3.5mm Extension Stereo Audio Isolation Transformer
3.5mm stereo audio isolation transformer designed to eliminate speaker hum caused by ground loops
The C2G CG40000 is a 3.5mm extension stereo audio isolation transformer specifically designed to resolve the common issue of speaker hum. In professional installations, ground loops often occur when multiple audio or video components are powered from different outlets, such as different circuit breakers or separate secondary power transformers. These voltage potential differences, ranging from microvolts to millivolts, manifest as audible hum in the speakers. This 1.75 ft (21 inch) cable features a 3.5mm stereo male connector and a 3.5mm stereo female connector, allowing it to act as an inline solution to break the ground loop. This TAA compliant component is built for reliable stereo audio signal transmission in various integrated environments.
No documents are published for this part. Ask us for the paperwork and we will get it from the manufacturer.Key features
Specifications
| Shipping Weight | 0.1 lbs (0.1 kg) |
| Cable Type | Audio |
| Color | Black |
| Connector 1 | (1) 3.5mm Stereo Male |
| Connector 2 | (1) 3.5mm Stereo Female |
| TAA Compliant | Yes |
| UPC | 757120400004 |
| Certifications | NDAA 889Prop 65REACHRoHSTAATSCA |
| Warranty | Lifetime |
| Cable Length | 1.75 ft |
Questions about this part
What problem does the C2G CG40000 solve in an audio setup?
It eliminates speaker hum caused by ground loops, which occur when equipment is connected to different power outlets or circuit breakers.
Is the C2G CG40000 TAA compliant for government contracts?
Yes, this model is TAA compliant and meets NDAA 889 standards.
How long is this audio isolation transformer?
The CG40000 has a cable length of 1.75 ft (21 inches).
What type of audio connection does this use?
This device uses a 3.5mm stereo male connector for the input and a 3.5mm stereo female connector for the output.
Does this device support stereo signals?
Yes, it is designed specifically to support stereo audio signals to prevent hum without degrading sound quality.