EI16 Audio Isolation Transformer for High Power Supply Drive ±20%
Tolerance 1.Product DescriptionEI16 Audio Isolation Transformer is a transformer designed
specifically for audio signal isolation. It adopts an EI16 iron
core structure and has efficient energy transmission and excellent
signal isolation capabilities. Its core components include a high
permeability EI16 iron core, primary and secondary coils wound with
high-purity copper wire, and high-quality insulation materials. The
iron core is usually made of silicon steel sheets or Permalloy to
ensure low loss and high magnetic permeability; The coil adopts
precision winding technology to reduce resistance and energy loss;
Insulation materials provide electrical isolation to prevent short
circuits and leakage.
In terms of manufacturing process, the EI16 audio isolation
transformer adopts strict winding technology and layered insulation
design to ensure high fidelity and low distortion of signal
transmission. Its compact design and lightweight structure make it
easy to integrate into various audio devices, while providing
excellent thermal stability and durability.
This transformer is widely used in professional audio equipment,
recording studio equipment, audio systems, and broadcasting
equipment, mainly for signal isolation, noise suppression, and
impedance matching. Its advantages include high fidelity sound
quality, wide frequency response (20Hz-20kHz), low noise and
interference suppression capabilities, and efficient signal
transmission. In addition, its sturdy structure and reliable
performance keep it stable during long-term use.
2.Feature | Feature | Description | | Efficient Magnetic Core | Utilizes an EI16-shaped core, typically made of high-quality
magnetic materials like silicon steel. This core offers a closed
magnetic path, minimizing magnetic leakage and enabling efficient
transfer of magnetic flux, which is crucial for accurate audio
signal transmission. | | Electrical Isolation | Provides excellent electrical isolation between the primary and
secondary windings. This effectively eliminates ground loops,
preventing unwanted electrical noise and interference from
degrading the audio quality. It ensures a cleaner and more pristine
audio output. | | Compact Size | With its EI16 dimensions, it is relatively compact in size. This
makes it suitable for applications where space is limited, such as
in small audio devices, compact audio interfaces, or densely
populated circuit boards. | | Wide Frequency Response | Can handle a broad range of audio frequencies, usually covering the
entire audible spectrum (from low bass frequencies to high treble
frequencies). It accurately reproduces audio signals across this
range without significant attenuation or distortion, maintaining
the integrity of the sound. | | Low Distortion | Designed to introduce minimal distortion to the audio signal. The
high-quality core and winding construction help in preserving the
original waveform of the audio, resulting in a more natural and
faithful sound reproduction. | | Good Impedance Matching | May offer specific impedance ratios between the primary and
secondary sides, allowing for effective impedance matching in audio
circuits. This ensures efficient power transfer and minimizes
signal reflections, enhancing the overall performance of the audio
system. | | Reliable Construction | Built with durable materials and a robust design. It can withstand
normal operating conditions, including temperature variations and
mechanical vibrations, ensuring long-term reliability and
consistent performance in various audio applications. | | Easy Installation | Features a user-friendly design that simplifies the installation
process. It may have standard pin configurations or mounting
options that are compatible with common circuit board layouts,
making it accessible for both professional audio engineers and DIY
enthusiasts. |
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