Micrófono

KEPO Electronics se compromete a crear un sistema de captación de vehículos de alta gama para lograr un posicionamiento de voz y una recolección de haces de sonido más precisos.. Junto con el sistema de reducción de ruido que suprime el ruido fuera del haz, el sonido adquirido será mucho más claro.

• Solución A2B con baja latencia
• Experimentos de simulación acústica
• Cámara anecoica profesional & Equipo de prueba

Productos

Micrófono A2B

directividad ··················································· ·········································· omnidireccional
Sensibilidad ··················································· ··············· -26±2dB, 0dB=1V/Pa,1KHz,8V
Voltaje de operación ··················································· ·································· 8±10% VCC
máx.. Consumo actual ··················································· ················ 25mamá, a 8V
Nivel máximo de sonido de entrada ··················································· ··········· 120dB, que 1KHz, 8V
Distorsión·······················＜1.0%, @94dBSPL@1KHz <3%, @106dBSPL@1KHz
Relación señal/ruido··················································· ················ >65dB, ponderado A

Llamadas de voz(00023)

directividad ··················································· ··········································· omnidireccional
Sensibilidad ··················································· ························ -3.5±3dB, 0dB=1V/Pa,1KHz
Voltaje de operación ··················································· ············· 8±0,8 VCC, 680 OHM
Consumo actual ········································· 3~9mA, en 8.0 VCC/680 OHMIOS
Impedancia de salida ··················································· ············································ <200 Oh
Distorsión armónica total ········································ ＜1.0%, @94dBSPL@1KHz
Relación señal/ruido ··················································· ··············· >60dB, ponderado A