The actuator (10), a first switch (11) and a current measuring circuit (13) form a series connection.
The series connection of the voltage-controlled capacitances allows the signal electrodes (107, 109) to be arranged at a short distance from one another, thus shortening the signal path overall.
The invention relates to an electric running connection for a starter (4) for starting an internal combustion engine, comprising a series connection (1) consisting of a battery (2) and a capacitor (3).
As a result of the series connection (1), the capacitor (3) is no longer supplied with the total starter voltage, thus enabling smaller, more compact capacitor modules to be used.
The invention relates to a force measuring element with a series connection consisting of at least two capacitors.
An illuminating element (1) and a series resistor surface (5) of a series circuit and series circuits and current supply lines and current discharge lines (4') are connected together via conductor paths (4).
In addition, a second energy-absorbing damping element (Rp41) is connected in parallel with the series arrangement consisting of the fourth capacitance (Cp22) and the second capacitance (Cp3).
To this end, a first energy-absorbing damping element (Rp21) is connected in parallel with a series arrangement consisting of a first inductance (Lp2), a first capacitance (Cp21) and a fourth capacitance (Cp22).
The invention relates to a Marx generator (11) which comprises high voltage-proof resistors (Rn, R'n) which are connected in series, which serial connection is critical in terms of its functioning.
The input (11) of the arrangement is connected to the input of the series-coupling and to an input (142) on the subtraction circuit (14).
An in-line pressure transmitter (10) for sensing an absolute or gage process pressure of a process fluid includes an in-line process coupling (14).
The free-wheel circuit comprises, in parallel with the coil (1), a series circuit comprising a first diode (2) and a first switching transistor (4) with which a non-linear resistor (3) is connected in parallel.
The tap of the regulating transformer is connected by a condenser and an auxiliary reactance interconnected in series to the connection between the current limiting reactor and the electric discharge lamp.
One of the current supply conductors (RN) to the apparatus (12) is connected to the ground wire (S) by a series coupling comprised of at least one measure resistance (R1), a test pulse generator (TG) and a capacitor (CB).
The device (ZG) for generating starting pulses comprises a series circuit consisting of an impulse capacitor (C) and of a switch (S1, M1) that is parallel to the secondary winding of the starting pulse transformer (VG) and the lamp.
The two stage heating of the two rows (35, 37) is possible both for the series coupling and for the parallel coupling.
A technique for serially coupling devices in a daisy chain cascading arrangement.
A first ring loop (420) includes a plurality of series coupled delay cells.
At least one additional ring loop (430) includes a plurality of series coupled delay cells.