CN104852419B - Large-power integrated lithium battery - Google Patents
Large-power integrated lithium battery Download PDFInfo
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- CN104852419B CN104852419B CN201410808829.4A CN201410808829A CN104852419B CN 104852419 B CN104852419 B CN 104852419B CN 201410808829 A CN201410808829 A CN 201410808829A CN 104852419 B CN104852419 B CN 104852419B
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Abstract
The invention provides a large-power integrated lithium battery including an AC power supply interface, an AC power supply interface, a first comparator, a second comparator, a third comparator, a power switch, a control switch, a signal processing circuit, a variable constant current/voltage limiting DC charger, a 14.4V lithium battery and management circuit, a voltage detecting circuit, a phase inverter and a constant current/voltage limiting AC charger. According to the invention, the large-power integrated lithium battery includes the power switch. The input terminal of the power switch is connected with the DC power supply interface and the 14.4V lithium battery and management circuit, so that the large-power integrated lithium battery has functions of DC power supply DC output and 14.4V large-capacity lithium battery output and the DC power supply DC output takes priority. At the same time, the large-power integrated lithium battery also has functions of AC charging and DC charging and AC charging takes priority, so that the large-power integrated lithium battery can be applied to automobiles and functions making convenience for users are rich.
Description
Technical field
The invention belongs to field of lithium, and in particular to a kind of high-power integrated lithium battery.
Background technology
At present, the electric equipment for using on automobile is more and more, and power is also increasing, when automobile storage battery can not be supported
During the use time of these electric equipments, it is necessary to supported using other jumbo batteries.But, the invention of the present invention
People has found that up to the present, the large-capacity battery that can be used on automobile is few, selects thus available for user through research
Leeway is less.
The content of the invention
Exist up to the present for prior art, the large-capacity battery that can be used on automobile is few, thus can
For the less technical problem in leeway that user selects, the present invention provides a kind of high-power integrated lithium battery.
To achieve these goals, the present invention is adopted the following technical scheme that：
A kind of high-power integrated lithium battery, including direct current supply interface, Alternating Current Power Supply interface, first comparator, second
Comparator, the 3rd comparator, power switch, controlling switch, signal processing circuit, variable constant current/pressure limiting DC charger,
14.4V lithium batteries and management circuit, voltage detecting circuit, phase inverter and constant current/pressure limiting AC charger；The direct current supply connects
The output end of mouth is connected with an input of power switch, and the output end connection of power switch is powered load, and first compares
Device is connected between the output end of direct current supply interface and the control end of power switch, variable constant current/pressure limiting DC charging
The input of device is connected with the output end of the direct current supply interface, output end Jing 14.4V lithium batteries and management circuit after with work(
Another input connection of rate switch a, input of signal processing circuit connects with the output end of the direct current supply interface
Connect, output end is connected Jing after controlling switch with the first control end of variable constant current/pressure limiting DC charger, the one of the 3rd comparator
Individual input is connected with the output end of the direct current supply interface, and output end is connected with the control end of controlling switch, the exchange
The output end of power supply interface Jing after voltage detecting circuit, the second comparator and phase inverter with variable constant current/pressure limiting DC charger
The second control end connection, the input of constant current/pressure limiting AC charger is connected with the output end of the Alternating Current Power Supply interface, defeated
Go out end to be connected between variable constant current/pressure limiting DC charger and 14.4V lithium batteries and management circuit, and constant current/pressure limiting exchange
The control end of charger is connected between the second comparator and phase inverter.
In the high-power integrated lithium battery that the present invention is provided, power switch, the input of the power switch are included
It is connected with direct current supply interface and 14.4V lithium batteries and management circuit, thus directly exports and 14.4V great Rong with direct current supply
The function of lithium battery output is measured, and direct current supply is directly exported preferentially, while also there is AC charging and DC charging function, and
AC charging is preferential, so can be used as the large-capacity battery used on automobile, the function leeway for being available for user to select is more.
Further, the power switch include H inputs, L inputs, control end and output end, the H inputs with it is straight
The output end connection of stream power supply interface, the L inputs are connected with the output end of 14.4V lithium batteries and management circuit, the control
End processed is connected with the output end of first comparator, and the output end connection is powered load.
Further, the first comparator includes positive input terminal, negative input end and output end, and the positive input terminal connection is straight
The output end of stream power supply interface, the negative input end is connected with the 12V direct current supply under-voltage protection voltages for arranging, the output end
It is connected with the control end of power switch.
Further, the variable constant current/pressure limiting DC charger include input, the first control end, the second control end and
Output end, the input connects the output end of direct current supply interface, and first control end connects with the output end of controlling switch
Connect, second control end is connected with the output end of phase inverter, the input of the output end and 14.4V lithium batteries and management circuit
End connection.
Further, the 3rd comparator includes positive input terminal, negative input end and output end, and the positive input terminal connection is straight
Stream power supply interface output end, the negative input end with arrange self adaptation work threshold voltage be connected, the output end and control
The control end connection of system switch.
Further, the controlling switch include H inputs, L inputs, control end and output end, the H inputs with it is straight
The setting voltage connection of stream maximum charging current, the L inputs are connected with the output end of signal processing circuit, the control end
It is connected with the output end of the 3rd comparator, the output end is connected with the first control end of variable constant current/pressure limiting DC charger.
Further, second comparator includes positive input terminal, negative input end and output end, the positive input terminal connection electricity
Pressure detection circuit output end, the negative input end with arrange Alternating Current Power Supply under-voltage protection voltage be connected, the output end and
The control end connection of the input of phase inverter and constant current/pressure limiting AC charger.
Further, the constant current/pressure limiting AC charger include input, output end and control end, the input with
The output end connection of Alternating Current Power Supply interface, the output end is connected to variable constant current/pressure limiting DC charger and 14.4V lithium batteries
And between management circuit, the control end is connected between the second comparator and phase inverter.
Further, the signal processing circuit includes first adder, second adder and proportional amplifier, the first addition
The positive input terminal of device is connected with the self adaptation work threshold voltage for arranging, the negative input end of first adder and the direct current supply
The output end connection of interface, the output end of first adder is connected with the negative input end of second adder, and second adder is just
Input be connected with the Self Adaptive Control sensitivity voltage for arranging, the output end of second adder and the input of proportional amplifier
Connection, the output end of proportional amplifier is connected with the L inputs of controlling switch.
Further, the Self Adaptive Control sensitivity voltage of the setting is 0.5～1.2V.
Description of the drawings
Fig. 1 is the high-power integrated lithium battery theory structure schematic diagram that the present invention is provided.
Fig. 2 is the theory structure schematic diagram of signal processing circuit in Fig. 1.
Specific embodiment
In order that technological means, creation characteristic, reached purpose and effect that the present invention is realized are easy to understand, tie below
Conjunction is specifically illustrating, and the present invention is expanded on further.
Refer to shown in Fig. 1, a kind of high-power integrated lithium battery, including direct current supply interface (i.e. 12V direct current supplys),
Alternating Current Power Supply interface (i.e. 220V Alternating Current Power Supplies), first comparator (i.e. A1), the second comparator (i.e. A2), the 3rd comparator are (i.e.
A3), power switch (i.e. K1), controlling switch (i.e. K2), signal processing circuit, variable constant current/pressure limiting DC charger, 14.4V
Lithium battery and management circuit, voltage detecting circuit (i.e. voltage detecting), phase inverter (i.e. N1) and constant current/pressure limiting AC charger；
The output end of the direct current supply interface is connected with an input of power switch, and the output end connection of power switch is powered
Load, first comparator is connected between the output end of direct current supply interface and the control end of power switch, and variable constant current/
The input of pressure limiting DC charger is connected with the output end of the direct current supply interface, output end Jing 14.4V lithium batteries and pipe
It is connected with another input of power switch after reason circuit, an input and the direct current supply of signal processing circuit connect
The output end connection of mouth, output end is connected Jing after controlling switch with the first control end of variable constant current/pressure limiting DC charger, the
One input of three comparators is connected with the output end of the direct current supply interface, and output end connects with the control end of controlling switch
Connect, the output end of the Alternating Current Power Supply interface Jing after voltage detecting circuit, the second comparator and phase inverter with variable constant current/pressure limiting
The second control end connection of DC charger, the input of constant current/pressure limiting AC charger is defeated with the Alternating Current Power Supply interface
Go out end connection, output end is connected between variable constant current/pressure limiting DC charger and 14.4V lithium batteries and management circuit, and permanent
The control end of stream/pressure limiting AC charger is connected between the second comparator and phase inverter.
In the high-power integrated lithium battery that the present invention is provided, power switch, the input of the power switch are included
It is connected with direct current supply interface and 14.4V lithium batteries and management circuit, thus directly exports and 14.4V great Rong with direct current supply
The function of lithium battery output is measured, and direct current supply is directly exported preferentially, while also there is AC charging and DC charging function, and
AC charging is preferential, so can be used as the large-capacity battery used on automobile, the function leeway for being available for user to select is more.
As specific embodiment, refer to shown in Fig. 1, the power switch K1 includes H inputs, L inputs, control end
And output end, the H inputs are connected with the output end of direct current supply interface, the L inputs and 14.4V lithium batteries and management
The output end connection of circuit, the control end is connected with the output end of first comparator, and the output end connection is powered load.
Specifically, in order to selection being powered between direct current supply output and the output of 14.4V high-capacity lithium batteries or being switched, thus
It is powered before load and is provided with the power switch K1.
As specific embodiment, refer to shown in Fig. 1, first comparator A1 include positive input terminal, negative input end and
Output end, the positive input terminal connects the output end of direct current supply interface, and the negative input end is owed with the 12V direct current supplys for arranging
Pressure protection voltage connection, the output end is connected with the control end of power switch.Specifically, in order to allow the power switch K1 to exist
Switch between the direct current supply interface and 14.4V lithium batteries and management circuit, be originally implemented in the power switch K1's
Control end is provided with first comparator A1, and during with the brownout for preventing the direct current supply interface output institute can be automatically switched to
State 14.4V lithium batteries and management circuit is powered.
As specific embodiment, refer to shown in Fig. 1, the variable constant current/pressure limiting DC charger include input, the
One control end, the second control end and output end, the input connects the output end of direct current supply interface, first control end
It is connected with the output end of controlling switch, second control end is connected with the output end of phase inverter, the output end and 14.4V lithiums
The input connection of battery and management circuit.Specifically, in order to the great Rong in the 14.4V lithium batteries and management circuit
Amount lithium cell charging, causes the problem of undertension, this enforcement to prevent the high-capacity lithium battery because output voltage is excessive
Example was provided with the variable constant current/pressure limiting DC charger before the 14.4V lithium batteries and management circuit, to realize to great Rong
Amount lithium battery constant current/pressure limiting is charged.
As specific embodiment, refer to shown in Fig. 1, the 3rd comparator A3 include positive input terminal, negative input end and
Output end, the positive input terminal connects the output end of direct current supply interface, the negative input end and the self adaptation operating valve for arranging
Threshold voltage connects, and the output end is connected with the control end of controlling switch.Specifically, in order to allow controlling switch K2 described
Arranging for direct current maximum charging current is switched between voltage and the output voltage of signal processing circuit, is originally implemented in the control
The control end of system switch K2 is provided with the 3rd comparator A3.
As specific embodiment, refer to shown in Fig. 1, controlling switch K2 includes H inputs, L inputs, control end
And output end, the H inputs are connected with the setting voltage of direct current maximum charging current, the L inputs and signal transacting electricity
The output end connection on road, the control end is connected with the output end of the 3rd comparator, and the output end is straight with variable constant current/pressure limiting
The first control end connection of current charge device.Specifically, in order in the setting voltage of direct current maximum charging current and signal transacting electricity
Voltage selection or switching are carried out between the output voltage on road, thus first in the variable constant current/pressure limiting DC charger is controlled
Controlling switch K2 is provided with before end processed.
As specific embodiment, refer to shown in Fig. 1, the second comparator A2 include positive input terminal, negative input end and
Output end, the positive input terminal connects the output end of voltage detecting circuit, and the negative input end is under-voltage with the Alternating Current Power Supply for arranging
Protection voltage connection, the output end is connected with the input of phase inverter and the control end of constant current/pressure limiting AC charger.Specifically
Ground, in order to allow the 14.4V lithium batteries and management circuit to hand in the variable constant current/pressure limiting DC charger and constant current/pressure limiting
Switch between current charge device, be originally implemented in the variable constant current/pressure limiting DC charger and constant current/pressure limiting AC charger
The second comparator A2 is provided with before, for making the constant current/pressure limiting AC charger stop work when Alternating Current Power Supply is abnormal
When making, the variable constant current/pressure limiting DC charger work is can switch to.
As specific embodiment, refer to shown in Fig. 1, the constant current/pressure limiting AC charger includes input, output end
And control end, the input is connected with the output end of Alternating Current Power Supply interface, and it is straight that the output end is connected to variable constant current/pressure limiting
Between current charge device and 14.4V lithium batteries and management circuit, the control end is connected between the second comparator and phase inverter.
In the present embodiment, the constant current/pressure limiting AC charger is set before the 14.4V lithium batteries and management circuit, thus can be real
Now the high-capacity lithium battery in the 14.4V lithium batteries and management circuit is charged by constant current/voltage limiting mode, that is, realizes that exchange is filled
Electricity.
As specific embodiment, refer to shown in Fig. 2, the signal processing circuit includes that first adder AD1, second add
Musical instruments used in a Buddhist or Taoist mass AD2 and proportional amplifier P, the positive input terminal of first adder is connected with the self adaptation work threshold voltage for arranging, and first
The negative input end of adder is connected with the output end of the direct current supply interface, the output end and second adder of first adder
Negative input end connection, the positive input terminal of second adder is connected with the Self Adaptive Control sensitivity voltage of setting, the second addition
The output end of device is connected with the input of proportional amplifier, and the output end of proportional amplifier is connected with the L inputs of controlling switch.
Using the concrete signal process circuit structure provided in the present embodiment, effectively direct current supply interface power output can be examined
Survey and judge, to confirm whether it can be while meets the requirement to load supplying power and to lithium cell charging power.
As the presently preferred embodiments, the Self Adaptive Control sensitivity voltage of the setting is 0.5～1.2V, it is possible thereby to more preferably
Ground control adaptive circuit is started working and is quit work.
In order that those skilled in the art has more clearly awareness and understanding to power supply of the invention and charging principle,
The course of work under different power supplies and charge mode is described in detail below with reference to accompanying drawing 1 and accompanying drawing 2.
First, 12V direct current supplys：
12V direct current supplys are provided by 12V automobile storage batteries, there is provided voltage be VDC1, when power switch K1 throws H, VDC1
Jing power switch K1 are connected to load, the DC voltage VO=VDC1 in load.
2nd, 14.4V high-capacity lithium batteries are powered：
14.4V high-capacity lithium batteries are powered and are carried by the 14.4V high-capacity lithium batteries in 14.4V lithium batteries and management circuit
For, there is provided voltage be VDC2, the DC voltage VO=VDC2 when power switch K1 throws L, in load.Specifically, 14.4V lithiums
In battery and management circuit in addition to containing 14.4V high-capacity lithium batteries, also charging overvoltage protection circuit, charging overcurrent protection is electric
Road, charging balanced circuit, electric discharge under-voltage protecting circuit, overcurrent protection circuit for discharging electricity and discharge equalizing circuit, these circuits are referred to as
It is inseparable with 14.4V high-capacity lithium batteries for battery management circuit.
Wherein, with 12V direct current supplys it is preferential, VS1 between 12V direct current supplys and 14.4V high-capacity lithium batteries are powered
For the 12V direct current supply under-voltage protection voltages for arranging.As VDC1 ＞ VS1, first comparator A1 output high level, the high level
Control power switch K1 throws H, VO=VDC1, and whole machine output is provided by 12V direct current supplys；When VDC1 is reduced to VDC1 ＜ VS1,
First comparator A1 exports low level, and the low level makes power switch K1 throw L, VO=VDC2, and whole machine is exported by 14.4V Large Copacities
Lithium battery is provided.
3rd, AC charging：
The alternating current of VAC is input into constant current/pressure limiting AC charger by 220V Alternating Current Power Supplies end, constant current/pressure limiting exchange is filled
Electrical equipment charges to the high-capacity lithium battery in 14.4V lithium batteries and management circuit by constant current/voltage limiting mode, and constant current value is IC1, limit
Pressure value is VC1.Constant current/whether pressure limiting AC charger works to be controlled by VE1, charger operation when VE1 is high level, and VE1 is
Charger does not work during low level.
4th, DC charging：
The direct current of VDC1 is input into variable constant current/pressure limiting DC charger, variable constant current/limit by 12V DC power supply terminals
Pressure DC charger charges to high-capacity lithium battery, and charging current is IC2, and IC2 is controlled by VCC, IC2 and VCC passes in direct ratio
System, voltage limiting value is VC2.Variable constant current/whether pressure limiting DC charger works to be controlled by VE2, charger work when VE2 is high level
Make, charger quits work when VE2 is low level.
Wherein, with AC charging be between AC charging and DC charging it is preferential, VAC Jing voltage detecting circuits obtain with
The directly proportional DC voltage VM1 of VAC sizes, VS2 are the Alternating Current Power Supply under-voltage protection voltage for arranging.As VM1 ＞ VS2, table
Bright Alternating Current Power Supply is normal, and the VE1 of the second comparator A2 outputs is high level, and VE1 control AC charger work, phase inverter N1 is defeated
The VE2 for going out is low level, and VE2 makes DC charger quit work.As VM1 ＜ VS2, show that Alternating Current Power Supply is abnormal, second
The VE1 of comparator A2 outputs is low level, and VE1 makes AC charger quit work, and the VE2 of phase inverter N1 outputs is high level,
VE2 makes DC charger work.
The adaptive principle of DC charging power：
When direct current supply is to lithium cell charging, when direct current supply voltage drops to close to under-voltage protection value, lithium should be reduced
The charging current of battery, when direct current supply voltage is less than under-voltage protection value, should stop to lithium cell charging.Direct current supply is simultaneously
During to load supplying and to lithium cell charging, due to the power output of direct current supply it is limited, in load supplying power and lithium battery
Between charge power, preferential proof load output power is answered.The present invention passes through DC charging current self adaptation direct current supply voltage
To complete requirements above.VS3 is the self adaptation work threshold voltage for arranging：During VDC1 ＞ VS3, adaptive circuit does not work；
During VDC1 ＜ VS3, adaptive circuit is started working.VS4 be arrange Self Adaptive Control sensitivity voltage, VS4=0.5～
1.2V。
Can be obtained according to the composition frame chart of signal processing circuit in Fig. 2：First adder AD1 is output as：VS3-VDC1；Second
Adder AD2 is output as：VS4-(VS3-VDC1)；Proportional amplifier P is output as：VCC2=P × (VS4- (VS3-VDC1)).Tool
In body design, it shall be guaranteed that in VDC1=VS3, P × VS4=VCC1；In design, should also ensure VS4=VS3-VS1.
As VDC1 ＞ VS3, show that direct current supply output voltage is higher, and direct current supply power output can simultaneously meet right
Load supplying power and the requirement to lithium cell charging power, DC charger is filled by the maximum charging current for arranging to lithium battery
Electricity.Now, the 3rd comparator A3 outputs high level, the high level makes controlling switch K2 throw H, VCC=VCC1, VCC1 be direct current most
The setting voltage of big charging current, adaptive circuit does not work.
As VDC1 ＜ VS3, show that direct current supply output voltage is relatively low, or direct current supply power output can not meet simultaneously
The needs of bearing power and charge power.The difference of VS3-VDC1 is bigger, represents that amplitudes of the VDC1 less than VS3 is bigger or represents negative
Carrying power causes the amplitude of VDC1 Voltage Drops bigger, should now reduce the charging current to lithium battery to reduce to lithium battery
Charge power.When the difference of VS3-VDC1 increases to VS3-VDC1=VS4, it can be seen from design condition VS4=VS3-VS1
VDC1=VS1, shows that now VDC1 has dropped to under-voltage protection value, and to the charging current of lithium battery 0 should be decreased to.
As VDC1 ＜ VS3, the 3rd comparator A3 output low levels, the low level makes controlling switch K2 throw L, VCC=
VCC2, adaptive circuit is started working.From VCC2=P × (VS4- (VS3-VDC1)) and P × VS4=VCC1：Work as VDC1
When dropping to VDC1=VS3, VCC2=P × VS4=VCC1, i.e. VCC=VCC1, when showing that adaptive circuit is just started working,
DC charging current is the value that VCC1 is arranged.VDC1 continues to decline, and the difference of VS3-VDC1 becomes big, and VCC2 diminishes, and VCC diminishes,
DC charging current diminishes.When VDC1 drops to makes the difference of VS3-VDC1 increase to VS3-VDC1=VS4, VCC2=0,
VCC=0, DC charging current IC2=0.
The high-power integrated lithium battery that the present invention is provided, directly exports and 14.4V high-capacity lithiums electricity with direct current supply
The function of pond output, and direct current supply directly exports preferentially；With AC charging and DC charging function, and AC charging is excellent
First.In DC charging, with DC charging power adaptive function：Drop near under-voltage value in direct current supply output voltage
Or load supplying power is increased to when direct current supply output voltage is dropped near under-voltage value, DC charging current is supplied with direct current
The decline of electricity output voltage and quickly reduce；When direct current supply output voltage declines or drops into under-voltage value, DC charging electricity
Stream is reduced to 0.
Embodiments of the present invention are these are only, the scope of the claims of the present invention is not thereby limited, it is every using the present invention
The equivalent structure that specification and accompanying drawing content are made, is directly or indirectly used in other related technical fields, in the same manner at this
Within the scope of patent protection of invention.
Claims (10)
1. a kind of high-power integrated lithium battery, it is characterised in that including direct current supply interface, Alternating Current Power Supply interface, the first ratio
Fill compared with device, the second comparator, the 3rd comparator, power switch, controlling switch, signal processing circuit, variable constant current/pressure limiting direct current
Electrical equipment, 14.4V lithium batteries and management circuit, voltage detecting circuit, phase inverter and constant current/pressure limiting AC charger；The direct current
The output end of power supply interface is connected with power switch input, and the output end connection of power switch is powered load, the
One comparator is connected between the output end of direct current supply interface and the control end of power switch, and variable constant current/pressure limiting is straight
The input of current charge device is connected with the output end of the direct current supply interface, output end Jing 14.4V lithium batteries and management circuit
It is connected with another input of power switch afterwards, an input of signal processing circuit is defeated with the direct current supply interface
Go out end connection, output end is connected Jing after controlling switch with the first control end of variable constant current/pressure limiting DC charger, and the 3rd compares
One input of device is connected with the output end of the direct current supply interface, and output end is connected with the control end of controlling switch, institute
State the output end of Alternating Current Power Supply interface Jing after voltage detecting circuit, the second comparator and phase inverter with variable constant current/pressure limiting direct current
The second control end connection of charger, the output end of the input of constant current/pressure limiting AC charger and the Alternating Current Power Supply interface
Connection, output end is connected between variable constant current/pressure limiting DC charger and 14.4V lithium batteries and management circuit, and constant current/limit
The control end of pressure AC charger is connected between the second comparator and phase inverter.
2. high-power integrated lithium battery according to claim 1, it is characterised in that the power switch includes H inputs
End, L inputs, control end and output end, the H inputs are connected with the output end of direct current supply interface, the L inputs with
The output end connection of 14.4V lithium batteries and management circuit, the control end is connected with the output end of first comparator, the output
End connection is powered load.
3. high-power integrated lithium battery according to claim 1, it is characterised in that the first comparator includes just defeated
Enter end, negative input end and output end, the positive input terminal connects the output end of direct current supply interface, the negative input end and setting
The connection of 12V direct current supply under-voltage protections voltage, the output end is connected with the control end of power switch.
4. high-power integrated lithium battery according to claim 1, it is characterised in that the variable constant current/pressure limiting direct current
Charger includes input, the first control end, the second control end and output end, and the input connects the defeated of direct current supply interface
Go out end, first control end is connected with the output end of controlling switch, and second control end is connected with the output end of phase inverter,
The output end is connected with the input of 14.4V lithium batteries and management circuit.
5. high-power integrated lithium battery according to claim 1, it is characterised in that the 3rd comparator includes just defeated
Enter end, negative input end and output end, the positive input terminal connects the output end of direct current supply interface, the negative input end and setting
Self adaptation work threshold voltage connection, the output end is connected with the control end of controlling switch.
6. high-power integrated lithium battery according to claim 1, it is characterised in that the controlling switch includes H inputs
End, L inputs, control end and output end, the H inputs are connected with the setting voltage of direct current maximum charging current, and the L is defeated
Enter end to be connected with the output end of signal processing circuit, the control end is connected with the output end of the 3rd comparator, the output end
It is connected with the first control end of variable constant current/pressure limiting DC charger.
7. high-power integrated lithium battery according to claim 1, it is characterised in that second comparator includes just defeated
Enter end, negative input end and output end, the positive input terminal connects the output end of voltage detecting circuit, the negative input end and setting
The connection of Alternating Current Power Supply under-voltage protection voltage, the input of the output end and phase inverter and constant current/pressure limiting AC charger
Control end connects.
8. high-power integrated lithium battery according to claim 1, it is characterised in that the constant current/pressure limiting AC charging
Device includes input, output end and control end, and the input is connected with the output end of Alternating Current Power Supply interface, and the output end connects
It is connected between variable constant current/pressure limiting DC charger and 14.4V lithium batteries and management circuit, the control end is connected to the second ratio
Compared between device and phase inverter.
9. high-power integrated lithium battery according to claim 1, it is characterised in that the signal processing circuit includes the
One adder, second adder and proportional amplifier, the positive input terminal of first adder and the self adaptation work threshold values electricity for arranging
Pressure connection, the negative input end of first adder is connected with the output end of the direct current supply interface, the output end of first adder
It is connected with the negative input end of second adder, the positive input terminal of second adder connects with the Self Adaptive Control sensitivity voltage for arranging
Connect, the output end of second adder is connected with the input of proportional amplifier, the output end of proportional amplifier and the L of controlling switch
Input connects.
10. high-power integrated lithium battery according to claim 9, it is characterised in that the Self Adaptive Control of the setting
Sensitivity voltage is 0.5～1.2V.
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH10191579A (en) * | 1996-12-26 | 1998-07-21 | Nec Gumma Ltd | Uninterruptible power and information processor with uninterruptible power |
| CN2886897Y (en) * | 2006-03-20 | 2007-04-04 | 中国人民解放军总装备部军械技术研究所 | Safe multifunctional DC power supply |
| CN103683476A (en) * | 2013-12-19 | 2014-03-26 | 重庆市星海电子有限公司 | Vehicle-mounted comprehensive movable UPS supply device |
| CN104037926A (en) * | 2014-05-30 | 2014-09-10 | 南京邮电大学 | Multi-power supply device of embedded equipment, and intelligent switching method of multi-power supply device |
| CN204243846U (en) * | 2014-12-23 | 2015-04-01 | 重庆希诺达通信有限公司 | A kind of high-power integrated lithium battery |
-
2014
- 2014-12-23 CN CN201410808829.4A patent/CN104852419B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH10191579A (en) * | 1996-12-26 | 1998-07-21 | Nec Gumma Ltd | Uninterruptible power and information processor with uninterruptible power |
| CN2886897Y (en) * | 2006-03-20 | 2007-04-04 | 中国人民解放军总装备部军械技术研究所 | Safe multifunctional DC power supply |
| CN103683476A (en) * | 2013-12-19 | 2014-03-26 | 重庆市星海电子有限公司 | Vehicle-mounted comprehensive movable UPS supply device |
| CN104037926A (en) * | 2014-05-30 | 2014-09-10 | 南京邮电大学 | Multi-power supply device of embedded equipment, and intelligent switching method of multi-power supply device |
| CN204243846U (en) * | 2014-12-23 | 2015-04-01 | 重庆希诺达通信有限公司 | A kind of high-power integrated lithium battery |
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| Publication number | Publication date |
|---|---|
| CN104852419A (en) | 2015-08-19 |
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