TRUTHEAR GATE Dynamic Driver In-Ear Headphone 3.5mm Interchangeable Cable (White, No Mic)

TRUTHEAR GATE Dynamic Driver In-Ear Headphone 3.5mm Interchangeable Cable (White, No Mic)

Adopting N52 magnet double-cavity internal magnetic circuit dynamic driver, with a brand-new carbon LCP high-rigidity diaphragm.Brand-new cavity lD design, High quality oxygen-free copper cable, Excellent objective indicators. GATE is designed as a cost-effective and comfortable IEM. Its appearance has been redesigned, the weight of the cavity has been reduced, and the diaphragm and acoustic structure of driver has been further optimized, Meanwhile. GATE uses 0.78mm 2pin interchangeable design for convenience and expanded playability. Optimize the structure and diaphragm rigidity of driver, GATE uses a 10MM internal magnetic circuit dynamic driver with frontal-cavity filter optimization and diaphragm specialization. The GATE features a brand-new diaphragm material and optimized acoustic structure, resulting in minimal linear distortion and improved high-frequency extension compared to previous models. lt ensures excellent frequency-amplitude response with HRTF characteristics, delivering a balanced, durable, and enjoyable sound with reasonable bass gains. The GATE's cavity design has been fine-tuned based on HOLA, further optimizing the appearance with a transparent faceplate. The PC+ABS composite injection cavity not only ensures overall lightweight, but also provides a stable and reliable size and structure. In addition, GATE has brand-new ear-tips for admirable listening and maintains the short-size eartips to minimize the in-ears' uncomfortable effect. All theseefforts are aimed at delivering a better audio experience. Product Information
Driver: 10mm Dynamic Driver
Diaphragm Material: Carbon LCP Dome Composite Ultra-thin PU Diaphragm
Impedance:28Ω+15%@1kHz
Sensitivity: 122dB/Vrms@1KHz
Total Harmonic Distortion: THD≤1%@1kHz (94dB)
Frequency Response Range: 10-45kHz (IEC61094, Free Field)
Effective Frequency Response Range: 20-20KHz (IEC60318-4-3dB)