alternating voltage in Vietnamese

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Sentence patterns related to "alternating voltage"

Below are sample sentences containing the word "alternating voltage" from the English - Vietnamese Medical Dictionary. We can refer to these sentence patterns for sentences in case of finding sample sentences with the word "alternating voltage", or refer to the context using the word "alternating voltage" in the English - Vietnamese Medical Dictionary.

1. Superconductor arrangement for an alternating voltage network

2. The signal generator has an alternating voltage generator with a rotary part and a manual drive for the alternating voltage generator.

3. Power converter with direct voltage and alternating voltage buses

4. A device for generating a one-phase alternating voltage

5. Method for measuring an alternating voltage and corresponding measuring circuit

6. Circuit and method for limiting the amplitude of an alternating voltage

7. before the change in polarity of the alternating voltage (U¿L?)

8. Circuit for producing potentially separated synchronisation impulses from an alternating voltage network

9. The power transmission device (101) includes an alternating voltage generating circuit (13).

10. The piezo element can be set vibrating radially by applying an alternating voltage.

11. Device and electrical assembly for converting a direct voltage into an alternating voltage

12. The signal emitter is powered by and is connected to the alternating voltage generator.

13. An alternating voltage source (13) is used as a voltage supply for the RC modules.

14. Each binary value (1) is transmitted by a plurality of oscillations of the alternating voltage.

15. of the converter and hence the flow of active power between the converter and the alternating-voltage network.

16. The invention relates to an electromigration test device comprising a direct-current source (101) and an alternating voltage source (102).

17. The alternating voltage (E) affected by DC offset is applied to the inverted input of an operational amplifier designed as a comparator (OP2).

18. The alternating voltage sources are regulated as a function of current passing though the electrodes, preferably in a continuous or time-discrete manner.

19. The converter regulates the active power input and/or the torque and rotational speed of the electric motor from the alternating voltage energy supply network.

20. The alternating voltage bus (4) is supplied with power from an energy store (B, DLC) by means of a DC converter (1) and an AC converter (2).

21. The absence of the alternating voltage across the secondary winding (18) is detected by means of a peak detector (28) and converted into a received first data signal (RDTA1).

22. Here, the drive electrostatic capacity adjustment unit can connect the sensor pad and the alternating-voltage-applying unit by selecting at least one of a plurality of drive electrostatic capacities.

23. The motor has a permanent magnetic rotor (28) and a stator having a stator winding phase (26) in which an alternating voltage is induced during operation by the permanent magnetic rotor (28).

24. An alternating voltage source (51), or more precisely an alternating current source (50) enables application of a voltage signal or more precisely a current signal on the selected line, the word line (8) for example.

25. For this the d.c. power supply is decoupled on the alternating voltage side and connected with one pole to the alternating power supply and with the other pole to an electrode of the bipolar glow device.

26. Furthermore, a control unit (5) is provided, which activates the bidirectional switches (S) of the multiphase matrix converter (MU) as a function of the second alternating voltage present on the output of the HF transformer (4).

27. The non-inverted input is galvanically connected to the output of a second operational amplifier (OP1) which functions as an amplifier. The offset-affected alternating voltage (E) is applied to the non-inverted output of the amplifier (OP1).

28. The present invention relates to a power supply circuit, and more particularly to a power supply circuit for increasing the flickering frequency of a light-emitting diode by means of a charging/discharging circuit and a switch connected between an alternating voltage source and a load.