| Performance Features | Description |
| High - Permeability Permalloy Core | The ZXY4030 Permalloy Audio Transformer employs high - permeability
permalloy as its core material. Characterized by low coercivity and
high saturation magnetic induction, the core minimizes losses
during magnetization and demagnetization, enabling rapid response
to audio signal changes. Its high saturation magnetic induction
ensures stable operation even under large - signal inputs,
preventing magnetic saturation and laying a solid foundation for
high - quality audio signal transmission. |
| Precision Winding Technology | Utilizing advanced winding techniques and high - precision
manufacturing processes, the transformer's windings feature uniform
wire diameters and close - packed arrangements. This not only
significantly reduces the DC resistance of the windings, minimizing
energy losses, but also optimizes the inductance performance,
enhancing the processing ability of audio signals. Moreover, the
precision winding technology improves the transformer's anti -
interference capability, reducing electromagnetic leakage. |
| Optimal Structural Design | Structurally, the ZXY4030 takes into account the requirements of
heat dissipation and electromagnetic shielding. Its casing is made
of materials with excellent heat - dissipation properties,
effectively dissipating the heat generated during operation to
ensure the transformer operates within an appropriate temperature
range and extends its service life. Meanwhile, the rational
electromagnetic shielding design effectively blocks external
electromagnetic interference, maintaining the purity of audio
signals. |
| High - Fidelity Sound Quality | Thanks to its high - quality core material and precise design, the
ZXY4030 achieves extremely low distortion across the full audio
frequency range of 20Hz - 20kHz. It can accurately reproduce both
delicate human voices and rich instrument tones, providing users
with an immersive auditory experience and meeting the stringent
requirements of professional audio production and high - end audio
equipment for sound quality. |
| Wide - Range Impedance Adaptability | With flexible turns ratio settings, this transformer can
accommodate a variety of impedance requirements. Whether it is a
low - impedance microphone or a high - impedance power amplifier,
the ZXY4030 can achieve efficient audio signal transmission through
precise impedance matching, ensuring excellent compatibility among
different devices and enhancing the overall performance of the
audio system. |
| High Reliability and Stability | Supported by a robust structure and high - quality materials, the
ZXY4030 demonstrates excellent resistance to mechanical vibrations
and environmental interference. It maintains stable performance
under diverse usage environments and working conditions, reducing
the risk of audio quality degradation or system downtime caused by
equipment failures, thus providing users with a reliable audio
solution. |
| Signal Transmission and Isolation | The ZXY4030 can transmit audio signals from one circuit to another
while achieving electrical isolation. This isolation function
effectively prevents interference between different circuits,
protects equipment from electrical noise and surge voltages, and
improves the safety and stability of the audio system. |
| Impedance Transformation | By adjusting the turns ratio, it enables the transformation of
input and output impedances, allowing audio devices with different
impedances to match each other and achieve optimal signal
transmission. Appropriate impedance transformation reduces signal
reflection and loss during transmission, improving the transmission
efficiency and power - carrying capacity of audio signals. |
| Signal Amplification and Attenuation | In certain audio circuits, the ZXY4030 can also function as a
signal amplifier or attenuator. According to actual requirements,
the amplitude of audio signals can be adjusted by changing the
connection mode and turns ratio of the windings, meeting the signal
level requirements of different audio devices. |
