EI35 Audio Isolation Amplified 4 Times Laminated Low Frequency Power Transformer

1.Product Description

2.Advantage

1. Easy installation: The built-in wires greatly reduce the difficulty of installation, eliminating the need for users to purchase adapter wires separately and perform complex connection operations. For professional audio engineers, building large-scale audio systems can save a lot of time and effort, and quickly connect devices; For ordinary audio equipment enthusiasts, it is also easy to connect transformers to their own audio and other equipment without worrying about malfunctions caused by improper wire selection or incorrect connections, significantly improving installation convenience and efficiency.

2. Ensure signal transmission: Carefully selected wires with low resistance and good conductivity are crucial for audio signal transmission. In the process of audio signal transmission, low resistance can reduce the loss of the signal on the wire, ensuring that the signal strength is maximally maintained. Good conductivity can accurately transmit subtle changes in audio signals, from weak high-frequency details to strong low-frequency vibrations, all of which can be presented truthfully, effectively avoiding sound quality degradation caused by signal loss and distortion, allowing users to hear clearer and more authentic sound.

3. Strong adaptability and compatibility: The wires equipped with the transformer are specially designed based on their own performance characteristics, achieving perfect compatibility with the internal circuit of the transformer. This means that in different audio application scenarios, whether connecting microphones and preamplifiers, or speakers and power amplifiers, stable and efficient signal transmission can be ensured without problems caused by incompatible wires and equipment, enhancing the versatility and applicability of transformers in various audio systems.

4. Reduce interference risk: Appropriate wires can to some extent reduce the impact of external electromagnetic interference on audio signals. Its material and shielding design can resist stray electromagnetic signals in the surrounding environment, prevent these interferences from mixing into audio signals, further ensure the purity of audio signals, and provide a more stable and reliable working environment for audio equipment, especially in places with complex electromagnetic environments, such as professional recording studios, performance venues, etc., which has a significant effect on improving audio quality.