Microphone Audio Permalloy Isolation Transformer ZXY3108 600:600 10K:10K 10K:600

1.Product Description

The 3108 600:600 10K:10K 10K:600 Audio Permalloy Isolation Transformer is a high - performance audio component that stands out in the field of audio signal processing. Its multiple turn - ratios, including 600:600 for seamless connection with 600Ω impedance audio devices, 10K:10K for optimal power transfer between high - impedance equipment like those in high - end recording studios, and 10K:600 for bridging the gap between high - and low - impedance devices in live performances, enable precise impedance matching and efficient audio transmission with minimized signal distortion. Made with permalloy as the core material, it benefits from the alloy's extremely high magnetic permeability, reducing magnetic reluctance and power loss by about 30% - 40% compared to ordinary core transformers, and its remarkable physical and chemical stability ensures stable operation across diverse environmental conditions. Moreover, its electrical isolation and strong anti - electromagnetic interference capabilities effectively shield audio signals from internal electrical malfunctions, grounding issues, and external electromagnetic radiation, delivering clear, pure audio, whether in large - scale audio systems of broadcast stations or complex electromagnetic environments of TV stations.

2.Performance Characteristics

1. Flexible and precise turns ratio features
--Multi-Scenario Adaptation: 600:600, 10K:10K, 10K:600 turns ratios, 600:600 turns ratios are specially designed for 600Ω impedance audio equipment, which can realize seamless connection between equipment and ensure the audio signal remains stable during the transmission process, which is widely used in broadcasting radio stations for connecting microphones and mixing equipment. 10K:10K turns ratios are suitable for high impedance equipment, such as the connection between professional audio processors and amplifiers in high-end recording studios, which can optimize the power transmission and give full play to the performance of equipment. The 10K:10K turns ratio is suitable for high impedance equipment, such as the connection between professional audio processors and amplifiers in high-end recording studios, which can optimize the power transmission and give full play to the performance of the equipment, while the 10K:600 turns ratio can build a bridge between high and low impedance equipment, which can meet the needs of the scenarios of connecting audio effectors and loudspeakers in live performances, and realize the high efficiency of the communication between equipment with different impedances.

--Precise impedance matching: Different turns ratios can precisely match the impedance of various audio devices. In audio systems, impedance matching is critical to signal transmission quality. Through these specific turns ratios, 3108 transformer can be automatically adjusted to optimize the impedance matching between devices, greatly reducing the distortion and loss of the signal in the transmission process, ensuring the integrity and accuracy of the audio signal.

2. High-quality PoMo alloy material characteristics
--High magnetic permeability advantage: adopting pomoloy as the core material, pomoloy has extremely high magnetic permeability. When transmitting audio signals, the high permeability enables the transformer to transfer the magnetic flux efficiently and significantly reduce the magnetic resistance. Compared with ordinary iron core transformers, it can reduce the power loss by about 30% - 40%, which provides a solid guarantee for the stable and efficient transmission of audio signals, and can accurately restore the details of audio signals and improve audio quality.

--Strong stability: PoMo alloy has excellent physical and chemical stability. Whether it is a hot and humid environment, or cold and dry conditions, it can maintain good magnetic properties. This characteristic makes the 3108 transformer in different working environments can be stable operation, reduce the performance fluctuations caused by environmental factors, to ensure that the audio equipment continues to work reliably.