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    • 1. 发明授权
    • Bracket with captured spacer
    • 带捕获垫片的支架
    • US07032866B1
    • 2006-04-25
    • US10438536
    • 2003-05-15
    • Jeffrey J. BraunMicheal E. Hopkins, Jr.Sean R. O'DonnellAnthony V. Popov
    • Jeffrey J. BraunMicheal E. Hopkins, Jr.Sean R. O'DonnellAnthony V. Popov
    • F16L3/22
    • F16L3/233Y10T403/39Y10T403/3906Y10T403/75
    • A support bracket for mounting an engine component to a surface, such as to a cylinder head or engine block. In an embodiment, the support bracket includes a base member, a shelf member and a spacer. The base member has a back portion with a shape that defines a forwardly facing channel. The spacer is shaped to be matably received in the channel, optimizing load distribution between the spacer and the base member. A bolt hole extends through the spacer and is aligned with a bolt hole in the base member. The shelf member is welded to the base member to permanently capture the spacer in the channel. Welding the spacer is unnecessary. The spacer may be made of powdered metal. The spacer provides a free length portion of the capscrew that mounts the bracket against a surface, the free length accommodating longitudinal stress on the capscrew.
    • 用于将发动机部件安装到表面的支撑支架,诸如气缸盖或发动机缸体。 在一个实施例中,支撑托架包括基座构件,架子构件和间隔件。 基部构件具有形状限定向前通道的后部。 间隔件被成形为可配合地容纳在通道中,从而优化间隔件和基底构件之间的载荷分布。 螺栓孔延伸穿过间隔件并与基座构件中的螺栓孔对准。 搁板构件焊接到基座构件以永久地捕获通道中的间隔件。 焊接垫片是不必要的。 间隔件可以由粉末金属制成。 间隔件提供了固定螺钉的自由长度部分,其将支架安装在一个表面上,自由长度容纳了螺旋桨上的纵向应力。
    • 2. 发明授权
    • Balanced integrated circuit differential amplifier
    • 平衡集成电路差分放大器
    • US5010303A
    • 1991-04-23
    • US447956
    • 1989-12-08
    • Jeffrey J. Braun
    • Jeffrey J. Braun
    • H03F3/343H03F3/45
    • H03F3/3435H03F3/45071
    • Integrated circuit amplifier (10) implements unity voltage gain and its current gain is determined by the ratio of integrated circuit resistors (R1, R2). Amplifier input stage (Q1, Q2, Q4-Q7) has a pair of transistors (Q4, Q5) connected as a differential amplifier. An output transistor (Q13) connected to the collector of one (Q4) of the differential transistors amplifies the differential signal from the input stage and provides an output signal (at terminal 22). Current mirror circuitry (Q12, Q9) develops a current mirror signal (at 24) corresponding to current drawn through the output transistor (Q13). A load balancing circuit (Q8, Q3, R8) includes a transistor (Q3) having an input terminal directly connected to and loading the collector of another one (Q5) of the differential transistors. This configuration results in equal impedance and current loading for each of the collectors of the differential transistors (Q4, Q5). This minimizes any offset variation for the differential signal at the collector of one of the transistors (Q4) as a function of the conduction of the output stage tansistor (Q13). This results in a more accurate true differential amplification by the differential input stage resulting in the amplifier current gain being a more direct function of just the ratio of the integrated circuit resistors.
    • 集成电路放大器(10)实现单位电压增益,其电流增益由集成电路电阻(R1,R2)的比例决定。 放大器输入级(Q1,Q2,Q4-Q7)具有作为差分放大器连接的一对晶体管(Q4,Q5)。 连接到差分晶体管的一个(Q4)的集电极的输出晶体管(Q13)放大来自输入级的差分信号,并提供输出信号(在端子22处)。 电流镜电路(Q12,Q9)产生对应于通过输出晶体管(Q13)吸取的电流的电流镜像信号(at 24)。 负载平衡电路(Q8,Q3,R8)包括晶体管(Q3),其具有直接连接到差分晶体管的另一个(Q5)的集电极并将其加载的输入端子。 该配置为差分晶体管(Q4,Q5)的每个集电极产生相等的阻抗和电流负载。 这使得作为晶体管(Q4)之一的集电极的差分信号的偏移变化最小化,作为输出级晶体管(Q13)的导通的函数。 这导致通过差分输入级的更准确的真实差分放大,导致放大器电流增益仅仅是集成电路电阻器的比率的更直接的函数。
    • 3. 发明授权
    • Load driver circuit
    • 负载驱动电路
    • US5222011A
    • 1993-06-22
    • US787443
    • 1991-11-04
    • Jeffrey J. Braun
    • Jeffrey J. Braun
    • H01H47/32
    • H01H47/325
    • Load driver circuit (10) has first and second comparators (Cphd 1, C.sub.2) which receive a load current signal (V.sub.s) indicative of current flowing through a load (11). The comparators provide, as output signals, set on and set off signals (at 21, 23) in response to comparing the load current signal (V.sub.s) with first and second thresholds (T.sub.1, T.sub.2). Driver circuitry (27, 43, 12) receives the set on and set off signals and provides a current control signal (at 18) for controlling load current. Preferably, disabling circuitry (30-34) disables the comparators (C.sub.1, C.sub.2) after and in response to the comparators providing their respective output signals (at 21, 23). Also, preferably enabling circuitry (40-42) enables the comparators (C.sub.1, C.sub.2) in response to comparing a sensed voltage (at 17), indicative of voltage at an output terminal of a switching device (12) that controls load current, with respect to a predetermined voltage (2.5 volts). The selective enabling/disabling of the Comparators (C.sub.1 , C.sub.2) results in minimizing the possible effect of noise with respect to controlling load current since undesired false or repetitive outputs of the comparators are minimized.
    • 负载驱动电路(10)具有接收表示流过负载(11)的电流的负载电流信号(Vs)的第一和第二比较器(Cphd 1,C2)。 响应于将负载电流信号(Vs)与第一和第二阈值(T1,T2)进行比较,比较器作为输出信号提供设置和断开信号(在21,23)。 驱动器电路(27,43,12)接收设定的开启信号并提供信号,并提供用于控制负载电流的电流控制信号(18)。 优选地,禁用电路(30-34)在比较器(C1,C2)之后和响应于提供它们各自的输出信号的比较器(在21,23)上禁用比较器(C1,C2)。 此外,优选地,使能电路(40-42)响应于将感测到的电压(在17)与表示控制负载电流的开关装置(12)的输出端上的电压相比较,使比较器(C1,C2)与 相对于预定电压(2.5伏特)。 比较器(C1,C2)的选择性启用/禁用导致噪声相对于控制负载电流的可能影响最小化,因为比较器的不期望的虚假或重复输出被最小化。
    • 5. 发明授权
    • Gas discharge lamp energization circuit
    • 气体放电灯通电电路
    • US4682082A
    • 1987-07-21
    • US734546
    • 1985-05-16
    • Robert B. MacAskillJeffrey J. Braun
    • Robert B. MacAskillJeffrey J. Braun
    • H05B41/285H05B41/14
    • H05B41/2858Y10S315/05Y10S315/07
    • An electronic energization circuit is provided to illuminate a gas discharge lamp that includes a transformer with a substantially rectangular hysteresis loop. A secondary winding on the transformer is connected to energize the lamp and at least one primary winding is provided on the transformer. Input voltage terminals may be DC terminals to supply an input voltage to the circuit. At least one semiconductor, such as a transistor, is connected to the input terminals and to the at least one primary winding, and a control means is provided for the semiconductor for unequal on and off conduction periods of the semiconductor. These unequal periods provide the conditions which eliminate the striations (bubbles) or dark spots in the gas plasma of the lamp, usually associated with high frequency energization. When two semiconductors are used in a circuit, they conduct alternately in a type of square wave oscillator circuit and the duty cycle of the two transistors is different so that the striations in the illumination of the lamp are eliminated. The foregoing abstract is merely a resume of one general application, is not a complete discussion of all principles of operation or applications, and is not to be construed as a limitation on the scope of the claimed subject matter.
    • 提供电子通电电路来照亮包括具有大致矩形磁滞回线的变压器的气体放电灯。 变压器上的次级绕组被连接以激励灯并且在变压器上提供至少一个初级绕组。 输入电压端子可以是直流端子,以向电路提供输入电压。 至少一个半导体,例如晶体管,连接到输入端和至少一个初级绕组,并为半导体提供用于半导体不同导通和截止导通周期的控制装置。 这些不相等的周期提供了消除灯的气体等离子体中通常与高频通电有关的条纹(气泡)或黑斑的条件。 当在电路中使用两个半导体时,它们以一种方波振荡器电路交替地导通,并且两个晶体管的占空比不同,从而消除了灯的照明中的条纹。 上述摘要仅仅是一般应用的简历,不是所有操作原理或应用的完整讨论,并不被解释为对所要求保护的主题的范围的限制。
    • 9. 发明授权
    • Slew rate limited inductive load driver
    • 压摆率限制感性负载驱动器
    • US5194760A
    • 1993-03-16
    • US812444
    • 1991-12-23
    • Jeffrey J. BraunRandall C. Gray
    • Jeffrey J. BraunRandall C. Gray
    • H03K17/16
    • H03K17/166
    • A slew rate limited load driver is disclosed with a transistor switch (123) driving a load (125). The transistor switch (123) is controlled by a current from a current amplifier (107) and a current sink (111). The current amplifier (107) is driven from the combination of a source of compensating current (120) and a turn on current source (115). As a command signal (103) transitions, the source of compensating current (120) adds a transitional compensating current to the current derived from the turn on current source (115) and is amplified by the current amplifier (107). The output of the current amplifier (107) is combined with the output of the turn off current sink (111), to control the voltage slew rate to the load (101).
    • 公开了一种驱动负载(125)的晶体管开关(123)的转换速率限制负载驱动器。 晶体管开关(123)由来自电流放大器(107)和电流吸收器(111)的电流控制。 电流放大器(107)由补偿电流源(120)和导通电流源(115)的组合驱动。 当指令信号(103)转变时,补偿电流源(120)将增加一个过渡补偿电流到从导通电流源(115)导出的电流,并由电流放大器(107)放大。 电流放大器(107)的输出与关断电流吸收器(111)的输出相结合,以控制到负载(101)的电压转换速率。