Specification Table:
| PRODUCT NAME | 1/4 Inch Female Headphone Dual Jack |
| MODEL | CK6.35-665NTX2 |
| RATED LOAD | 30V DC 1.0A |
| CONTACT RESISTANCE | ≤ 0.030 |
| WITHSTAND VOLTAGE | 500V, AC/min |
| TEMPERATURE | -30℃~ +70℃ |
| LIFE | 5000 time |
| TERMINAL STRENGTH | 5N ~ 30N |
| Color | Black |
| Application | Audio-Video Equipment,Headphone etc |
Single Jack vs Dual Jack vs Splitter Cable difference:
| Type | Structure | Function | Application |
|---|---|---|---|
| Single Jack | One port | Basic input/output | Standard audio |
| Dual Jack | Two ports integrated | Dual output | Mixer / amplifier |
| Splitter Cable | External cable | Signal split | Temporary connection |
Key Features:
- Dual jack design for audio splitting
- Standard 6.35mm interface
- PCB mount, compact layout
- Stable signal transmission
- Durable and reliable
Applications:
- Audio mixers
- Amplifiers
- Headphone distribution systems
- Recording equipment
- Audio signal routing devices
Widely used in audio systems requiring dual output or signal splitting functionality.
Why Choose Our Audio Connector:
- Professional connector manufacturer
- OEM / ODM customization
- Strict quality control
- Fast delivery
- Competitive factory pricing
- 6.35mm dual headphone jack PCB mount supplier
- 1/4 inch dual audio jack connector manufacturer
- dual output audio jack for amplifier
- headphone splitter jack socket PCB
- buy 6.35mm dual jack in bulk
FAQ
Q1: What is a dual headphone jack?
A dual headphone jack allows two headphones or audio outputs to be connected from a single audio source.
Q2: What is the difference between dual jack and splitter cable?
A dual jack is built into the device (PCB/panel), while a splitter cable is an external accessory.
Q3: Can this jack be used in audio mixers?
Yes, it is commonly used in mixers and amplifiers for dual headphone outputs.
Q4: Is 6.35mm the same as 1/4 inch?
Yes, 6.35mm equals 1/4 inch and is standard in professional audio systems.
Q5: Does using a dual jack affect audio quality?
High-quality connectors like this maintain stable signal transmission with minimal loss.
