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    • 1. 发明授权
    • Plasma shunting apparatus and method for ring laser gyroscope
    • 环形激光陀螺仪等离子体分流装置及方法
    • US07535575B2
    • 2009-05-19
    • US11810443
    • 2007-06-05
    • Robert MitchellShane SammonCarl Bathelt, Jr.
    • Robert MitchellShane SammonCarl Bathelt, Jr.
    • G01C19/64G01C19/66
    • G01C19/665H01S3/0346H01S3/038H01S3/0835H01S3/2222
    • A ring laser gyroscope includes a first plasma shunt arranged to prevent the plasma from contacting a first mirror in the gain region and a second plasma shunt arranged to prevent the plasma from contacting a second mirror in the gain region. The first and second plasma shunts may comprise electrical conductors located in the respective mirror wells and arranged such that contact between the plasma and the electrical conductors quenches the plasma in the mirror wells and produces electrical currents that travels across the mirror wells. The electrical conductors may be formed as metallized strips arranged to extend across the mirror wells, or they may be formed from metal wires. The plasma shunts may alternatively comprise diversion passages formed in the frame and arranged such that the plasma fills the diversion passages and bypasses the mirrors.
    • 环形激光陀螺仪包括布置成防止等离子体接触增益区域中的第一反射镜的第一等离子体分流器和布置成防止等离子体接触增益区域中的第二反射镜的第二等离子体分流器。 第一和第二等离子体分流器可以包括位于相应反射镜井中的电导体,并且布置成使得等离子体和电导体之间的接触使反射镜井中的等离子体猝灭并产生穿过反射镜井的电流。 电导体可以形成为布置成跨过镜孔延伸的金属化条,或者它们可以由金属线形成。 等离子体分流器可以替代地包括形成在框架中的分流通道,并且布置成使得等离子体填充分流通道并绕过反射镜。
    • 2. 发明授权
    • Electro-optic switching apparatus not requiring DC bias
    • 不需要直流偏置的电光开关装置
    • US07245418B2
    • 2007-07-17
    • US11083736
    • 2005-03-18
    • David B. HallCarl Bathelt, Jr.
    • David B. HallCarl Bathelt, Jr.
    • G02F1/29
    • G02F1/0123G02F2001/212
    • An OFF state, maximum attenuation level, for an electro-optic attenuator/switch results when either a first or second control voltage is applied to the control input. An AC generator, coupled to the control input, generates minimum and maximum peak voltages that correspond to the first and second control voltages, respectively, so that the maximum attenuation level of the light beam being switched is provided by the electro-optic attenuator while either of the minimum and maximum peak voltages is applied to the control input. An ON state is achieved by introducing a voltage pulse with a magnitude corresponding to the minimum attenuation level. The ON voltage pulse is added to the square wave. This permits operation of the electro-optic switch in a normally OFF state without requiring a DC bias voltage.
    • 当将第一或第二控制电压施加到控制输入端时,导致电光衰减器/开关的OFF状态,最大衰减电平。 耦合到控制输入的AC发生器分别产生对应于第一和第二控制电压的最小和最大峰值电压,使得被切换的光束的最大衰减电平由电光衰减器提供,而任一 的最小和最大峰值电压施加到控制输入。 通过引入具有对应于最小衰减电平的幅度的电压脉冲来实现ON状态。 ON电压脉冲被加到方波中。 这允许电光开关在正常关闭状态下操作,而不需要DC偏置电压。
    • 3. 发明申请
    • Plasma shunting apparatus and method for ring laser gyroscope
    • 环形激光陀螺仪等离子体分流装置及方法
    • US20080304052A1
    • 2008-12-11
    • US11810443
    • 2007-06-05
    • Robert MitchellShane SammonCarl Bathelt, Jr.
    • Robert MitchellShane SammonCarl Bathelt, Jr.
    • G01C1/10B60R1/00
    • G01C19/665H01S3/0346H01S3/038H01S3/0835H01S3/2222
    • A ring laser gyroscope includes a first plasma shunt arranged to prevent the plasma from contacting a first mirror in the gain region and a second plasma shunt arranged to prevent the plasma from contacting a second mirror in the gain region. The first and second plasma shunts may comprise electrical conductors located in the respective mirror wells and arranged such that contact between the plasma and the electrical conductors quenches the plasma in the mirror wells and produces electrical currents that travels across the mirror wells. The electrical conductors may be formed as metallized strips arranged to extend across the mirror wells, or they may be formed from metal wires. The plasma shunts may alternatively comprise diversion passages formed in the frame and arranged such that the plasma fills the diversion passages and bypasses the mirrors.
    • 环形激光陀螺仪包括布置成防止等离子体接触增益区域中的第一反射镜的第一等离子体分流器和布置成防止等离子体接触增益区域中的第二反射镜的第二等离子体分流器。 第一和第二等离子体分流器可以包括位于相应反射镜井中的电导体,并且布置成使得等离子体和电导体之间的接触使反射镜井中的等离子体猝灭并产生穿过反射镜井的电流。 电导体可以形成为布置成跨过镜孔延伸的金属化条,或者它们可以由金属线形成。 等离子体分流器可以替代地包括形成在框架中的分流通道,并且布置成使得等离子体填充分流通道并绕过反射镜。