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35results about How to "Good overvoltage protection" patented technology

Open drain driver, and a switch comprising the open drain driver

An open drain driver (7) selectively switches a MOSFET switch (MN1) which is passively held in the conducting state into the non-conducting state. The MOSFET switch (MN1) switches an AC analogue input signal on a main input terminal (3) to a main output terminal (4) and the gate of the MOSFET switch (MN1) is AC coupled by a capacitor (C1) to the drain thereof. The open drain driver (7) comprises a first MOSFET (MN2) and a second MOSFET (MN3) through which the gate of the MOSFET switch (MN1) is pulled to ground (Vss). The gate of the first MOSFET (MN2) is coupled to the supply voltage (VDD) for maintaining the first MOSFET (MN2) in the open state. A control signal is applied to the gate of the second MOSFET (MN3) for selectively operating the open drain driver (7) in the conducting state for operating the MOSFET switch (MN1) in the non-conducting state. When the second MOSFET (MN3) is in the non-conducting state, the first MOSFET (MN2) remains in the conducting state until the voltage on a coupling node (9) between the first and second MOSFETs (MN2,MN3) equals the difference between its gate voltage and its threshold voltage, at which stage, any over-voltages applied to the gate of the MOSFET switch (MN1) are divided between the first and second MOSFETs (MN2,MN3). A coupling diode (D1) coupling the coupling node (9) to the supply voltage (VDD) clamps the voltage on the coupling node (9) at the supply voltage (VDD) plus the conducting voltage of the diode (D1), in the event of the voltage on the coupling node (9) rising after the first MOSFET (MN2) has gone into the non-conducting state. The coupling node (9) may be capacitively coupled to the supply voltage (VDD) by a coupling capacitor instead of or as well as the diode (D1) for limiting the voltage on the coupling node (9).
Owner:ANALOG DEVICES INC

Wind turbine having improved overvoltage protection

A wind turbine comprises a wind rotor, a generator driven by the wind rotor, a converter, wherein the generator and the converter generate electrical energy output via a connecting line with an inductively acting line reactor to a grid, and an overvoltage protection device comprising a plurality of different active modules, which are designed in such a way that they each effect, in different ways, a reduction in the voltage at the output of the converter, a switching matrix, which connects and disconnects the different active modules, and a selector comprising an overvoltage classifier, which is designed to select a predetermined stage depending on the overvoltage and to actuate the switching matrix in such a way that successive ones of the active modules are disconnected, wherein the overvoltage classifier defines a plurality of overvoltage ranges by virtue of in each case the selector setting different switching groups.
Owner:SIEMENS GAMESA RENEWABLE ENERGY SERVICE GMBH

Overvoltage protection element

An overvoltage protection element (1) includes a housing (2), two terminals (3, 4) for electrical connection of the overvoltage protection element (1) to current or signal paths to be protected, and an arrester (5, 6), including a varistor, located within the housing (2). In addition to providing a simple structure and installation, the overvoltage protection element (1) is especially well adapted to thermal and dynamic loads, so that no damage to the overvoltage protection element (1) occurs to the outside, wherein the housing (2) includes two metal shells (7, 8) electrically connected to a terminal region (9, 10) of the arrester (5, 6).
Owner:PHOENIX CONTACT GMBH & CO KG

Wireless inductive power transfer

A power transmitter (101) of a wireless power transfer system comprises a resonance including a transmitter coil (103) for generating a power transfer signal for wirelessly transferring power to a power receiver (105). Further, a driver (1303) generates a drive signal for the resonance circuit (201) and a message receiver (1305) is arranged to receive messages from the power receiver (105). A power loop controller (1307) implements a power control loop by adapting the power of the drive signal in response to power control messages received from the power receiver (105). However, the regulation is subject to a constraint of at least one of a current or voltage of the resonance circuit and a power of the drive signal being below a maximum limit. Further, the power transmitter (101) comprises an adapter (1309) which adapts the maximum limit in response to a load indication indicative of a loading of the power transfer signal by the power receiver (105).
Owner:KONINKLJIJKE PHILIPS NV

Overvoltage protection circuit for an integrated circuit

An overvoltage protection circuit may include a reference voltage generator, a trigger circuit, and a clamping device. The reference voltage generator is for providing a reference voltage that is relatively constant during a powered EOS / ESD event. The trigger circuit is coupled to receive the reference voltage and a power supply voltage. The trigger circuit is for comparing the reference voltage to the power supply voltage. In response to detecting that the power supply voltage is above the reference voltage, the trigger circuit provides a trigger signal having a voltage proportional to a voltage level of the overvoltage event. The clamping device is coupled between a first power supply terminal and a second power supply terminal. The clamping device is for providing a current path between the first and second power supply terminals in response to the trigger signal.
Owner:NXP USA INC

Open drain driver, and a switch comprising the open drain driver

An open drain driver ( 7 ) selectively switches a MOSFET switch (MN 1 ) which is passively held in the conducting state into the non-conducting state. The MOSFET switch (MN 1 ) switches an AC analogue input signal on a main input terminal ( 3 ) to a main output terminal ( 4 ) and the gate of the MOSFET switch (MN 1 ) is AC coupled by a capacitor (C 1 ) to the drain thereof. The open drain driver ( 7 ) comprises a first MOSFET (MN 2 ) and a second MOSFET (MN 3 ) through which the gate of the MOSFET switch (MN 1 ) is pulled to ground (Vss). The gate of the first MOSFET (MN 2 ) is coupled to the supply voltage (VDD) for maintaining the first MOSFET (MN 2 ) in the open state. A control signal is applied to the gate of the second MOSFET (MN 3 ) for selectively operating the open drain driver ( 7 ) in the conducting state for operating the MOSFET switch (MN 1 ) in the non-conducting state. When the second MOSFET (MN 3 ) is in the non-conducting state, the first MOSFET (MN 2 ) remains in the conducting state until the voltage on a coupling node ( 9 ) between the first and second MOSFETs (MN 2 ,MN 3 ) equals the difference between its gate voltage and its threshold voltage, at which stage, any over-voltages applied to the gate of the MOSFET switch (MN 1 ) are divided between the first and second MOSFETs (MN 2 ,MN 3 ). A coupling diode (D 1 ) coupling the coupling node ( 9 ) to the supply voltage (VDD) clamps the voltage on the coupling node ( 9 ) at the supply voltage (VDD) plus the conducting voltage of the diode (D 1 ), in the event of the voltage on the coupling node ( 9 ) rising after the first MOSFET (MN 2 ) has gone into the non-conducting state. The coupling node ( 9 ) may be capacitively coupled to the supply voltage (VDD) by a coupling capacitor instead of or as well as the diode (D 1 ) for limiting the voltage on the coupling node ( 9 ).
Owner:ANALOG DEVICES INC

Open drain driver, and a switch comprising the open drain driver

An open drain driver (7) selectively switches a MOSFET switch (MN1) which is passively held in the conducting state into the non-conducting state. The MOSFET switch (MN1) switches an AC analogue input signal on a main input terminal (3) to a main output terminal (4) and the gate of the MOSFET switch (MN1) is AC coupled by a capacitor (C1) to the drain thereof. The open drain driver (7) comprises a first MOSFET (MN2) and a second MOSFET (MN3) through which the gate of the MOSFET switch (MN1) is pulled to ground (Vss). The gate of the first MOSFET (MN2) is coupled to the supply voltage (VDD) for maintaining the first MOSFET (MN2) in the open state. A control signal is applied to the gate of the second MOSFET (MN3) for selectively operating the open drain driver (7) in the conducting state for operating the MOSFET switch (MN1) in the non-conducting state. When the second MOSFET (MN3) is in the non-conducting state, the first MOSFET (MN2) remains in the conducting state until the voltage on a coupling node (9) between the first and second MOSFETs (MN2,MN3) equals the difference between its gate voltage and its threshold voltage, at which stage, any over-voltages applied to the gate of the MOSFET switch (MN1) are divided between the first and second MOSFETs (MN2,MN3). A coupling diode (D1) coupling the coupling node (9) to the supply voltage (VDD) clamps the voltage on the coupling node (9) at the supply voltage (VDD) plus the conducting voltage of the diode (D1), in the event of the voltage on the coupling node (9) rising after the first MOSFET (MN2) has gone into the non-conducting state. The coupling node (9) may be capacitively coupled to the supply voltage (VDD) by a coupling capacitor instead of or as well as the diode (D1) for limiting the voltage on the coupling node (9).
Owner:ANALOG DEVICES INC

Mechanical self-latching type ac contact means

It has not only major structure of general contactor but also has secondary static iron-core, as well as corollary secondary coil and locker armature which can drive locking bolt to lock or release lockpin by locking core and controll locking or releasing of dynamic iron core thus to control on or off in controlled circuit. The advantages are: the two coils are only energized in the moment that controlled circuit is actuated to on or released to off, the contactor has no power dissipation, electromagnetic noise and vibration when the controlled circuit is working, safe and reliable operate and release, long service life, rational structure, simple mfg. process and low cost.
Owner:孙凤广

Overvoltage protection circuit for an integrated circuit

An overvoltage protection circuit may include a reference voltage generator, a trigger circuit, and a clamping device. The reference voltage generator is for providing a reference voltage that is relatively constant during a powered EOS / ESD event. The trigger circuit is coupled to receive the reference voltage and a power supply voltage. The trigger circuit is for comparing the reference voltage to the power supply voltage. In response to detecting that the power supply voltage is above the reference voltage, the trigger circuit provides a trigger signal having a voltage proportional to a voltage level of the overvoltage event. The clamping device is coupled between a first power supply terminal and a second power supply terminal. The clamping device is for providing a current path between the first and second power supply terminals in response to the trigger signal.
Owner:NXP USA INC

Overvoltage protection circuit and overvoltage protection method for wireless charging receiving end

InactiveCN106300520ATo achieve the design purpose of overvoltage protectionGood overvoltage protectionBatteries circuit arrangementsElectric powerOvervoltageResonance
The invention discloses an overvoltage protection circuit and overvoltage protection method for a wireless charging receiving end. The circuit comprises a receiving coil which receives in a resonance mode energy transmitted by a transmitting coil and converts the energy into an alternating voltage; a resonance matching network which is connected with the receiving coil and is used for adjusting the frequency of the receiving coil; a rectifying circuit which is used for carrying out rectification conversion on the alternating voltage to generate a direct current charging voltage; and a detection circuit. The detection circuit detects the amplitude of the direct current charging voltage and compares the amplitude with a set safety threshold. If the amplitude of the charging voltage exceeds the set safety threshold, the resonance matching network is controlled to adjust the working frequency of the receiving coil, so that the working frequency point of the receiving coil at the transmitting coil is in an unresonance state, the voltage received by the receiving coil is reduced, and a design purpose of carrying out overvoltage protection on the receiving end is realized. The circuit and the method are simple in design and reliable in work. The charging safety of a power utilization device is greatly improved.
Owner:GEER TECH CO LTD

High potential gate control device for series thyristor valve block in SVC (Static Var Compensator)

The invention relates to a high potential gate control device for a series thyristor valve block in an SVC (Static Var Compensator). The device comprises a plurality of gate control modules, a control unit, an energy acquiring unit, a photoelectric conversion unit, a voltage detection unit and a protection unit, wherein each gate control module is used for controlling two thyristors which respectively correspond to the gate control module; the control unit is used for triggering the thyristors according to a trigger command, acquiring and transmitting state information of the thyristors to the photoelectric conversion unit and transmitting alarm information according to detection information of the voltage detection unit; the energy acquiring unit is used for supplying power to the control unit; the photoelectric conversion unit is used for photoelectrically converting and uploading the rexeived trigger command and the state information of the thyristors; the voltage detection unit is used for detecting the voltage of the energy acquiring unit and transmitting the detection information to the control unit; and the protection unit is used for carrying out voltage breakdown protection on the thyristors. The device disclosed by the invention has the advantages of high integrated level, high reliability and low power consumption and can be used for providing sound control and protection for a high-voltage series thyristor valve block in the SVC system.
Owner:CREAT POREEN POWER ELECTRONICS

Over voltage breaking protector

The invention relates to modifying structure of overvoltage open circuit protector. The protector includes varistor layer, electrode connected, and temperature sensing layer and output lead. The said temperature-sensing layer sets up outside varistor layer combining the two layers as an integrated layer. The invention possesses features of simple structure, easy production, low cost, good performance of overvoltage protection and long service life. The invention is suitable for fabricating productions of overvoltage protection in different specifications.
Owner:李帮庆

Permanent magnet synchronous motor (PMSM) closed-loop control system

The invention discloses a permanent magnet synchronous motor (PMSM) closed-loop control system that comprises a main control board module and a driver board module. The main control board module is used for issuing instructions and processing various faults, and comprises an MCU minimum system with a STM32F103ZET6 as a core, a switching power supply module, a TFT color display module, a key module, a speed control module, a peripheral circuit module and a photoelectric isolation module. The whole closed-loop control system has good signal isolation, overvoltage protection, undervoltage protection, overcurrent protection and over-temperature detection circuits, and has high reliability. The hardware schematic of the system is designed and made into a PCB. A test result shows that the system can control the operation of the PMSM well. In software, the processor of the system is provided with a PMSM control library function and is short in development cycle. In hardware, the system is low in cost, complete in function and high in reliability. The system has a high application and promotion value.
Owner:HUBEI UNIV OF AUTOMOTIVE TECH

Stepless speed regulating energy-saving hydraulic system for cleaning sweeper truck

The invention discloses a stepless speed regulating energy-saving hydraulic system for a cleaning sweeper truck. A proportional flow control valve is disposed on a pipeline before a hydraulic motor unit. The proportional flow control valve is provided with an oil inlet, a flow control oil outlet, and a bypass oil leaking opening. The invention is advantageous in that through controlling the proportional flow output at the flow control oil outlet on the proportional flow control valve, the rotating speed of the hydraulic motor unit can be controlled, so that the stepless speed regulating control can be realized; in use, a user can adjust the optimized sweeping speed based on the road pollution degree of different road segments, and the best sweeping effect can be achieved; the excessive oilcan be returned from the bypass oil leaking opening of the proportional flow control valve to a hydraulic oil tank, so that energy saving of the system can be realized; energy consumption loss is little, heating is small, and substantive features and notable progress are provided; a hydraulic cylinder unit is connected between an outlet end of a one-way valve and an oil-returning mouth of the hydraulic oil tank, which is convenient to drive the sweeping discs of the cleaning sweeper truck to rotate.
Owner:GUANGDONG ESUN HEAVY IND CO LTD

Semiconductor device with multiple independent gates

Semiconductor device with multiple independent gates. A gate-controlled semiconductor device includes a first plurality of cells of the semiconductor device configured to be controlled by a primary gate, and a second plurality of cells of the semiconductor device configured to be controlled by an auxiliary gate. The primary gate is electrically isolated from the auxiliary gate, and sources and drains of the semiconductor device are electrically coupled in parallel. The first and second pluralities of cells may be substantially identical in structure.
Owner:SILICONIX

Three-function automatically switched matching power supply

The invention relates to a three-function automatically switched matching power supply and belongs to the technical field of electronics. The three-functions automatically switched matching power supply comprises a DC rectification unit, an AC rectification unit, a switch lightning protection unit, an AC operating unit, an AC backup unit, a load unit, a storage battery, a charging unit, an isolation unit, a conversion control unit, and a silicon controlled rectifier (SCR) conversion unit. The OR-gate diodes of the two rectification units are connected to the switch lightning protection unit. The switch lightning protection unit is formed by a lightning protection relay and a lightning protection voltage-stabilizing tube connected in series. The lightning protection voltage-stabilizing tube generates protection during overvoltage. The AC rectification unit output supplies current to an AC power supply unit and the conversion control unit. The DC rectification unit output supplies current to the charging unit. When the load unit is connected and AC power is provided, the conversion control unit is started and the SCR conversion unit is switched off so as to achieve an AC power supply circuit. When no AC power is provided, the conversion control unit is cut off and the SCR conversion unit is activated so as to achieve a DC power supply circuit. A three-terminal integrated circuit supplies power in a normal state. The three-function automatically switched matching power supply has all advantages of a three-terminal integrated circuit.
Owner:CHONGQING NINGLAI SCI & TRADE

Method and device for interference protection of power supply

The invention discloses a method and device for interference protection of a power supply. The method for the interference protection of the power supply is adopted in a base station of a cellular wireless system; the base station comprises main equipment, peripheral equipment and an antenna circuit between the main equipment and the peripheral equipment; the main equipment at least comprises a power supply and an antenna filter; and the peripheral equipment at least comprises a rod top preamplifier. The method is characterized in that: the antenna circuit supplies a working voltage to the peripheral equipment from the main equipment of the base station, the working voltage supplied on the antenna circuit and the signal from an antenna are mutually separated in the peripheral equipment by filtering, and overvoltage formed on an antenna line is conducted to the ground through an element changing the impedance of the antenna in a voltage function manner and an impedance matching short line being connected with the element and working in a radio frequency used by the base station. The number of cables is reduced, so that a small amount of elements is needed in overvoltage protection; the overvoltage protection is improved, so that the total expense is reduced; and the method and the device are suitable for power supply of communication equipment.
Owner:SHANGQIU POWER SUPPLY ELECTRIC POWER OF HENAN

AC overvoltage protection device

The invention belongs to the technical field of electric apparatuses, more particularly discloses an AC overvoltage protection device. The AC overvoltage protection device consists of a power circuit, a voltage detection and comparison control circuit connected with the power circuit, and a micro control unit (MCU) which is connected with the power circuit and based on an external memory or a built-in memory and has a clock sensing function. An output terminal of the voltage detection and comparison control circuit is connected with the MCU which is connected with various loops of a protected electrical apparatus. The AC overvoltage protection device has the advantages of stable supply voltage and high voltage resistance, can ensure operating correctness and stability of the device, has wide high-voltage protection scope and can better perform timely protection in the event of abnormal voltage. In addition, as the AC overvoltage protection device has simple structure and small size, the device can be directly designed on a circuit board, mass production can be realized without modifying procedures, and the manufacturing cost is low.
Owner:PANASONIC HOME APPLIANCES AIR CONDITIONING GUANGZHOU CO LTD

Double-ground-wire precise matching power supply

The invention relates to a double-ground-wire precise matching power supply and belongs to the technical field of electronics. The double-ground-wire precise matching power supply comprises a rectification unit 1, a floating charge constant-voltage unit, a storage battery, a rectification unit 2, an overvoltage protection unit 1, a switching control unit, an AC power supply unit 1, an AC power supply unit 2, a load equivalent unit, an automatic switching unit, and an overvoltage protection unit 2. The positive pole of the storage battery and the output ends of the AC power supply units are connected with the power end of the load equivalent unit. The grounding end of the load equivalent unit is connected with the automatic switching unit. The automatic switching unit is controlled by the switching control unit. When AC power is provided, the switching control unit is activated and the automatic switching unit is disconnected so that the storage battery is not discharged. When no AC power is provided, the switching control unit is disconnected and the storage battery is discharged to supply power to a load. The double-ground-wire precise matching power supply is fast in switching speed so as not to have an influence on the load for ensuring the performance of the load. The double-ground-wire precise matching power supply forms multistage overvoltage protection, has wider adaptability than a traditional power supply, can be widely adapted to the needs of the load.
Owner:CHONGQING NINGLAI SCI & TRADE

Management of the number of active power cells of a variable speed drive

A method for controlling a variable speed drive supplying power to an electric motor, the variable speed drive comprising a plurality of at least Ni low-voltage power cells connected in series, comprising:upon reception of a speed command, determining a number Mi of cells sufficient to supply power to the motor at a target voltage V that is determined based on the speed command; andactivating the Mi power cells from among the Ni power cells, and deactivating the Ni-Mi other power cells in order to supply power to the motor in accordance with the speed command.
Owner:SCHNEIDER TOSHIBA INVERTER EUROPE SAS

Touch type monitor capable of achieving active informing when fault occurs

The invention belongs to the technical field of mechanical and electrical integration, and relates to a touch type monitor capable of achieving active informing when a fault occurs. The touch type monitor is jointly composed of a fault monitoring power circuit, a lock hole cover plate, an alarm starting switch, a touch type circuit and a videography and warning circuit. The lock hole cover plate covers a lock hole switch and a lock hole together. When an event occurs, a tough signal is generated once the hand touches the lock hole cover plate, and after the touch signal is amplified through the touch type circuit, the videography and warning circuit is started to achieve videography and warning; and for events which cannot be stopped, either the lock hole continues to be opened or a door is barbarously burst open, the alarm starting switch immediately acts, the videography and warning circuit is started to achieve videography and warning, the fault monitoring power circuit is used in cooperation, and when the touch type monitor breaks down, the important functions of protection and display are achieved; and the problem that a burglar alarm is damaged so that an alarm cannot be given when an event occurs does not need to be considered any more, and the security performance of antitheft products is improved.
Owner:CHONGQING NINGLAI SCI & TRADE

A touch-type monitor that actively notifies when there is a fault

The invention belongs to the technical field of mechanical and electrical integration, and relates to a touch type monitor capable of achieving active informing when a fault occurs. The touch type monitor is jointly composed of a fault monitoring power circuit, a lock hole cover plate, an alarm starting switch, a touch type circuit and a videography and warning circuit. The lock hole cover plate covers a lock hole switch and a lock hole together. When an event occurs, a tough signal is generated once the hand touches the lock hole cover plate, and after the touch signal is amplified through the touch type circuit, the videography and warning circuit is started to achieve videography and warning; and for events which cannot be stopped, either the lock hole continues to be opened or a door is barbarously burst open, the alarm starting switch immediately acts, the videography and warning circuit is started to achieve videography and warning, the fault monitoring power circuit is used in cooperation, and when the touch type monitor breaks down, the important functions of protection and display are achieved; and the problem that a burglar alarm is damaged so that an alarm cannot be given when an event occurs does not need to be considered any more, and the security performance of antitheft products is improved.
Owner:CHONGQING NINGLAI SCI & TRADE

Provisional overvoltage protection for a luminaire

The invention is related to a luminaire comprising a lighting module for emitting light, a driver for driving operation of the lighting module, a runtime overvoltage protection device for protecting the lighting module and the driver from exposure to overvoltage above a first overvoltage tripping limit, and a provisional overvoltage protection device that is connected in parallel to the runtime overvoltage protection device and has a second overvoltage tripping limit. The second tripping limit smaller than the first overvoltage tripping limit so that the provisional overvoltage protection device provides overvoltage protection to the runtime overvoltage protection device. Moreover, the provisional overvoltage protection device is deactivatable.
Owner:SIGNIFY HLDG BV

A triple automatic switching supporting power supply

The invention relates to a three-function automatically switched matching power supply and belongs to the technical field of electronics. The three-functions automatically switched matching power supply comprises a DC rectification unit, an AC rectification unit, a switch lightning protection unit, an AC operating unit, an AC backup unit, a load unit, a storage battery, a charging unit, an isolation unit, a conversion control unit, and a silicon controlled rectifier (SCR) conversion unit. The OR-gate diodes of the two rectification units are connected to the switch lightning protection unit. The switch lightning protection unit is formed by a lightning protection relay and a lightning protection voltage-stabilizing tube connected in series. The lightning protection voltage-stabilizing tube generates protection during overvoltage. The AC rectification unit output supplies current to an AC power supply unit and the conversion control unit. The DC rectification unit output supplies current to the charging unit. When the load unit is connected and AC power is provided, the conversion control unit is started and the SCR conversion unit is switched off so as to achieve an AC power supply circuit. When no AC power is provided, the conversion control unit is cut off and the SCR conversion unit is activated so as to achieve a DC power supply circuit. A three-terminal integrated circuit supplies power in a normal state. The three-function automatically switched matching power supply has all advantages of a three-terminal integrated circuit.
Owner:CHONGQING NINGLAI SCI & TRADE

High potential gate control device for series thyristor valve block in SVC (Static Var Compensator)

The invention relates to a high potential gate control device for a series thyristor valve block in an SVC (Static Var Compensator). The device comprises a plurality of gate control modules, a control unit, an energy acquiring unit, a photoelectric conversion unit, a voltage detection unit and a protection unit, wherein each gate control module is used for controlling two thyristors which respectively correspond to the gate control module; the control unit is used for triggering the thyristors according to a trigger command, acquiring and transmitting state information of the thyristors to the photoelectric conversion unit and transmitting alarm information according to detection information of the voltage detection unit; the energy acquiring unit is used for supplying power to the control unit; the photoelectric conversion unit is used for photoelectrically converting and uploading the rexeived trigger command and the state information of the thyristors; the voltage detection unit is used for detecting the voltage of the energy acquiring unit and transmitting the detection information to the control unit; and the protection unit is used for carrying out voltage breakdown protection on the thyristors. The device disclosed by the invention has the advantages of high integrated level, high reliability and low power consumption and can be used for providing sound control and protection for a high-voltage series thyristor valve block in the SVC system.
Owner:CREAT POREEN POWER ELECTRONICS
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