Unbalanced Input Transformer (Stereo phono jack input; 10 k output balanced)
The RDL TX-J2 Unbalanced Input Transformer is designed for professional audio applications requiring signal conversion and balancing. This unit facilitates the integration of two unbalanced audio signals into a single mono balanced output, making it suitable for systems where stereo unbalanced sources need to be combined and transmitted over balanced lines. It addresses common issues such as hum on unbalanced inputs through its cancellation features. The transformer provides unbalanced to balanced conversion without introducing gain, maintaining signal integrity. With a frequency response of 30 Hz to 20 kHz (�1 dB), it ensures reliable audio transmission for various business and IT environments, particularly where legacy or consumer-grade audio equipment needs to interface with professional balanced audio infrastructure. This component is ideal for IT professionals and system integrators managing audio setups in conference rooms, educational facilities, or broadcast auxiliary systems.
Features: Mix two unbalanced audio signals to mono balanced; Combine stereo into mono with balanced output; Unbalanced to balanced conversion without gain; Hum cancellation on unbalanced line inputs; Frequency response 30 Hz to 20 kHz (+/- 1 dB);
The RDL TX-J2 accepts two unbalanced audio signals via a stereo phono jack input. It is designed to convert these signals for balanced output.
This transformer's primary function is to combine two unbalanced audio signals into a mono balanced output. It also performs unbalanced to balanced conversion without gain and offers hum cancellation for unbalanced line inputs.
The TX-J2 provides a frequency response of 30 Hz to 20 kHz, with a tolerance of +/- 1 dB. This ensures accurate audio signal reproduction across a standard range.
No, the RDL TX-J2 is designed for unbalanced to balanced conversion without gain. It maintains the original signal level during the conversion process.
TX-J2 - Rdl Unbalanced Input Transformer