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    Power pump
    2.
    发明申请
    Power pump 审中-公开
    动力泵

    公开(公告)号：US20070159148A1

    公开(公告)日：2007-07-12

    申请号：US11329090

    申请日：2006-01-11

    申请人： George Schwab ,  Kevin Bolembach

    发明人： George Schwab ,  Kevin Bolembach

    IPC分类号： G05F1/00

    CPC分类号： H02M3/156 ,  G10H3/186 ,  G10H2230/035

    摘要： The invention is an in-line voltage transformer. The invention converts input voltage from 9 volts to the selected output voltage. The output voltage options are 12, 18 and 24 volts. Thus allowing various signal processor or effects (requiring different voltages) to be powered from the same voltage source. The invention works in conjunction with a digital 12 volt power supply. The input voltage (9V) passes through a filter comprised of two capacitors C1 (1 μF) for low frequencies and C2 (1 μF) for high frequencies. The current then goes into a constant frequency (1.2 MHz) current mode boost switching regulator controlled by U1. The VC pin on U1 provides loop frequency compensation [comprised of C5 (100 pF), C7 (6800 pF) and R4 (6.8K 1%)]. This compensation reduces the output voltage ripple. U1 uses L1 (high frequency 10 μH inductor) and D1 (low drop, high frequency schottky diode) to step the voltage up. The output voltage is set via feedback resistors that are switched in and out to provide the different out put voltages. 12V is set by resistor divider path R1 (169K %) in parallel with R3 (191K 1%) and in series with R5(10K 1%). 18K is set by resistor divider path R2 (536K 1%) in parallel with R3 (191K 1%) and in series with R5 (10K 1%). 24V is set by the resistor divider R3 (191K 1%) in series with R5 (10K 1%). The output voltage is filtered by C3 (for low frequencies) and C5 for (high frequencies). The chassis is a two part cylindrical housing made from ABS HB Black resin. Connecting wiring consists of an input connector which consists of a standard polarity (Tip—positive/Barrel—negative) female barrel connector. The wiring is standard coated 16 gauge.

    摘要翻译： 本发明是一种在线电压互感器。 本发明将输入电压从9伏转换成所选择的输出电压。 输出电压选项为12,18和24伏。 因此允许各种信号处理器或效果（需要不同的电压）由相同的电压源供电。 本发明与数字12伏电源结合使用。 输入电压（9V）通过由两个用于低频的电容器C1（1μF）和高频C 2（1μF）组成的滤波器。 然后，电流进入由U 1控制的恒定频率（1.2MHz）电流模式升压开关稳压器。 U 1上的VC引脚提供环路频率补偿（由C 5（100 pF），C 7（6800 pF）和R 4（6.8K 1％）组成）]。 该补偿降低了输出电压纹波。 U 1使用L 1（高频10μH电感）和D 1（低压，高频肖特基二极管）来升压电压。 输出电压通过反馈电阻进行设置，这些反馈电阻可以通过输入和输出来提供不同的输出电压。 12V通过与R 3（191K 1％）并联并与R 5（10K 1％）串联的电阻分压器路径R 1（169K％）设定。 18K通过与R 3（191K 1％）并联并与R 5（10K 1％）串联的电阻分压器路径R 2（536K 1％）设定。 24V由与R 5（10K 1％）串联的电阻分压器R 3（191K 1％）设定。 输出电压由C 3（低频）和C 5（高频）滤波。 底盘是由ABS HB黑色树脂制成的两部分圆柱形外壳。 连接布线包括一个由标准极性（尖端正/负 - 阴）母桶连接器组成的输入连接器。 布线为标准涂层16号。