

CPAN 1pc DRV134PA Low distortion Unbalanced to Balanced Dual Channel Converter Board
Key item features
- Low Distortion Preamplifier:This assembled board features a low distortion preamplifier with a gain of 2, which effectively converts an unbalanced signal to a balanced signal.
- Dual Channel Functionality:When only a DRV134 is inserted, the converter operates as a single channel. However, it has the capability to function as a dual channel converter as well.
- High Performance:Equipped with the renowned balanced line receiver DRV134PA. With this chip, the converter achieves an impressive distortion level of 0.0005% at 1KHz and 0.001% across the entire audio frequency range(below 18KHz) when driving a 600ohm load. It can provide a maximum swing of 18Vrms at 0.01% distortion. The gain is fixed at 6dB (2 times).
- Recommended Power Supply:The converter requires a power supply within the range of ±10V to ±12V, with ±12V being the recommended voltage.
- Compact and Well-designed PCB:The board has a compact size of 52x52mm, allowing for easy installation and integration into various setups. The wiring layout is user-friendly, with signal inputs and power supply connections located on the right side, and signal outputs, hot end, GND, and cold end terminals on the left side.
Specs
- BrandCpandthy
- Has written warrantyNo
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About this item
Product details
Features:
*Low Distortion Preamplifier:This assembled board features a low distortion preamplifier with a gain of 2, which effectively converts an unbalanced signal to a balanced signal.
*Dual Channel Functionality:When only a DRV134 is inserted, the converter operates as a single channel. However, it has the capability to function as a dual channel converter as well.
*High Performance:Equipped with the renowned balanced line receiver DRV134PA. With this chip, the converter achieves an impressive distortion level of 0.0005% at 1KHz and 0.001% across the entire audio frequency range(below 18KHz) when driving a 600ohm load. It can provide a maximum swing of 18Vrms at 0.01% distortion. The gain is fixed at 6dB (2 times).
*Recommended Power Supply:The converter requires a power supply within the range of ±10V to ±12V, with ±12V being the recommended voltage.
*Compact and Well-designed PCB:The board has a compact size of 52x52mm, allowing for easy installation and integration into various setups. The wiring layout is user-friendly, with signal inputs and power supply connections located on the right side, and signal outputs, hot end, GND, and cold end terminals on the left side.
Specifications:
*Part Name:Dual Channel Converter Board
*Material:PCB
*Size:About 52*52 mm(PCB Size)
*Color:Green
Package Content:
1 * Dual Channel Converter Board
Note:
1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.
2. Please allow slight manual measurement deviation for the data.
- Low Distortion Preamplifier:This assembled board features a low distortion preamplifier with a gain of 2, which effectively converts an unbalanced signal to a balanced signal.
- Dual Channel Functionality:When only a DRV134 is inserted, the converter operates as a single channel. However, it has the capability to function as a dual channel converter as well.
- High Performance:Equipped with the renowned balanced line receiver DRV134PA. With this chip, the converter achieves an impressive distortion level of 0.0005% at 1KHz and 0.001% across the entire audio frequency range(below 18KHz) when driving a 600ohm load. It can provide a maximum swing of 18Vrms at 0.01% distortion. The gain is fixed at 6dB (2 times).
- Recommended Power Supply:The converter requires a power supply within the range of ±10V to ±12V, with ±12V being the recommended voltage.
- Compact and Well-designed PCB:The board has a compact size of 52x52mm, allowing for easy installation and integration into various setups. The wiring layout is user-friendly, with signal inputs and power supply connections located on the right side, and signal outputs, hot end, GND, and cold end terminals on the left side.
