, unconfectioned components that give users flexibility in custom cable and signal-path builds. Delock products are widely used in professional AV setups, studio environments, and electronics prototyping.
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