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    • 5. 发明授权
    • System and method for vibrating a portable device
    • 用于振动便携式设备的系统和方法
    • US07085585B2
    • 2006-08-01
    • US10404688
    • 2003-03-31
    • Richard J. CamarilloMark Edward Simek
    • Richard J. CamarilloMark Edward Simek
    • H04B1/38
    • H04M19/04H04M19/047
    • A system and a method are provided for vibrating a portable device. The system includes a vibrator housing with stops, a vibrator circuit, and a controller. The controller has an output to supply alternating electric current. The vibrator circuit includes a vibrator coil and a magnetic vibrator rod. The vibrator coil is made of a conductive material and has an inside core space and inputs to accept the alternating electric current. The vibrator coil generates an alternating magnetic field through the core space in response to the alternating electric current and the vibrator rod moves in a reciprocating linear fashion in the core space in response to the alternating magnetic field. The vibrator rod has ends with audio damping pads impacting against stops in the vibrator housing. The vibrator housing vibrates in response to the vibrator rod impacting against the stops. The controller has an input for selecting frequency commands in response to predetermined portable device conditions and supplies electric current alternating at a frequency responsive to the commands. In one aspect, the portable device is a wireless communications device and the controller selects commands in response to received calls from calling telephone numbers.
    • 提供了用于振动便携式设备的系统和方法。 该系统包括具有止动件的振动器壳体,振动器电路和控制器。 控制器具有供给交流电流的输出。 振子电路包括振动器线圈和磁振子棒。 振动器线圈由导电材料制成,并且具有内部核心空间和输入以接受交流电流。 振动器线圈响应于交变电流而产生通过芯空间的交变磁场,并且振动器杆响应于交变磁场以核心空间中的往复线性方式移动。 振动杆具有与振动器壳体中的止动件冲击的音频阻尼垫的端部。 振动器壳体响应于振动杆撞击止动件而振动。 控制器具有用于响应于预定的便携式设备条件选择频率命令的输入,并且以响应于命令的频率交替地提供电流。 在一个方面,便携式设备是无线通信设备,并且控制器响应于来自呼叫电话号码的接收呼叫选择命令。
    • 6. 发明授权
    • High efficiency switched gain power amplifier
    • 高效开关增益功率放大器
    • US06208202B1
    • 2001-03-27
    • US09248048
    • 1999-02-10
    • Ralph E. KaufmanDarin HunzekerRichard J. Camarillo
    • Ralph E. KaufmanDarin HunzekerRichard J. Camarillo
    • H03F114
    • H03F3/72H03F3/602H03F2203/7231H03F2203/7239H03G1/0088
    • A power amplifier circuit arrangement including a driver amplifier, a switch, an amplifier path having a band pass filter and a power amplifier, and a bypass path which bypasses the power amplifier when excess gain and output power are not needed. When an RF-analog signal from the driver amplifier is switched to the amplifier path, the signal is band-pass filtered and amplified. Then the signal is split into an in-phase and a quadrature signal. Either the in-phase or the quadrature signal is inverted and summed with the other of the in-phase or quadrature signal, and the summed signal is transmitted to an output port. When the RF-signal from the driver amplified is switched to the bypass path, the power amplifier is turned off and the bypass path directs the signal to the output of the power amplifier, which appears as a high impedance to the signal. The signal reflects off the power amplifier to the output port. This design preserves the benefits of bypassing the power amplifier by reducing the amount of switching loss introduced into the circuit.
    • 包括驱动器放大器,开关,具有带通滤波器的放大器路径和功率放大器的功率放大器电路装置以及当不需要过量增益和输出功率时旁路功率放大器的旁路路径。 当来自驱动放大器的RF模拟信号切换到放大器路径时,该信号被带通滤波和放大。 然后将信号分成同相和正交信号。 同相或正交信号被反相并与同相或正交信号中的另一个相加,并且求和的信号被发送到输出端口。 当放大的驱动器的RF信号切换到旁路路径时,功率放大器关闭,旁路路径将信号引导到功率放大器的输出端,功率放大器的输出显示为信号的高阻抗。 该信号将功率放大器反射到输出端口。 这种设计保留了通过减少引入电路的开关损耗量绕过功率放大器的好处。