[utility model content]
The technical problems to be solved in the utility model is to provide a kind of car emergency that multiple voltage can be provided to export and starts power supply.
The utility model adopts following technical scheme:
The car emergency providing multiple voltage to export starts a power supply, comprising:
Battery;
Battery protecting plate, the input of described battery protecting plate is connected with the output of described battery;
Voltage reduction module, the input of described voltage reduction module is connected with the first output of described battery protecting plate, and the output of voltage reduction module exports the output voltage of 5V;
Second output of described battery protecting plate exports the output voltage of 12V;
Boost module, the first input end of described boost module and the second input are connected with the 3rd output of described battery protecting plate, the 4th output respectively, and the first output of boost module and the second output export the output voltage of 14.85V and 19V respectively; And
5th output of described battery protecting plate exports the automobile starting electric current of 600A.
Further, described car emergency startup power supply also comprises:
The first switch module connected between first output and the input of voltage reduction module of battery protecting plate;
The second switch module be connected with the second output of battery protecting plate;
At the 3rd switch module that the 3rd of battery protecting plate connects between output and the first input end of boost module;
The 4th switch module connected between the 4th output and the second input of boost module of battery protecting plate; And,
The control module be connected with the control end of described first switch module, second switch module, the 3rd switch module and the 4th switch module respectively, controlled the opening and closing of the first switch module, second switch module, the 3rd switch module and the 4th switch module by control module, realize the connection between battery and each output voltage circuit and disconnection.
Further, described control module is MCU.
Further, described first switch module, second switch module, the 3rd switch module and the 4th switch module are metal-oxide-semiconductor.
Further, described first switch module, second switch module, the 3rd switch module and the 4th switch module are P-channel enhancement type metal-oxide-semiconductor.
Further, the output of described voltage reduction module exports the output current of 3A;
Second output of described battery protecting plate exports the output current of 20A;
First output of described boost module and the second output all export the output current of 3.5A.
Further, described battery protection plate module be used for preventing overcharging, cross put, overcurrent, overvoltage and short circuit.
Further, described boost module comprises polar capacitor, diode, voltage stabilizing didoe, the first resistance, the second resistance, metal-oxide-semiconductor and transformer;
The elementary first end of described transformer and the 3rd output of battery protecting plate, the first end of the 4th output and described first resistance connects, second end of described first resistance and the secondary three-terminal link of described transformer, the second elementary end of described transformer is connected with the drain electrode of described metal-oxide-semiconductor, the source class of described metal-oxide-semiconductor is connected with the anode of the negative electrode of described polar capacitor and described voltage stabilizing didoe, the grid of described metal-oxide-semiconductor is connected with second end of the secondary of described transformer, the secondary first end of described transformer is connected with the anode of described diode, the negative electrode of described diode is connected with the first end of the anode of described polar capacitor and described second resistance, second end of described second resistance is connected with the negative electrode of described zener diode.
Further, described metal-oxide-semiconductor is N channel enhancement metal-oxide-semiconductor.
Compared with prior art, the beneficial effects of the utility model are: the utility model can provide multiple voltage to export, and provides High-current output.
[embodiment]
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
In addition, if below in described each execution mode of the utility model involved technical characteristic do not form conflict each other and just can mutually combine.
embodiment 1:
The utility model example 1 provides a kind of car emergency providing multiple voltage to export and starts power supply, as shown in Figure 1, comprising:
Battery;
Battery protecting plate, the input of described battery protecting plate is connected with the output of described battery, described battery protection plate module is used for preventing overcharging, cross put, overcurrent, overvoltage and short circuit;
Voltage reduction module, the input of described voltage reduction module is connected with the first output of described battery protecting plate, and the output of voltage reduction module exports the output voltage of 5V;
Second output of described battery protecting plate exports the output voltage of 12V;
Boost module, the first input end of described boost module and the second input are connected with the 3rd output of described battery protecting plate, the 4th output respectively, and the first output of boost module and the second output export the output voltage of 14.85V and 19V respectively; And
5th output of described battery protecting plate exports the automobile starting electric current of 600A; The output of described voltage reduction module exports the output current of 3A; Second output of described battery protecting plate exports the output current of 20A; First output of described boost module and the second output all export the output current of 3.5A.
The present embodiment can provide multiple voltage to export, comprise 5V, 12V, 14.85V (for the charging of apple notebook) and 19V (for common notebook charges), and High-current output is provided, comprise 5V output voltage electric current and reach 3A, 12V output voltage electric current reaches 20A, and can provide the High-current output of 600A thus provide automobile starting electric current.
embodiment 2:
The utility model embodiment 2 provides a kind of car emergency providing multiple voltage to export and starts power supply, as shown in Figure 2, comprising:
Battery;
Battery protecting plate, the input of described battery protecting plate is connected with the output of described battery, described battery protection plate module is used for preventing overcharging, cross put, overcurrent, overvoltage and short circuit;
Voltage reduction module, the input of described voltage reduction module is connected with the first output of described battery protecting plate, and the output of voltage reduction module exports the output voltage of 5V;
Second output of described battery protecting plate exports the output voltage of 12V;
Boost module, the first input end of described boost module and the second input are connected with the 3rd output of described battery protecting plate, the 4th output respectively, and the first output of boost module and the second output export the output voltage of 14.85V and 19V respectively; And
5th output of described battery protecting plate exports the automobile starting electric current of 600A; The output of described voltage reduction module exports the output current of 3A; Second output of described battery protecting plate exports the output current of 20A; First output of described boost module and the second output all export the output current of 3.5A.
The present embodiment also comprises:
The first switch module connected between first output and the input of voltage reduction module of battery protecting plate;
The second switch module be connected with the second output of battery protecting plate;
At the 3rd switch module that the 3rd of battery protecting plate connects between output and the first input end of boost module;
The 4th switch module connected between the 4th output and the second input of boost module of battery protecting plate; And,
The control module be connected with the control end of described first switch module, second switch module, the 3rd switch module and the 4th switch module respectively, controlled the opening and closing of the first switch module, second switch module, the 3rd switch module and the 4th switch module by control module, realize the connection between battery and each output voltage circuit and disconnection.Control module can select MCU as main control module.
The present embodiment can provide multiple voltage to export, comprise 5V, 12V, 14.85V (for the charging of apple notebook) and 19V (for common notebook charges), and High-current output is provided, comprise 5V output voltage electric current and reach 3A, 12V output voltage electric current reaches 20A, and can provide the High-current output of 600A thus provide automobile starting electric current.In addition, the present embodiment by arranging multiple switch module, and controls the opening and closing of each switch module by MCU, thus the connection realized between battery and each output voltage circuit and disconnection.
embodiment 3:
The utility model embodiment 3 provides a kind of car emergency providing multiple voltage to export and starts power supply, as shown in Figure 3, comprising:
Battery;
Battery protecting plate, the input of described battery protecting plate is connected with the output of described battery, described battery protection plate module is used for preventing overcharging, cross put, overcurrent, overvoltage and short circuit;
Voltage reduction module, the input of described voltage reduction module is connected with the first output of described battery protecting plate, and the output of voltage reduction module exports the output voltage of 5V;
Second output of described battery protecting plate exports the output voltage of 12V;
Boost module, the first input end of described boost module and the second input are connected with the 3rd output of described battery protecting plate, the 4th output respectively, and the first output of boost module and the second output export the output voltage of 14.85V and 19V respectively; And
5th output of described battery protecting plate exports the automobile starting electric current of 600A; The output of described voltage reduction module exports the output current of 3A; Second output of described battery protecting plate exports the output current of 20A; First output of described boost module and the second output all export the output current of 3.5A;
The first switch module connected between first output and the input of voltage reduction module of battery protecting plate;
The second switch module be connected with the second output of battery protecting plate;
At the 3rd switch module that the 3rd of battery protecting plate connects between output and the first input end of boost module;
The 4th switch module connected between the 4th output and the second input of boost module of battery protecting plate; And,
The control module be connected with the control end of described first switch module, second switch module, the 3rd switch module and the 4th switch module respectively, controlled the opening and closing of the first switch module, second switch module, the 3rd switch module and the 4th switch module by control module, realize the connection between battery and each output voltage circuit and disconnection.Control module can select MCU as main control module.
Wherein, the first switch module, second switch module, the 3rd switch module and the 4th switch module are metal-oxide-semiconductor, preferably adopt P-channel enhancement type metal-oxide-semiconductor in the present embodiment.
Further, described boost module comprises polar capacitor, diode, voltage stabilizing didoe, the first resistance, the second resistance, metal-oxide-semiconductor and transformer, metal-oxide-semiconductor can adopt N channel enhancement metal-oxide-semiconductor, the elementary first end of described transformer and the 3rd output of battery protecting plate, the first end of the 4th output and described first resistance connects, second end of described first resistance and the secondary three-terminal link of described transformer, the second elementary end of described transformer is connected with the drain electrode of described metal-oxide-semiconductor, the source class of described metal-oxide-semiconductor is connected with the anode of the negative electrode of described polar capacitor and described voltage stabilizing didoe, the grid of described metal-oxide-semiconductor is connected with second end of the secondary of described transformer, the secondary first end of described transformer is connected with the anode of described diode, the negative electrode of described diode is connected with the first end of the anode of described polar capacitor and described second resistance, second end of described second resistance is connected with the negative electrode of described zener diode.
The present embodiment can provide multiple voltage to export, comprise 5V, 12V, 14.85V (for the charging of apple notebook) and 19V (for common notebook charges), and High-current output is provided, comprise 5V output voltage electric current and reach 3A, 12V output voltage electric current reaches 20A, and can provide the High-current output of 600A thus provide automobile starting electric current.In addition, the present embodiment by arranging multiple switch module, and controls the opening and closing of each switch module by MCU, thus the connection realized between battery and each output voltage circuit and disconnection.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all do within spirit of the present utility model and principle any amendment, equivalent to replace and improvement etc., all should be included within protection range of the present utility model.