Bakoon Products UBC-1001 RCA-XLR Signal Conversion Adapter

Capable of transmitting extremely information-rich, high-precision music signals: UBC-1001 Signal Conversion Adapter

The Bakoon Products UBC-1001 is a high-performance adapter designed to convert unbalanced signals into balanced signals. The signal input is equipped with RCA pin jacks, and the output is delivered as a balanced signal through an XLR male connector.

Application of SATRI Circuit and Non-Feedback CircuitHigh-FidelityTransmission

This device adopts a circuit design that applies the SATRI circuit, and despite being a non-feedback circuit that does not use negative feedback, it ensures a wide bandwidth and high accuracy.

• Minimization of distortion and delay: It minimizes transient distortion, TIM distortion, and time delays caused by negative feedback.
• High-precision transmission: As a result, it enables the transmission of music signals with extremely rich information and high precision.

In addition, this device supports a wide bandwidth of 500 kHz, allowing it to play high-resolution audio sources with ease.

Convenient USB Power Support and System Integration

The UBC-1001 operates on 5V DC, allowing power supply from various devices such as a USB AC adapter, a PC USB connector, or a mobile battery. The design is simple: the device is powered on by plugging the DC plug into the connector (no power switch).

It can be widely used for system signal unification, such as when you want to connect source devices like CD players or preamps that output unbalanced signals (RCA) to a power amplifier with balanced inputs (XLR).

The UBC-1001 is an adapter that converts unbalanced signals (RCA) to balanced signals (XLR), allowing the construction of a system with high noise resistance. A major feature not found in typical converters is its use of Bakoon's core **SATRI circuit (no-feedback circuit)**.

"Achieves transmission of highly detailed, high-precision musical signals."

In reviews, the UBC-1001's no-feedback circuit design is highly praised. Since it does not use negative feedback, the occurrence of transient intermodulation distortion (TIM distortion) and time delays—commonly caused by negative feedback—is minimized. This design enables what has been difficult with conventional converters: **"Transmission of highly detailed, high-precision musical signals"**, resulting in evaluations that indicate there is no perceptible degradation in sound quality after conversion.

"Wide bandwidth and high precision. Handles high-resolution audio sources with ease."

The bandwidth is secured up to 500 kHz,Plays the vast bandwidth of high-resolution audio with easeIts capabilities have been evaluated technically. With low noise and clear sound quality, it plays a role in enhancing the system's potential when connecting the output of an unbalanced CD player or preamp to the balanced input of a power amplifier.