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    • 3. 发明申请
    • CIRCUIT ARRANGEMENT FOR EVALUTATING THE OUTPUT SIGNAL FROM AN ACTIVE SENSOR
    • 电路,用于评估输出信号的有源传感器
    • WO1996009691A1
    • 1996-03-28
    • PCT/EP1995003655
    • 1995-09-18
    • ITT AUTOMOTIVE EUROPE GMBHZINKE, OlafFEY, WolfgangZYDEK, Michael
    • ITT AUTOMOTIVE EUROPE GMBH
    • H03K05/08
    • H03K5/088G01P3/48
    • For evaluating the output signal in the form of a binary current signal (IS) from an active sensor (1), a circuit is proposed in which a proportional current is derived from the sensor current (IS) with the aid of a current balancing circuit (2, 2'), and the current (I1) resulting from current balancing is drawn off from a stabilised voltage source (UK) via an ohmic resistor (R1), thereby generating a binary voltage signal (V1) which is applied to a flipflop (3) comparing the voltage signal (V1) with a reference voltage (UBez) composed of a reference voltage (URef) and a hysteresis voltage. The switching threshold of the flipflop (3) is varied or adjusted in accordance with the actual sensor current (IS), leakage currents, etc.
    • 对于有源传感器(1),它是在一个二进制电流信号(IS)的形式的输出信号的评价,提出了一种电路装置,其中来自所述传感器的电流(IS)由一个电流反射镜电路(2,2“)的装置,一个成比例的电流,获得 除去生成的感应电流镜电流(I1)通过电阻(R1),从而相应的传感器输出的二进制电压信号(V1)的稳定的电压源(UK)。 触发器(3)的电压信号(V1)被供给到与来自构成的参考电压(U REF)和滞后电压延伸的基准电压(UBez)的电压信号(V1),进行比较。 触发器(3)的切换阈值是泄漏电流的实际传感器电流(IS)的功能等会有所不同,被跟踪。
    • 5. 发明申请
    • CIRCUIT ARRANGEMENT FOR ADAPTING AN ACTIVE SENSOR TO AN EVALUATION CIRCUIT
    • CIRCUIT FOR AN适应有源传感器到评估电路
    • WO1997027487A1
    • 1997-07-31
    • PCT/EP1997000037
    • 1997-01-08
    • ITT AUTOMOTIVE EUROPE GMBHFEY, WolfgangZYDEK, MichaelSTRICKER, Falk
    • ITT AUTOMOTIVE EUROPE GMBH
    • G01P03/48
    • B60T8/171G01D3/08G01P21/02
    • A circuit arrangement is disclosed which permits connection of an active sensor (1) in the form of a binary current source to an electronic evaluation circuit (3) designed for use with a passive sensor. The electronic evaluation circuit (3) comprises a comparator (4) which produces a signal proportional to the speed (revs.) and a window comparator (6, 7) with which the functioning of the sensor (1) can be monitored. The voltage signal applied to the comparator (4) is produced by a resistor (R1) connected in series with the active sensor (1) and with a voltage divider (R2, R3) which is connected in parallel with the active sensor. The voltage signal is led to the N input of the comparator (4) via an RC element (R4, C1) and to the P input of the comparator (4) directly, thus ensuring that the comparator responds to fluctuations at the central tap (M) of the voltage divider. This circuit is not sensitive to fluctuations in the intensity or voltage of the supply current or to drift in the active sensor.
    • 它显示了一个电路装置,这使得它的有源传感器(1),其是将与电子评估电路(3),其被设计用于无源传感器相关联的二进制电源。 电子评估电路(3)包括比较器(4),它提供一个与转速成比例的信号,和一个窗口比较器(6,7),使(1)到被监控的传感器的功能。 的电压信号被提供给比较器(4)是由串联连接的并联连接到有源传感器的有源传感器(1)和分压器(R2,R3)的电阻器(R1)制备。 该电压信号通过RC元件(R4,C1)和所述比较器中的P输入提供给比较器(4)的N输入(4)直接,从而比较器响应于在所述分压器的中心抽头(M)的变化。 该电路是不敏感的电流或电压供应的变化以及有源传感器的漂移。
    • 10. 发明申请
    • MICROPROCESSOR ARRANGEMENT FOR A VEHICLE CONTROL SYSTEM
    • 微处理器安排车辆控制系统
    • WO1996014226A1
    • 1996-05-17
    • PCT/EP1995004262
    • 1995-10-30
    • ITT AUTOMOTIVE EUROPE GMBHFENNEL, HelmutKANT, BernhardESSELBRÜGGE, HermannZYDEK, MichaelGIERS, Bernhard
    • ITT AUTOMOTIVE EUROPE GMBH
    • B60T08/00
    • B60T8/321B60T8/1755B60T8/885B60T2270/413
    • Proposed is a microprocessor arrangement for a vehicle control system with a plurality of microprocessor systems that are linked by a bus system and that carry out at least an anti-lock braking (ABS) and automatic slip control (ASR) as well as at least one other high-computation control function, such as yaw moment control (GMR), and monitoring functions. The microprocessor arrangement comprises three microprocessor systems (1, 2, 3; MP1, MP2, MP3) to which the individual functions are allocated such that the first microprocessor system (1, MP1) together with the second microprocessor system (2, MP2) perform the ABS and ASR functions, including monitoring of these functions, and the third microprocessor system (3, MP3) together with the second microprocessor system (2, MP2) execute the other control function (GMR) and its monitoring.
    • 它提出了一种用于车辆控制系统,其包括多个由连接到微处理器系统总线的系统中,至少一个防抱死(ABS)和牵引打滑控制(ASR)和至少一种其它高运算控制功能,如横摆力矩控制(GMR)互连的微处理器装置,和监视功能 运行。 微处理器布置包括三个微处理器系统(1,2,3; MP1,MP2,MP3)与所述第二微处理器系统(2,MP2),则ABS沿,在其上的单个功能被划分,使得第一微处理器系统(1,MP1) 和ASR功能,包括这些功能的监测需要,以及与所述第二微处理器系统(2,MP2)沿第三微处理器系统(3,MP3),其它控制功能(GMR)和监测执行。