Mono Audio AUX 3.5mm Male Jack Wire Solder Connector
Mono Audio AUX 3.5mm Male Jack Wire Solder Connector is a compact and durable audio connector designed for custom cable assembly, audio equipment repair, and electronic projects. Featuring a standard 3.5mm mono male plug with solder terminals, it enables secure wire connections and dependable signal transmission. Its robust construction ensures long-lasting performance, making it suitable for audio devices, communication equipment, DIY electronics, testing applications, and general-purpose signal wiring.
Features
- Standard 3.5mm mono male audio connector.
- Provides reliable mono audio signal transmission.
- Solder terminals ensure secure wire attachment.
- Durable construction for extended service life.
- Compact and lightweight design.
- Easy to install and solder.
- Suitable for custom cable fabrication.
- Compatible with various audio devices.
- Ideal for repair and maintenance applications.
- Supports dependable electrical connectivity.
Specifications
| Parameter | Details |
| Product Name | Mono Audio AUX 3.5mm Male Jack Wire Solder Connector |
| Connector Type | Male Audio Jack |
| Plug Size | 3.5mm |
| Audio Type | Mono |
| Pole Configuration | 2 Pole |
| Connection Method | Wire Solder |
| Mounting Style | Cable Mount |
| Signal Type | Analog Audio |
| Contact Material | Metal Alloy |
| Housing Material | Metal and Plastic |
| Application | Audio and Signal Connections |
Dimensions
Pin Configuration
| Pin Number | Pin Name | Function/Description |
| 1 | Tip (T) | Mono audio signal connection. |
| 2 | Sleeve (S) | Ground or return connection. |
Applications
- Audio cable repair projects.
- DIY audio cable fabrication.
- Mono audio equipment connections.
- Communication devices.
- Electronic prototyping projects.
- Headphone and speaker cable repairs.
- Signal transmission circuits.
- Test equipment connections.
- Educational electronics projects.
- General-purpose audio wiring.
Package Contents
- 1 x Mono Audio AUX 3.5mm Male Jack Wire Solder Connector






