Headset Speaker RB-E25016G-002R
The RB-E25016G-002R is a robust and high-performance headset speaker engineered to deliver exceptional audio quality in various applications. With dimensions of Φ25x4.6mm and a lightweight design weighing 4g, it offers a balance of size and portability without compromising on performance.
Constructed with Nd-Fe-B magnet material and featuring a Φ12.5×1.0T magnet size, this speaker ensures powerful magnetic flux for precise and immersive sound reproduction. With an impedance of 16±15% Ohm,
it can handle power ratings of up to 30mW under normal conditions and up to 40mW at maximum capacity.
Operating within a wide frequency range of 20-20,000Hz, the RB-E25016G-002R delivers crystal-clear audio with minimal distortion, providing an immersive listening experience across all frequencies. It undergoes rigorous abnormal sound tests, subjected to a 0.69 Volts sine wave across the frequency range of 20~2kHz to ensure consistent and reliable performance.
For easy installation and correctorientation, the speaker features marked polarity, with the diaphragm moving forward when a positive DC is applied to the red “+” or “Marked” terminal. It operates reliably within a temperature range of -20°C to +55°C and can be safely stored between -25°C to +60°C.
To ensure durability and reliability, the RB-E25016G-002R undergoes various tests, including exposure to white noise for 96 hours at 2mW input power, high and low-temperature tests for 96 hours each, and humidity testsat +40±2°C with a relative humidity of 90~95% for 96 hours. Additionally, it endures vibration tests at specific frequencies and amplitudes, along with drop tests simulating real-world impacts.
Furthermore, the RB-E25016G-002R undergoes temperature cycle tests, subjecting it to 5 cycles ranging from 25°C to +65°C, ensuring consistent performance under extreme temperature variations. With its robust construction and reliable performance, the RB-E25016G-002R is an ideal choice for variousheadset applications, delivering exceptional audio quality in any environment.