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    • 1. 发明授权
    • High-voltage milberger slip slide power conditioner
    • 高压米勒滑盖功率调节器
    • US4698742A
    • 1987-10-06
    • US891821
    • 1986-08-01
    • Franklin B. JonesWalter E. MilbergerDavid E. BulgherCharles S. Kerfoot
    • Franklin B. JonesWalter E. MilbergerDavid E. BulgherCharles S. Kerfoot
    • H02M3/28H02M7/497H02M7/515H02M7/00
    • H02M7/497H02M3/285
    • A high-voltage converter circuit which uses a slip slide power conditioner to reduce non-monotonic non-linearities in the converter output signal is disclosed. The slip slide power conditioner includes: a choke feed D.C. circulator; two radio frequency (RF) power pumps; a phase detector; a phase controller; and a combiner. The choke feed D.C. circulator receives the D.C. input signal and produces therefrom two voltage output signals which are each sent to one of the two RF power pumps. The two RF power pumps produce two out-of-phase square wave output signals which are algebraically combined in the combiner to form an output signal whose amplitude is a function of phase difference. The phase detector and phase controller sample this output signal and adjust the phase of the two power pumps to remove non-linearities due to secondary ranging (resonance) that beats with harmonics of their square wave signals.
    • 公开了一种使用滑动滑动功率调节器来降低转换器输出信号中的非单调非线性度的高压转换器电路。 滑动滑块功率调节器包括:扼流喂料直流循环器; 两台射频(RF)动力泵; 相位检测器; 相位控制器 和组合器。 扼流进给直流循环器接收直流输入信号并由此产生两个电压输出信号,每个电压输出信号被发送到两个RF功率泵中的一个。 两个RF功率泵产生两个异相方波输出信号,它们在组合器中被代数组合以形成其幅度是相位差的函数的输出信号。 相位检测器和相位控制器对此输出信号进行采样,并调整两个功率泵的相位,以消除由于其方波信号的谐波而产生的二次测距(谐振)引起的非线性。
    • 2. 发明授权
    • Precision high voltage FET pulse sense and clamp apparatus statement of
government interest
    • 精密高压FET脉冲检测和钳位装置声明政府利益
    • US4939450A
    • 1990-07-03
    • US324841
    • 1989-03-17
    • Walter E. MilbergerFranklin B. JonesCharles S. Kerfoot
    • Walter E. MilbergerFranklin B. JonesCharles S. Kerfoot
    • G01R13/22
    • G01R13/22
    • A high voltage pulse regulator which is capable of measuring and correcting voltage perturbations on the top of a high voltage square wave pulse is disclosed. The regulator uses: a rectifying diode, an oscilloscope, a variable zener diode, a variable biasing current source and pulse capacitor. The rectifying diode receives and rectifies the high voltage square wave pulse from a high voltage pulse source to produce a rectified square wave pulse. The rectified square wave pulse is received and regulated to a voltage level acceptable to the oscilloscope by the variable zener diode pulse capacitor, and current source, which are connected together in a parallel circuit and act as follows. The variable zener diode is activated by the biasing current. Therefore, when there is no biasing current, the pulse capacitor and rectifying diode act as a peak detector, and the high voltage square wave pulse is adjusted down within a threshold of detection by the oscilloscope, when a bias current is applied to the variable zener diode, a threshold detector is established which permits the top of the pulse to be viewed on the oscilloscope display.
    • 公开了能够测量和校正高压方波脉冲顶部的电压扰动的高压脉冲调节器。 调节器使用:整流二极管,示波器,可变齐纳二极管,可变偏置电流源和脉冲电容器。 整流二极管从高压脉冲源接收并整流高压方波脉冲,产生整流方波脉冲。 整流的方波脉冲被可变齐纳二极管脉冲电容器和电流源接收并调节到示波器可接受的电压电平,电流源以并联电路连接在一起并作用如下。 可变齐纳二极管由偏置电流激活。 因此,当没有偏置电流时,脉冲电容器和整流二极管作为峰值检测器,并且当偏置电流施加到可变齐纳二极管时,示波器在检测阈值内将高电压方波脉冲调低 二极管,建立了一个阈值检测器,允许在示波器显示屏上观察脉冲的顶部。
    • 4. 发明授权
    • Wide band domino effect high voltage regulator
    • 宽带多米诺效应高压调节器
    • US5070538A
    • 1991-12-03
    • US459870
    • 1990-01-02
    • Walter E. MilbergerCharles S. KerfootFranklin B. Jones
    • Walter E. MilbergerCharles S. KerfootFranklin B. Jones
    • G05F1/44G05F1/595H03F1/02H03F3/21H03F3/217H03F3/24H03F3/42
    • H03F3/2171G05F1/44G05F1/595H03F1/0283H03F3/211H03F3/245H03F3/426
    • The high voltage regulator employs a field effect transistor (FET) amplifier and a wide band frequency compensated RC voltage divider. The device comprises a FET amplifier used as a current source in a 20 KV power supply. The negative output of the supply is sensed by a voltage divider consisting of two resistors in parallel with two capacitors. The voltage divider output is applied to the non-inverting input of an operational amplifier whose reference is set to affect the linear operation of an inverting operational amplifier. A no load to full load and line regulation of 0.1% is provided to a microwave tube. For a 16-KV regulated output the inverting amplifier must have a dc operation point of 4 KV to accommodate a 20% storage capacitor voltage droop and a .+-.5% line change. At this level the inverting amplifier provides a swing of .+-.4 KV. This range allows for a large line voltage variation and storage capacitor voltage droop. The dynamic range and bandwidth of the regulator not only provides regulation for long term line voltage regulation but also negates the effects of line voltage transitions over a wide frequency and amplitude range.
    • 高压稳压器采用场效应晶体管(FET)放大器和宽带频率补偿RC分压器。 该器件包括用作20 KV电源中的电流源的FET放大器。 电源的负输出由两个电阻并联的两个电容器组成的分压器检测。 分压器输出被施加到运算放大器的非反相输入,其基准被设置为影响反相运算放大器的线性运算。 向微波管提供0.1%的满载和线路调节空载。 对于16-KV调节输出,反相放大器必须具有4 KV的直流工作点,以适应20%的存储电容电压下降和+/- 5%的线变化。 在此级别,反相放大器提供+/- 4 KV的摆幅。 该范围允许大的线路电压变化和存储电容器电压下降。 调节器的动态范围和带宽不仅可以提供长期线路电压调节的调节功能,而且可以抵消宽频率和幅度范围内线路电压转换的影响。
    • 6. 发明授权
    • Domino effect amplifier
    • 多米诺效应放大器
    • US4897617A
    • 1990-01-30
    • US318211
    • 1989-02-28
    • Walter E. MilbergerFranklin B. JonesCharles S. Kerfoot
    • Walter E. MilbergerFranklin B. JonesCharles S. Kerfoot
    • H03F3/42
    • H03F3/426
    • This high voltage linear FET amplifier operates at voltage levels of ten's of thousand's of volts with power dissipation capabilities in the kilowatt range. It is a broadband device which features power amplification from DC to frequencies well in excess of 100 KHz. The amplifier uses a unity-gain inverting amplifier as its basic building block. N-number of these building blocks are stacked to accommodate whatever voltage stand-off level is desired. To operate stacked high voltage amplifiers, it is necessary to provide a bias shift (reference) progressively increasing in equal increments from the ground reference stage to the highest voltage level stage while preserving the fidelity of the signal applied to the first stage. This is done by establishing a phantom ground at all amplifiers for each progressive bias level.
    • 该高压线性FET放大器的工作电压为千伏特的十分之一,功率耗散功率在千瓦范围内。 它是一种宽带设备,具有从DC到超过100 KHz的频率功率放大。 放大器使用单位增益反相放大器作为其基本构建块。 N个这些构建块被堆叠以适应任何需要的电压待机水平。 为了操作堆叠高压放大器,有必要提供从地面基准级到最高电压级阶段以相等增量逐渐增加的偏置偏移(参考),同时保持施加到第一级的信号的保真度。 这是通过在每个渐进偏置电平的所有放大器上建立幻影地来完成的。
    • 9. 发明授权
    • Domino effect shunt voltage regulator
    • 多米诺效应分流稳压器
    • US4893070A
    • 1990-01-09
    • US318210
    • 1989-02-28
    • Walter E. MilbergerCharles S. KerfootFranklin B. Jones
    • Walter E. MilbergerCharles S. KerfootFranklin B. Jones
    • G05F1/613
    • G05F1/613
    • A High Voltage Regulation apparatus which uses an amplifier having an arbitrarily large number of stacked MOSFETs to provide low impedance shunt regulation with a "domino effect". Voltages of many kilovolts can be conveniently regulated. voltage sharing among the devices is assured by the domino arrangement. External capacitances are added to optimize low impedance voltage regulation, including an external capacitor connected between the drain and gate of each stage to equalize the drain to gate and gate to source capacitances. There may also be an external capacitor connected between the drain and source of each stage to provide low amplifier impedance at high frequency, or a lumped external capacitor connected across the entire amplifier string, to provide low amplifier impedance at high frequency. The amplifier uses a unity-gain inverting amplifier as its basic building block. N-number of these building blocks are stacked to accommodate whatever voltage stand-off level is desired.
    • 一种高电压调节装置,其使用具有任意大量堆叠MOSFET的放大器来提供具有“多米诺骨牌效应”的低阻抗分流调节。 可以方便地调节数千伏的电压。 设备之间的电压共享由多米诺骨牌的安排保证。 添加外部电容以优化低阻抗电压调节,包括连接在每个级的漏极和栅极之间的外部电容器,以平衡漏极到栅极和栅极到源极电容。 在每个级的漏极和源极之间还可以连接外部电容器,以在高频下提供低放大器阻抗,或者连接在整个放大器串上的集总外部电容器,以在高频率下提供低放大器阻抗。 放大器使用单位增益反相放大器作为其基本构建块。 N个这些构建块被堆叠以适应任何需要的电压待机水平。
    • 10. 发明授权
    • Slewing power supply for programmable phase shifter drive
    • 用于可编程移相器驱动的回转电源
    • US4686448A
    • 1987-08-11
    • US891822
    • 1986-08-01
    • Franklin B. JonesCharles S. KerfootWalter E. Milberger
    • Franklin B. JonesCharles S. KerfootWalter E. Milberger
    • G05F1/46H02M3/156G05F1/70
    • G05F1/468H02M3/156H02M2001/0029
    • A programmable slewing power supply is used to drive microwave phase shifters according to a command signal from a system controller using: a Milberger converter; a power source; a rectifying circuit; two differential amplifier circuits; and two comparator amplifier circuits. The Milberger converter outputs a combined square wave which it produces by combining two independent square waves which add or cancel. The power source receives the combined square wave and outputs: a reference voltage, a positive voltage signal; and a negative voltage signal. The rectifying circuit produces a rectified command signal by rectifying the command signal from the system controller. The two differential amplifier circuits respectively measure the positive and negative voltage signals with respect to the reference voltage to produce a measured positive voltage signal, and a measured negative voltage signal. The comparator operational amplifiers produce complementary outputs to drive the phase shifters by respectively comparing the measured positive and negative voltage signals with the rectified command signal.
    • 根据来自系统控制器的命令信号,可编程回转电源用于驱动微波移相器:使用Milberger转换器; 电源; 整流电路; 两个差分放大器电路; 和两个比较器放大器电路。 Milberger转换器通过组合两个添加或取消的独立方波来输出它产生的组合方波。 电源接收组合方波,并输出:参考电压,正电压信号; 和负电压信号。 整流电路通过整流来自系统控制器的指令信号来产生整流指令信号。 两个差分放大器电路分别相对于参考电压测量正和负电压信号,以产生测量的正电压信号和测量的负电压信号。 比较器运算放大器产生互补输出以通过分别比较测得的正和负电压信号与整流的指令信号来驱动移相器。