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    • 3. 发明申请
    • Electrostatic Transducer
    • 静电传感器
    • US20140232236A1
    • 2014-08-21
    • US14118761
    • 2012-05-18
    • Brian AtkinsDuncan BillsonDavid Hoare
    • Brian AtkinsDuncan BillsonDavid Hoare
    • H04R19/02H04R7/08
    • H04R19/02H04R7/08H04R19/04H04R23/006H04R2201/003
    • An electrostatic transducer comprises an electrically conductive first layer (1), a flexible insulating second layer (25) disposed over the first layer, and a flexible electrically conductive third layer (26) disposed over the second layer. Between the first and the second layers are provided spacers (24) and between the second and the third layers are provided spacers (27). The spacers may be provided by strips of adhesive or by bonding the layers together by welding, for example. The first layer (1) is provided with an array of through apertures (5) each having an inlet (6) facing the second layer (2) and an outlet (7). In response to signals applied to the first and third layers, the second and third layers have portions which are displaced towards the outlets of the apertures by electrostatic forces. The apertures (5) may have conducting walls and the walls may converge.
    • 静电换能器包括导电的第一层(1),设置在第一层之上的柔性绝缘的第二层(25)和设置在第二层上的柔性导电的第三层(26)。 在第一和第二层之间设置间隔物(24),并且在第二和第三层之间设置间隔物(27)。 间隔物可以由粘合剂条提供,或者通过例如焊接将层粘合在一起。 第一层(1)设置有每个具有面向第二层(2)的入口(6)和出口(7)的通孔(5)的阵列。 响应于施加到第一和第三层的信号,第二和第三层具有通过静电力朝向孔的出口移位的部分。 孔(5)可以具有导电壁并且壁会聚。
    • 5. 发明申请
    • Amplifier for Electrostatic Transducers
    • 静电传感器放大器
    • US20140233763A1
    • 2014-08-21
    • US14118751
    • 2012-05-18
    • Brian AtkinsDuncan BillsonDavid Hoare
    • Brian AtkinsDuncan BillsonDavid Hoare
    • H03F3/217
    • H03F3/2171H03F3/217H03F2203/21193H04R19/02
    • A class D audio amplifier which provides both an alternating signal and a DC bias voltage to an electrostatic transducer (9). The amplifier comprises an input module (1) for generating a modulated sequence of pulses in response to an input audio signal, and an output module (3) for amplifying the sequence of pulses, which includes high speed switching output transistors (4, 5). A power supply (6) provides a supply voltage to the switching output transistors (4,5). A low pass filter (8) receives the amplified sequence of pulses and generates an output signal for the transducer. The amplified sequence of pulses from the output module (3) is fed to a voltage multiplier module (10) which provides a constant bias voltage for the electrostatic transducer.
    • D类音频放大器,其向静电换能器(9)提供交流信号和DC偏置电压。 放大器包括用于响应于输入音频信号产生调制脉冲序列的输入模块(1)和用于放大脉冲序列的输出模块(3),其包括高速开关输出晶体管(4,5) 。 电源(6)向开关输出晶体管(4,5)提供电源电压。 低通滤波器(8)接收放大的脉冲序列并产生用于换能器的输出信号。 来自输出模块(3)的放大的脉冲序列被馈送到电压倍增器模块(10),其为静电换能器提供恒定的偏置电压。
    • 8. 发明授权
    • Electrostatic transducer
    • 静电传感器
    • US09503821B2
    • 2016-11-22
    • US14118761
    • 2012-05-18
    • Brian AtkinsDuncan BillsonDavid Hoare
    • Brian AtkinsDuncan BillsonDavid Hoare
    • H04R25/00H04R19/02H04R23/00H04R19/04H04R7/08
    • H04R19/02H04R7/08H04R19/04H04R23/006H04R2201/003
    • An electrostatic transducer comprises an electrically conductive first layer (1), a flexible insulating second layer (25) disposed over the first layer, and a flexible electrically conductive third layer (26) disposed over the second layer. Between the first and the second layers are provided spacers (24) and between the second and the third layers are provided spacers (27). The spacers may be provided by strips of adhesive or by bonding the layers together by welding, for example. The first layer (1) is provided with an array of through apertures (5) each having an inlet (6) facing the second layer (2) and an outlet (7). In response to signals applied to the first and third layers, the second and third layers have portions which are displaced towards the outlets of the apertures by electrostatic forces. The apertures (5) may have conducting walls and the walls may converge.
    • 静电换能器包括导电的第一层(1),设置在第一层之上的柔性绝缘的第二层(25)和设置在第二层上的柔性导电的第三层(26)。 在第一和第二层之间设置间隔物(24),并且在第二和第三层之间设置间隔物(27)。 间隔物可以由粘合剂条提供,或者通过例如焊接将层粘合在一起。 第一层(1)设置有每个具有面向第二层(2)的入口(6)和出口(7)的通孔(5)的阵列。 响应于施加到第一和第三层的信号,第二和第三层具有通过静电力朝向孔的出口移位的部分。 孔(5)可以具有导电壁并且壁会聚。