Brief: Need quick answers about practical use? This video highlights the essentials. Watch as we demonstrate the ZXY6731 Audio Isolation Transformer, showing how it ensures clean signal transmission by eliminating ground loop noise and suppressing common-mode interference in professional audio and communication systems.
Related Product Features:
Optimized frequency response from 150Hz to 600Hz for linear, low-distortion transmission of voice and mid-low frequency audio.
Provides reliable electrical isolation between circuits to break ground loops and eliminate AC hum and noise.
Rated for 40Vrms, enabling handling of higher signal levels with good overload tolerance for stable operation.
Effectively suppresses common-mode noise through magnetic coupling, improving signal-to-noise ratio in complex EMI environments.
Features a robust industrial design with durable materials for long-term reliability in professional and industrial applications.
Maintains high signal fidelity by minimizing insertion loss and phase shift within its specified operating frequency band.
Faqs:
What is the primary function of the ZXY6731 audio isolation transformer?
The ZXY6731 is designed for clean signal transmission, providing electrical isolation between circuits to suppress common-mode noise and ground loop interference, ensuring high fidelity audio signal transfer.
What frequency range is the ZXY6731 optimized for?
It is specially optimized for the audio frequency range of 150Hz to 600Hz, making it ideal for speech and specific mid to low frequency audio applications with minimal distortion.
Why is the 40Vrms rating important for this transformer?
The 40Vrms rating allows the transformer to handle stronger signal levels and provides good overload capability, ensuring stable and reliable performance in demanding operating conditions.
In what applications is the ZXY6731 commonly used?
It is suitable for professional audio equipment, communication systems, and various electronic applications that require reliable signal isolation and noise suppression.