触感振动
我司研发了多种应用于小型按键和中大型屏幕的触感振动马达，和同类产品相比，具有低噪音，高振感和宽振动频响的特点。
• 峰值振感显著高于市场水平
• 振动手感可调
• 定制化尺寸
产品
按 键 触 感 (KEPO-2213B)
阻抗 ···························································································· 8Ω±10%(1Vrms 时 1kHz)
加速度(在 2.83Vrms) ············ 中心位置100g负载时 ≥2.0 Grms @180Hz；侧面100g负载时 ≥2.0 Grms @180Hz
输入功率 ······················································································· 额定1.0W / 最大2.0W
漏音（在2.83Vrms时） ···································································· ≤35dB@ 100g 负载
显 示 屏 触 感 (KEPO-3222HP1-Q00034)
阻抗 ···························································································· 8Ω±10%(1Vrms 时 1kHz)
加速度( 2.83Vrms) ············ 中心位置100g负载时 ≥1.4Grms @140Hz；侧面100g负载时 ≥1.4Grms @140Hz
输入功率 ························································································· 额定0.5W / 最大1.0W
漏音(在 2.83Vrms 时) ···································································· ≤35dB@ 100g 负载
应用
车 内 按 键
智 能 家 居 屏 显
This is the heading
消 费 电 子
为什么选择凯普
1. 仿 真 模 拟
磁通密度
应力分布
声压级
2. 结 构 分 析
位移分布-1
位移分布-2
位移分布-3
3. 实 验 能 力
研发设备
品质测试
