CN106205309A - A kind of multi-function power bridge circuit - Google Patents
A kind of multi-function power bridge circuit Download PDFInfo
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- CN106205309A CN106205309A CN201610673307.7A CN201610673307A CN106205309A CN 106205309 A CN106205309 A CN 106205309A CN 201610673307 A CN201610673307 A CN 201610673307A CN 106205309 A CN106205309 A CN 106205309A
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Abstract
The invention discloses a kind of multi-function power bridge circuit, be made up of the first electrochemical capacitor C and the second electrochemical capacitor C, the first power bridge to the 6th power bridge, the first diode D to the 6th diode D, the first wire jumper TX to the 15th wire jumper TX, first interface interface J to the 4th interface J interface.Multi-function power bridge circuit of the present invention, integrates half-bridge, H bridge, three phase full bridge and four mutually asymmetric full-bridges, and circuit is simple, it is easy to accomplish；Can select to use one of which power bridge for different demands；Meanwhile, the present invention can be used for student instruction, and a set of equipment can be study and the use that student provides four kinds of power bridges, low cost.
Description
Technical field
The present invention relates to a kind of power bridge, specifically relate to a kind of for imparting knowledge to students and needing to meet different capacity bridge need
The multi-function power bridge circuit asked.
Background technology
, it is required for use power bridge, for different demands, used power bridge kind at present, in a lot of industrial equipments not
Class is the most different.In power management, general employing full-bridge or half-bridge；General employing three phase full bridge etc. in motor control.At present
Domestic power bridge is all special, for a kind of demand, produces a kind of power bridge, when there being different demand, needs to use not
Same power bridge so that commercial production is relatively costly.The present invention collects half-bridge, H bridge, three phase full bridge, four mutually asymmetric full-bridges in one
Body, for different demands, adjusts circuit connecting mode, uses one of which power bridge, to achieve the goal；Meanwhile, the present invention
Can be used for student instruction to use, a set of equipment can be study and the use that student provides four kinds of power bridges, low cost.
Summary of the invention
The invention aims to defect and the deficiency overcoming prior art to exist, it is provided that a kind of multi-function power bridge electricity
Road.The multi-function power bridge of the present invention can meet multiple demand, and convenient teaching uses, and reduces cost.The present invention is by changing
Become the connected mode of each power bridge, form 4 kinds of different bridges.
For reaching above-mentioned purpose, the present invention realizes purpose and be the technical scheme is that
A kind of multi-function power bridge circuit, by the first electrochemical capacitor Ca and the second electrochemical capacitor Cb, the first power bridge 1 to the
Six power bridge the 6, first diode D11 to the 6th diode D61, the first wire jumper TX1 to the 15th wire jumper TX56, first interface connect
Mouthful J1 to the 4th interface J4 interface composition, wherein said first power bridge 1 colelctor electrode terminate 2 ports of the first wire jumper TX1, the 3rd
1 port of wire jumper TX3, the negative pole of the first electric capacity D11,1 port of the 13rd wire jumper TX12 and the c port of the 3rd interface J3, the
One power bridge 1 emitter stage termination 1 port of the 8th wire jumper TX21, a port of the second interface J2 and the b port of the 3rd interface J3,
The a port of grid termination the 3rd interface J3 of the first power bridge 1；2 ends of the second power bridge 2 colelctor electrode termination the 7th wire jumper TX11
Mouth, the b port of the second interface J2 and the c port of the 4th interface J4, the second power bridge 2 emitter stage terminates 2 ends of the second wire jumper TX2
Mouth, 1 port of the forth jump line TX4, the positive pole of the second electric capacity D21,2 ports of the 13rd wire jumper TX12 and the b of the 4th interface J4
Port, a port of grid termination the 4th interface J4 of the second power bridge 2；3rd power bridge 3 colelctor electrode termination the 3rd wire jumper TX3
2 ports, 1 port of the fifth jump line TX5, the negative pole of the 3rd electric capacity D31,1 port of the 14th wire jumper TX34 and the 3rd interface
The f port of J3, the 3rd power bridge 3 emitter stage termination 1 port of the tenth wire jumper TX41, the c port and the 3rd of the second interface J2 connect
The e port of mouth J3, the d port of grid termination the 3rd interface J3 of the 3rd power bridge 3；4th power bridge 4 colelctor electrode termination the 9th
2 ports of wire jumper TX31, the d port of the second interface J2 and the f port of the 4th interface J4, the 4th power bridge 4 emitter stage termination the
2 ports of four wire jumper TX4,1 port of the 6th wire jumper TX6, the positive pole of the 4th electric capacity D41,2 ports of the 14th wire jumper TX34 and
The e port of the 4th interface J4, the d port of grid termination the 4th interface J4 of the 4th power bridge 4；5th power bridge 5 collector terminal
Connect 2 ports of the fifth jump line TX5, the negative pole of the 5th electric capacity D51,1 port of the 15th wire jumper TX56 and the i end of the 3rd interface J3
Mouthful, the 5th power bridge 5 emitter stage termination 1 port of the 12nd wire jumper TX61, the e port of the second interface J2 and the 3rd interface J3's
H port, the g port of grid termination the 3rd interface J3 of the 5th power bridge 5；6th power bridge 6 colelctor electrode termination the 11st wire jumper
2 ports of TX51, the f port of the second interface J2 and the i port of the 4th interface J4, the 6th power bridge 6 emitter stage termination the 6th jumping
2 ports of line TX6, the positive pole of the 6th electric capacity D61,2 ports of the 15th wire jumper TX56 and the h port of the 4th interface J4, the 6th
The g port of grid termination the 4th interface J4 of power bridge 6；First electrochemical capacitor Ca positive pole connects a port and of first interface J1
1 port of one wire jumper TX1, the negative pole of the first electrochemical capacitor Ca is just meeting the b port of first interface J1 and the second electrochemical capacitor Cb
Pole；The positive pole of the second electrochemical capacitor Cb connects b port and the negative pole of the first electrochemical capacitor Ca, second electrochemical capacitor of first interface J1
Cb negative pole connects c port and 1 port of the second wire jumper TX2 of first interface J1；First diode D11 positive pole meets the 7th wire jumper TX11
1 port, the negative pole of the first diode D11 connect 2 interfaces of the first wire jumper TX1, the collector terminal of the first power bridge 1, the 13rd
1 port of wire jumper TX12 and 1 port of the 3rd wire jumper TX3；Second diode D21 positive pole connect 2 ports of the second wire jumper TX2,
The emitter terminal of two power bridges 2,2 ports of 13 wire jumper TX12 and 1 port of the forth jump line TX4, the second diode D21's is negative
Pole connects 2 ports of the 8th wire jumper TX21；3rd diode D31 positive pole meets 1 port of the 9th wire jumper TX31, the 3rd diode D31
Negative pole connect the collector terminal of the 3rd power bridge 3,2 ports of the 3rd wire jumper TX3,1 port and the 5th of the 14th wire jumper TX34
1 port of wire jumper TX5；4th diode D41 positive pole connect the emitter terminal of the 4th power bridge 4,2 ports of the forth jump line TX4,
2 ports of 14 wire jumper TX34 and 1 port of the 6th wire jumper TX6, the negative pole of the 4th diode D41 meets the 2 of the tenth wire jumper TX41
Port；5th diode D51 positive pole connects 1 port of the 11st wire jumper TX51, and the negative pole of the 5th diode D51 connects the 5th power bridge
Collector terminal, 1 port of the 15th wire jumper TX56 and 2 ports of the fifth jump line TX5 of 5；6th diode D61 positive pole connects the 6th
The emitter terminal of power bridge 6,2 ports of the 15th wire jumper TX56 and 2 ports of the 6th wire jumper TX6, the 6th diode D61's is negative
Pole connects the 2 port compositions of the 12nd wire jumper TX61.Wherein,
The first described electrochemical capacitor Ca and the capacitance of the second electrochemical capacitor Cb are 60 μ F/500V；
Described the first power bridge 1 to the 6th power bridge 6 be the highest back-pressure 1000V, maximum current 60A, maximum work
The IGBT power bridge of rate 250W；
The first described diode D11 to the 6th diode 61 is 1200V for rated voltage, and rated current is the fast of 26A
Quick-recovery diode.
The first described wire jumper TX1 to the 15th wire jumper TX56 is the wire jumper with 2 ports；
Described first interface J1 has 3 ports；Second interface J2 has 6 ports；3rd interface J3 has 9 ends
Mouthful；4th interface J4 has 9 ports.
Advantage and the beneficial effect of multi-function power bridge circuit of the present invention essentially consist in:
1, integrate four kinds of bridges, the function of different purposes can be met.
2, circuit is simple, it is easy to accomplish, low cost of manufacture.
3, being easy to teaching, beneficially student understands the difference of four kinds of bridges, and volume is little simultaneously, takes up room little.
Accompanying drawing explanation
Fig. 1 is the multi-function power bridge circuit organigram of the present invention.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, right
The present invention is described in further detail.Should be appreciated that specific embodiment described herein is used only for explaining the present invention,
It is not intended to limit the present invention.
Be illustrated in fig. 1 shown below, a kind of multi-function power bridge circuit, by the first electrochemical capacitor Ca and the second electrochemical capacitor Cb, the
One power bridge 1 is to the 6th power bridge the 6, first diode D11 to the 6th diode D61, the first wire jumper TX1 to the 15th wire jumper
TX56, first interface interface J1 to the 4th interface J4 interface form, and wherein said first power bridge 1 colelctor electrode terminates the first wire jumper
2 ports of TX1,1 port of the 3rd wire jumper TX3, the negative pole of the first electric capacity D11,1 port and the 3rd of the 13rd wire jumper TX12 connect
The c port of mouth J3, the first power bridge 1 emitter stage termination 1 port of the 8th wire jumper TX21, a port and the 3rd of the second interface J2
The b port of interface J3, a port of grid termination the 3rd interface J3 of the first power bridge 1；Second power bridge 2 colelctor electrode termination the
2 ports of seven wire jumper TX11, the b port of the second interface J2 and the c port of the 4th interface J4, the second power bridge 2 emitter stage termination
2 ports of the second wire jumper TX2,1 port of the forth jump line TX4, the positive pole of the second electric capacity D21,2 ports of the 13rd wire jumper TX12
With the b port of the 4th interface J4, a port of grid termination the 4th interface J4 of the second power bridge 2；3rd power bridge 3 colelctor electrode
Terminate 2 ports of the 3rd wire jumper TX3,1 port of the fifth jump line TX5, the negative pole of the 3rd electric capacity D31, the 1 of the 14th wire jumper TX34
Port and the f port of the 3rd interface J3, the 3rd power bridge 3 emitter stage termination 1 port of the tenth wire jumper TX41, the second interface J2
C port and the e port of the 3rd interface J3, the d port of grid termination the 3rd interface J3 of the 3rd power bridge 3；4th power bridge 4 collects
Electrode termination 2 ports of the 9th wire jumper TX31, the d port of the second interface J2 and the f port of the 4th interface J4, the 4th power bridge 4
Emitter stage terminates 2 ports of the forth jump line TX4,1 port of the 6th wire jumper TX6, the positive pole of the 4th electric capacity D41, the 14th wire jumper
2 ports of TX34 and the e port of the 4th interface J4, the d port of grid termination the 4th interface J4 of the 4th power bridge 4；5th merit
Rate bridge 5 colelctor electrode terminates 2 ports of the fifth jump line TX5, the negative pole of the 5th electric capacity D51,1 port of the 15th wire jumper TX56 and
The i port of three interface J3, the 5th power bridge 5 emitter stage termination 1 port of the 12nd wire jumper TX61, the e port of the second interface J2
With the h port of the 3rd interface J3, the g port of grid termination the 3rd interface J3 of the 5th power bridge 5；6th power bridge 6 colelctor electrode
Terminate 2 ports of the 11st wire jumper TX51, the f port of the second interface J2 and the i port of the 4th interface J4, the 6th power bridge 6
Emitter-base bandgap grading termination 2 ports of the 6th wire jumper TX6, the positive pole of the 6th electric capacity D61,2 ports of the 15th wire jumper TX56 and the 4th interface
The h port of J4, the g port of grid termination the 4th interface J4 of the 6th power bridge 6；First electrochemical capacitor Ca positive pole connects first interface
The a port of J1 and 1 port of the first wire jumper TX1, the negative pole of the first electrochemical capacitor Ca connects b port and second electricity of first interface J1
Solve the positive pole of electric capacity Cb；The positive pole of the second electrochemical capacitor Cb connects b port and the negative pole of the first electrochemical capacitor Ca of first interface J1,
Second electrochemical capacitor Cb negative pole connects c port and 1 port of the second wire jumper TX2 of first interface J1；First diode D11 positive pole connects
1 port of the 7th wire jumper TX11, the negative pole of the first diode D11 connects 2 interfaces of the first wire jumper TX1, the current collection of the first power bridge 1
Extremely, 1 port of the 13rd wire jumper TX12 and 1 port of the 3rd wire jumper TX3；Second diode D21 positive pole meets the second wire jumper TX2
2 ports, the emitter terminal of the second power bridge 2,2 ports of 13 wire jumper TX12 and 1 port of the forth jump line TX4, the two or two
The negative pole of pole pipe D21 connects 2 ports of the 8th wire jumper TX21；3rd diode D31 positive pole connects 1 port of the 9th wire jumper TX31, the
The negative pole of three diode D31 connect the collector terminal of the 3rd power bridge 3,2 ports of the 3rd wire jumper TX3, the 1 of the 14th wire jumper TX34
Port and 1 port of the fifth jump line TX5；4th diode D41 positive pole meets the emitter terminal of the 4th power bridge 4, the forth jump line TX4
2 ports, 2 ports of the 14th wire jumper TX34 and 1 port of the 6th wire jumper TX6, the negative pole of the 4th diode D41 connects the tenth jumping
2 ports of line TX41；5th diode D51 positive pole connects 1 port of the 11st wire jumper TX51, and the negative pole of the 5th diode D51 connects
The collector terminal of the 5th power bridge 5,1 port of the 15th wire jumper TX56 and 2 ports of the fifth jump line TX5；6th diode D61
Positive pole connects the emitter terminal of the 6th power bridge 6,2 ports of the 15th wire jumper TX56 and 2 ports of the 6th wire jumper TX6, and the six or two
The negative pole of pole pipe D61 connects 2 ports of the 12nd wire jumper TX61.
Wherein, the first described electrochemical capacitor Ca and the capacitance of the second electrochemical capacitor Cb are 60 μ F/500V；
First power bridge 1 to the 6th power bridge 6 be the highest back-pressure 1000V, maximum current 60A, peak power 250W
IGBT power bridge；
First diode D11 to the 6th diode 61 is 1200V for rated voltage, and rated current is the fast quick-recovery of 26A
Diode；
First wire jumper TX1 to the 15th wire jumper TX56 is the wire jumper with 2 ports；
First interface J1 has 3 ports；Second interface J2 has 6 ports；3rd interface J3 has 9 ports；The
Four interface J4 have 9 ports.
The using method of the multi-function power bridge circuit of the present invention, specifically includes half-bridge, H bridge, three phase full bridge, four phases the most right
Claim half-bridge four kinds use, respectively:
1, making half-bridge to use, concrete grammar step is:
By the first wire jumper TX1 two-port short circuit, the second wire jumper TX2 two-port short circuit, the 7th wire jumper TX11 two-port short circuit,
8th wire jumper TX21 two-port short circuit, a port of the second interface J2 and b port short circuit, load is received sending out of the first power bridge 1
Between the positive pole of emitter-base bandgap grading and the first electrochemical capacitor Ca, form first half-bridge, i.e. positive half cycle current and flowed to bear by the first power bridge 1
Carrying, negative half-cycle current is flowed to the second power bridge 2 by load；
In like manner, the 3rd wire jumper TX3 two-port short circuit, the forth jump line TX4 two-port short circuit, the 9th wire jumper TX31 two-port is short
Connect, the tenth wire jumper TX41 two-port short circuit, the c port of the second interface J2 and d port short circuit, load is received the 3rd power bridge 3
Emitter stage and the positive pole of the first electrochemical capacitor between, form second half-bridge, i.e. positive half cycle current and flowed to by the 3rd power bridge 3
Load, negative half-cycle current is flowed to the 4th power bridge 4 by load；
The fifth jump line TX5 two-port short circuit, the 6th wire jumper TX6 two-port short circuit, the 11st wire jumper TX51 two-port short circuit,
12nd wire jumper TX61 two-port short circuit, the e port of the second interface J2 and f port short circuit, the 3rd half-bridge can be formed, the most partly
Week, electric current was flowed to load by the 5th power bridge 5, and negative half-cycle current is flowed to the 6th power bridge 6 by load.
2, making H bridge to use, concrete grammar step is:
By the first wire jumper TX1 two-port short circuit, the second wire jumper TX2 two-port short circuit, the 7th wire jumper TX11 two-port short circuit,
8th wire jumper TX21 two-port short circuit, a port of the second interface J2 and b port short circuit, the 3rd wire jumper TX3 two-port short circuit, the
Four wire jumper TX4 two-port short circuits, the 9th wire jumper TX31 two-port short circuit, the tenth wire jumper TX41 two-port short circuit, the second interface J2
C port and d port short circuit, load is connected to emitter stage and the emitter stage of the 3rd power bridge 3 of the first power bridge 1, formed
One H bridge, i.e. positive half cycle current are flowed to the 3rd power bridge 3 by the first power bridge 1, and negative half-cycle current is flowed to by the second power bridge 2
4th power bridge 4.
3, making three phase full bridge to use, concrete grammar step is:
The a port of the second interface J2 and b port short circuit, the c port of the second interface J2 and d port short circuit, the second interface J2
E port and f port short circuit, the first wire jumper TX1 two-port short circuit, the second wire jumper TX2 two-port short circuit, the 3rd wire jumper TX3 two
Port short circuit, the forth jump line TX4 two-port short circuit, the fifth jump line TX5 two-port short circuit, the 6th wire jumper TX6 two-port short circuit, the
Seven wire jumper TX11 two-port short circuits, the 8th wire jumper TX21 two-port short circuit, the 9th wire jumper TX31 two-port short circuit, the tenth wire jumper
TX41 two-port short circuit, the 11st wire jumper TX51 two-port short circuit, the 12nd wire jumper TX61 two-port short circuit, three are loaded
One end is connected together, and the other end connects the emitter stage of the first power bridge 1, the emitter stage of the 3rd power bridge 3, the 5th power bridge 5 respectively
Emitter stage, form a three phase full bridge.Three phase full bridge is mainly used in driving three phase electric machine, the order of pipe conducting to be followed successively by:
First power bridge 1 and the 4th power bridge 4 turn on；First power bridge 1 and the 4th power bridge 4 turn off；First power bridge 1 and the 6th merit
Rate bridge 6 turns on；First power bridge 1 and the 6th power bridge 6 turn off；3rd power bridge 3 and the 6th power bridge 6 turn on；3rd power
Bridge 3 and the 6th power bridge 6 turn off；3rd power bridge 3 and the second power bridge 2 turn on；3rd power bridge 3 and the second power bridge 2 close
Disconnected；5th power bridge 5 and the second power bridge 2 turn on；5th power bridge 5 and the second power bridge 2 turn off；5th power bridge 5 and
Four power bridges 4 turn on；5th power bridge 5 and the 4th power bridge 4 turn off.
4, making four phase asymmetrical half-bridges to use, concrete grammar step is:
First wire jumper TX1 two-port short circuit, the second wire jumper TX2 two-port short circuit, the 3rd wire jumper TX3 two-port short circuit, the
Four wire jumper TX4 two-port short circuits, the 7th wire jumper TX11 two-port short circuit, the 8th wire jumper TX21 two-port short circuit, the 9th wire jumper
TX31 two-port short circuit, the tenth wire jumper TX41 two-port short circuit, the 13rd wire jumper TX12 two-port short circuit, the 14th wire jumper TX34
Two-port short circuit, is connected together one end that four load, and the other end connects the emitter stage of the first power bridge 1, the second power respectively
The colelctor electrode of bridge 2, the emitter stage of the 3rd power bridge 3, the colelctor electrode of the 4th power bridge 4, form four mutually asymmetric full-bridges.Pipe
The order of son conducting is followed successively by: the first power bridge 1 and the second power bridge 4 turn on；First power bridge 1 and the second power bridge 4 turn off；
First power bridge 1 and the 4th power bridge 4 turn on；First power bridge 1 and the 4th power bridge 4 turn off；4th power bridge 4 and the 3rd merit
Rate bridge 3 turns on；4th power bridge 4 and the 3rd power bridge 3 turn off；3rd power bridge 3 and the second power bridge 2 turn on；3rd power
Bridge 3 and the second power bridge 2 turn off.
The above, the only present invention preferably detailed description of the invention.Certainly, the present invention also can have other multiple enforcement
Example, without departing substantially from the present invention spirit and essence in the case of, any those familiar with the art, when can according to this
Invention is made various corresponding equivalence and is changed and deformation, all should belong to the protection domain of appended claims of the invention.
Claims (6)
1. a multi-function power bridge circuit, it is characterised in that: by the first electrochemical capacitor Ca and the second electrochemical capacitor Cb, the first merit
Rate bridge (1) is to the 6th power bridge (6), the first diode D (11) to the 6th diode D (61), the 6th wire jumper TX (1) to the 15th
Wire jumper TX (56), first interface interface J (1) form to the 4th interface J (4) interface, wherein said first power bridge (1) colelctor electrode
Terminate 2 ports of the 6th wire jumper TX (1), 1 port of the 3rd wire jumper TX (3), the negative pole of the first electric capacity D (11), the 13rd wire jumper
1 port of TX (12) and the c port of the 3rd interface J (3), 1 end of the first power bridge (1) emitter stage termination the 8th wire jumper TX (21)
Mouth, a port of the second interface J (2) and the b port of the 3rd interface J (3), grid termination the 3rd interface J of the first power bridge (1)
(3) a port；Second power bridge (2) colelctor electrode termination 2 ports of the 7th wire jumper TX (11), the second interface J (2) b port and
The c port of the 4th interface J (4), the second power bridge (2) emitter stage terminates 2 ports of the second wire jumper TX (2), the forth jump line TX (4)
1 port, the positive pole of the second electric capacity D21,2 ports of the 13rd wire jumper TX (12) and the b port of the 4th interface J (4), the second merit
The a port of grid termination the 4th interface J (4) of rate bridge (2)；The 2 of 3rd power bridge (3) colelctor electrode termination the 3rd wire jumper TX (3)
Port, 1 port of the fifth jump line TX (5), the negative pole of the 3rd electric capacity D31,1 port of the 14th wire jumper TX (34) and the 3rd interface
The f port of J (3), the 3rd power bridge (3) emitter stage termination 1 port of the tenth wire jumper TX (41), the c port of the second interface J (2)
With the e port of the 3rd interface J (3), the d port of grid termination the 3rd interface J (3) of the 3rd power bridge (3)；4th power bridge
(4) colelctor electrode termination 2 ports of the 9th wire jumper TX (31), the d port of the second interface J (2) and the f port of the 4th interface J (4),
4th power bridge (4) emitter stage terminates 2 ports of the forth jump line TX (4), 1 port of the 6th wire jumper TX (6), the 4th electric capacity D41
Positive pole, 2 ports of the 14th wire jumper TX (34) and the e port of the 4th interface J (4), the grid termination the of the 4th power bridge (4)
The d port of four interface J (4)；5th power bridge (5) colelctor electrode terminate 2 ports of the fifth jump line TX (5), the 5th electric capacity D51 negative
Pole, 1 port of the 15th wire jumper TX (56) and the i port of the 3rd interface J (3), the 5th power bridge (5) emitter stage termination the 12nd
1 port of wire jumper TX (61), the e port of the second interface J (2) and the h port of the 3rd interface J (3), the grid of the 5th power bridge (5)
Extremely connect the g port of the 3rd interface J (3)；6th power bridge (6) colelctor electrode termination 2 ports of the 11st wire jumper TX (51), second
The f port of interface J (2) and the i port of the 4th interface J (4), the 2 of the 6th power bridge (6) emitter stage termination the 6th wire jumper TX (6)
Port, the positive pole of the 6th electric capacity D61,2 ports of the 15th wire jumper TX (56) and the h port of the 4th interface J (4), the 6th power
The g port of grid termination the 4th interface J (4) of bridge (6)；First electrochemical capacitor Ca positive pole connect first interface J (1) a port and
1 port of the 6th wire jumper TX (1), the negative pole of the first electrochemical capacitor Ca connects b port and second electrochemical capacitor of first interface J (1)
The positive pole of Cb；The positive pole of the second electrochemical capacitor Cb connects b port and the negative pole of the first electrochemical capacitor Ca of first interface J (1), and second
Electrochemical capacitor Cb negative pole connects c port and 1 port of the second wire jumper TX (2) of first interface J (1)；First diode D (11) positive pole
Connecing 1 port of the 7th wire jumper TX (11), the negative pole of the first diode D (11) connects 2 interfaces of the 6th wire jumper TX (1), the first power
The collector terminal of bridge (1), 1 port of the 13rd wire jumper TX (12) and 1 port of the 3rd wire jumper TX (3)；Second diode D (21)
Positive pole connects 2 ports of the second wire jumper TX (2), the emitter terminal of the second power bridge (2), 2 ports and the 4th of 13 wire jumper TX12
1 port of wire jumper TX (4), the negative pole of the second diode D (21) connects 2 ports of the 8th wire jumper TX (21)；3rd diode D (31)
Positive pole connects 1 port of the 9th wire jumper TX (31), the negative pole of the 3rd diode D (31) connect the collector terminal of the 3rd power bridge (3),
2 ports of three wire jumper TX (3), 1 port of the 14th wire jumper TX (34) and 1 port of the fifth jump line TX (5)；4th diode D
(41) positive pole connects the emitter terminal of the 4th power bridge (4), 2 ports of the forth jump line TX (4), 2 ends of the 14th wire jumper TX (34)
Mouth and 1 port of the 6th wire jumper TX (6), the negative pole of the 4th diode D (41) connects 2 ports of the tenth wire jumper TX (41)；Five or two
Pole pipe D (51) positive pole connects 1 port of the 11st wire jumper TX (51), and the negative pole of the 5th diode D (51) connects the 5th power bridge (5)
Collector terminal, 1 port of the 15th wire jumper TX (56) and 2 ports of the fifth jump line TX (5)；6th diode D (61) positive pole connects
The emitter terminal of the 6th power bridge (6), 2 ports of the 15th wire jumper TX (56) and 2 ports of the 6th wire jumper TX (6), the six or two
The negative pole of pole pipe D (61) connects 2 ports of the 12nd wire jumper TX (61).
A kind of multi-function power bridge circuit the most according to claim 1, it is characterised in that: the first described electrochemical capacitor Ca
It is 60 μ F/500V with the capacitance of the second electrochemical capacitor Cb.
A kind of multi-function power bridge circuit the most according to claim 1, it is characterised in that: described the first power bridge (1)
It is the highest piezoelectric voltage 1000V, maximum current 60A, the IGBT power bridge of peak power 250W to the 6th power bridge (6).
A kind of multi-function power bridge circuit the most according to claim 1, it is characterised in that: the first described diode D
(11) it is rated voltage 1200V to the 6th diode (61), the fast recovery diode of rated current 26A.
A kind of multi-function power bridge circuit the most according to claim 1, it is characterised in that: the 6th described wire jumper TX (1)
The wire jumper with 2 ports it is to the 15th wire jumper TX (56).
A kind of multi-function power bridge circuit the most according to claim 1, it is characterised in that: described first interface J (1) tool
There are 3 ports；Second interface J (2) has 6 ports；3rd interface J (3) and the 4th interface J (4) is respectively provided with 9 ports.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610673307.7A CN106205309A (en) | 2016-08-16 | 2016-08-16 | A kind of multi-function power bridge circuit |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610673307.7A CN106205309A (en) | 2016-08-16 | 2016-08-16 | A kind of multi-function power bridge circuit |
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| CN106205309A true CN106205309A (en) | 2016-12-07 |
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| CN201610673307.7A Pending CN106205309A (en) | 2016-08-16 | 2016-08-16 | A kind of multi-function power bridge circuit |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103944244A (en) * | 2014-05-09 | 2014-07-23 | 薛建仁 | PWM electric vehicle charging power supply and charging station based on PWM charging power supply |
| CN104579067A (en) * | 2015-01-09 | 2015-04-29 | 南京航空航天大学 | Excitation fault fault-tolerant power generation system of double-salient electro-magnetic motor and control method of system |
| CN204614785U (en) * | 2015-05-15 | 2015-09-02 | 中山大洋电机股份有限公司 | Power semiconductor modular |
-
2016
- 2016-08-16 CN CN201610673307.7A patent/CN106205309A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103944244A (en) * | 2014-05-09 | 2014-07-23 | 薛建仁 | PWM electric vehicle charging power supply and charging station based on PWM charging power supply |
| CN104579067A (en) * | 2015-01-09 | 2015-04-29 | 南京航空航天大学 | Excitation fault fault-tolerant power generation system of double-salient electro-magnetic motor and control method of system |
| CN204614785U (en) * | 2015-05-15 | 2015-09-02 | 中山大洋电机股份有限公司 | Power semiconductor modular |
Non-Patent Citations (1)
| Title |
|---|
| 王堂旺: "基于FPGA的开关磁阻电机调速***的设计", 《百度文库》 * |
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