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    • 2. 发明申请
    • Circuit arrangement with a short-circuit protective circuit
    • 具有短路保护电路的电路布置
    • US20060250175A1
    • 2006-11-09
    • US11261916
    • 2005-10-31
    • Heinz-Wilhelm Meier
    • Heinz-Wilhelm Meier
    • H03K17/687
    • H03F1/52
    • A circuit arrangement in which the temperature dependency of the short-circuit current and/or the influence of the output signal by the load current are at least partially avoided has first and second input connections, first and second output connections, a supply voltage connection as well as with a voltage-controlled voltage source, an output stage and a short-circuit protective circuit, whereby the output signal from an input voltage applied to input connections is generated via voltage-controlled voltage source and output stage. The circuit arrangement is characterized in that a voltage sequencing circuit and a shunting resistor connected in parallel to voltage sequencing circuit are part of the short-circuit protective circuit and in that a parallel circuit formed of the voltage sequencing circuit and a shunting resistor is connected to the second output connection and second input connection.
    • 至少部分地避免短路电流的温度依赖性和/或输出信号对负载电流的影响的电路装置具有第一和第二输入连接,第一和第二输出连接,电源电压连接作为 以及压控电压源,输出级和短路保护电路,由此通过压控电压源和输出级产生来自施加到输入连接的输入电压的输出信号。 电路装置的特征在于,与电压排序电路并联连接的电压排序电路和分流电阻器是短路保护电路的一部分,并且由电压排序电路和分流电阻器形成的并联电路连接到 第二输出连接和第二输入连接。
    • 3. 发明授权
    • Circuit arrangement with a short-circuit protective circuit
    • 具有短路保护电路的电路布置
    • US07391252B2
    • 2008-06-24
    • US11261916
    • 2005-10-31
    • Heinz-Wilhelm Meier
    • Heinz-Wilhelm Meier
    • H03K17/60
    • H03F1/52
    • A circuit arrangement in which the temperature dependency of the short-circuit current and/or the influence of the output signal by the load current are at least partially avoided has first and second input connections, first and second output connections, a supply voltage connection as well as with a voltage-controlled voltage source, an output stage and a short-circuit protective circuit, whereby the output signal from an input voltage applied to input connections is generated via voltage-controlled voltage source and output stage. The circuit arrangement is characterized in that a voltage sequencing circuit and a shunting resistor connected in parallel to voltage sequencing circuit are part of the short-circuit protective circuit and in that a parallel circuit formed of the voltage sequencing circuit and a shunting resistor is connected to the second output connection and second input connection.
    • 至少部分地避免短路电流的温度依赖性和/或输出信号对负载电流的影响的电路装置具有第一和第二输入连接,第一和第二输出连接,电源电压连接作为 以及压控电压源,输出级和短路保护电路,由此通过压控电压源和输出级产生来自施加到输入连接的输入电压的输出信号。 电路装置的特征在于,与电压排序电路并联连接的电压排序电路和分流电阻器是短路保护电路的一部分,并且由电压排序电路和分流电阻器形成的并联电路连接到 第二输出连接和第二输入连接。
    • 4. 发明申请
    • CURRENT OUTPUT STAGE HAVING AUTOMATIC ACTIVE-PASSIVE SWITCHING
    • 具有自动主动无源开关的电流输出级
    • US20130328535A1
    • 2013-12-12
    • US13879368
    • 2011-10-13
    • Heinz-Wilhelm Meier
    • Heinz-Wilhelm Meier
    • H02M3/158
    • G05F1/561G05F1/618
    • The invention relates to a current output stage (100) comprising an input (IN), an output (OUT) for connecting to an input of a unit (200) to be supplied with current, a control stage (T1, T2, Z1), which sets the output current (Iout), and an energy supply stage (Uv;Uv,−Uv), which can provide energy for the output current (Iout). The current output stage (100) comprises a first transistor (T1), which controls the output current in a closed-loop in the passive operating mode, and the current output stage (100) contains a second transistor (T2; T2, T3), which controls the output current (Iout) in a closed-loop in the active operating mode, wherein the first transistor (T1) and the second transistor (T2; T2, T3) is controlled by a control stage OP1) in an open loop, and wherein in the active operating mode the energy supply stage (Uv;Uv,−Uv) is controlled in an open loop such that same provides energy for the output current (Iout).
    • 本发明涉及一种电流输出级(100),包括输入(IN),用于连接到待提供电流的单元(200)的输入的输出(OUT),控制级(T1,T2,Z1) ,其设置输出电流(Iout)和能够为输出电流(Iout)提供能量的能量供应级(Uv; Uv,-Uv)。 电流输出级(100)包括第一晶体管(T1),其在无源操作模式下控制闭环中的输出电流,并且电流输出级(100)包含第二晶体管(T2; T2,T3) ,其在主动操作模式下控制闭环中的输出电流(Iout),其中第一晶体管(T1)和第二晶体管(T2; T2,T3)由开环中的控制级OP1控制) ,并且其中在所述主动操作模式中,所述能量供应级(Uv; Uv,-Uv)被控制在开环中,使得其相应地为所述输出电流(Iout)提供能量。