CN107528132A - Inductor-adjustable apparatus, electronic equipment and the adjustable method of inductance - Google Patents
Inductor-adjustable apparatus, electronic equipment and the adjustable method of inductance Download PDFInfo
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- CN107528132A CN107528132A CN201710647494.6A CN201710647494A CN107528132A CN 107528132 A CN107528132 A CN 107528132A CN 201710647494 A CN201710647494 A CN 201710647494A CN 107528132 A CN107528132 A CN 107528132A
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- binding post
- route selection
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01Q—ANTENNAS, i.e. RADIO AERIALS
- H01Q23/00—Antennas with active circuits or circuit elements integrated within them or attached to them
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01F—MAGNETS; INDUCTANCES; TRANSFORMERS; SELECTION OF MATERIALS FOR THEIR MAGNETIC PROPERTIES
- H01F21/00—Variable inductances or transformers of the signal type
- H01F21/12—Variable inductances or transformers of the signal type discontinuously variable, e.g. tapped
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Abstract
The disclosure is directed to a kind of inductor-adjustable apparatus, electronic equipment and the adjustable method of inductance, belong to communication technical field.The device includes：Control module, route selection module and Inductive component, Inductive component include the inductive circuit of multiple series connection；Control module is connected with the signal end of route selection module；A binding post in tie point and route selection module in Inductive component between two adjacent inductive circuits corresponds, and the corresponding binding post of the tie point is connected；Control module adjusts the inductance value of Inductive component by route selection module.When at least two binding posts connect, can be short-circuited at least one inductive circuit in Inductive component, change the inductance value of inductor-adjustable apparatus, because space shared by the part of inductor-adjustable apparatus is all smaller, it can design in the electronic device, solve the problems, such as that electronic equipment can not change the inductance value of inductance in impedance matching network in correlation technique, reached the effect of inductance value in electronic equipment adjustable impedance matching network.
Description
Technical field
This disclosure relates to communication technical field, more particularly to a kind of inductor-adjustable apparatus, electronic equipment and inductance are adjustable
Method.
Background technology
In current electronic equipment, impedance matching network is connected between the emitter and antenna of radiofrequency signal.The impedance
The summation of the impedance of distribution network and the impedance of antenna is equal to the impedance magnitude of emitter, and the resistance of the phase of the summation and emitter
When anti-phase is identical, the power of antenna transmitting radiofrequency signal can reach highest.
Because the impedance of antenna can be influenceed by the watt level of the radiofrequency signal of its transmitting and change, therefore be
Ensure that antenna can be with maximum power transmission radiofrequency signal in any frequency, electronic equipment usually requires according to radio frequency to believe in real time
Number power adjustment impedance matching network impedance.For in theory, electronic equipment can be by changing electric capacity in the impedance network
Capacitance and/or inductance inductance value, to change the impedance of the impedance matching network.Specifically, in the impedance matching network
Capacitor element can be variable capacitance element, and/or, the inductance component in the impedance network is variable inducer, then may be used
The resistance of the matching network is changed by the capacitance for changing variable capacitance element and/or the inductance value for changing variable inducer
It is anti-.
However, the spatial volume that variable inducer takes in the market is larger, technical staff can not add it to
In the electronic equipment of small volume, cause electronic equipment can not change by changing the inductance value of inductance in impedance matching network
The impedance of impedance matching network.
The content of the invention
The embodiment of the present disclosure provides a kind of inductor-adjustable apparatus, electronic equipment and the adjustable method of inductance.The technology
Scheme is as follows：
According to the first aspect of the embodiment of the present disclosure, there is provided a kind of inductor-adjustable apparatus, the inductor-adjustable apparatus bag
Include：Control module, route selection module and Inductive component, the Inductive component include multiple inductive circuits being connected in series；
The control module is connected with the signal end of the route selection module；
Tie point in the Inductive component between two adjacent inductive circuits and the wiring in the route selection module
Terminal corresponds, and the corresponding binding post of the tie point is connected；
The control module, for sending logic control signal, the logic control signal and institute to the route selection module
State the first binding post in route selection module and the second binding post corresponds to, first binding post and second terminals
Son is two binding posts in the route selection module；
The route selection module, connect for turning on first binding post and described second according to the logic control signal
Line terminals, to adjust the inductance value of the Inductive component.
Optionally, at least one end in the both ends of the Inductive component be present, often end and the choosing in described at least one end
A binding post in the module of road corresponds, and often holds corresponding binding post to be connected in described at least one end.
Optionally, a binding post in first binding post and second binding post is the routing mould
Common terminal of block.
Optionally, the number n for the inductive circuit that the Inductive component includes is even number, common terminal and xth
Tie point between individual inductive circuit and y-th of inductive circuit is connected,
Optionally, the number n for the inductive circuit that the Inductive component includes is odd number, common terminal and xth
Tie point between individual inductive circuit and y-th of inductive circuit is connected,
Optionally, the inductor-adjustable apparatus also includes：Switching tube；The control terminal of the switching tube and the control module
It is connected, the tie point between the first pole and the two neighboring inductive circuit in the Inductive component is connected, the second pole and the choosing
Common terminal of road module is connected, and the control module, is additionally operable in first binding post and second wiring
Terminal is not that the common terminal period of the day from 11 p.m. to 1 a.m controls the switching tube to disconnect, and is connect in first binding post or described second
Line terminals are that the common terminal period of the day from 11 p.m. to 1 a.m controls the switching tube closure.
Optionally, the either end in the Inductive component in binding post and the Inductive component corresponding to any tie point
Corresponding binding post is other binding posts in addition to common terminal in the route selection module.
Optionally, the inductance value of the multiple inductive circuit is identical, or, two are comprised at least in the multiple inductive circuit
The inductive circuit that individual inductance value differs.
According to the second aspect of the embodiment of the present disclosure, there is provided a kind of electronic equipment, the electronic equipment include such as first
Inductor-adjustable apparatus described in aspect.
According to the third aspect of the embodiment of the present disclosure, a kind of adjustable method of inductance, methods described is used to adjust such as first party
The inductance of inductor-adjustable apparatus described in face, including obtain the working frequency range of the antenna of electronic equipment；Generation and work frequency
Section counterlogic control signal, the logic control signal and the first binding post and the second binding post pair in route selection module
Should, first binding post and second binding post are two binding posts in the route selection module；To the choosing
Road module sends the logic control signal, and the logic control signal is used to trigger the route selection module according to the logic control
First binding post described in signal conduction processed and second binding post, to adjust the inductance value of the Inductive component.
The technical scheme that the embodiment of the present disclosure provides can include the following benefits：
Break-make between the inscribed line terminals of route selection module, any two terminals in route selection module are controlled by control module
When son does not connect, the inductance value of Inductive component is the summation of the inductance value of all inductive circuits of series connection in Inductive component,
It when the connection of at least two binding posts in route selection module be present, can be short-circuited at least one inductive circuit in Inductive component, from
And change the inductance value of Inductive component；Because the inductor-adjustable apparatus is by route selection module, inductive circuit and control module group
Into, space shared by these parts is all smaller, can design in the electronic device, therefore, solve in correlation technique
The problem of electronic equipment can not be by changing the inductance value of inductance in impedance matching network to change the impedance of impedance matching network,
The effect of inductance value in electronic equipment adjustable impedance matching network is reached.
It should be appreciated that the general description and following detailed description of the above are only exemplary and explanatory, not
The disclosure can be limited.
Brief description of the drawings
Accompanying drawing herein is merged in specification and forms the part of this specification, shows the implementation for meeting the disclosure
Example, and be used to together with specification to explain the principle of the disclosure.
Fig. 1 is a kind of structural representation of inductor-adjustable apparatus according to an exemplary embodiment；
Fig. 2 is one kind when including two inductive circuits connected in the Inductive component according to an exemplary embodiment
The structural representation of inductor-adjustable apparatus；
Fig. 3 is the structural representation of another inductor-adjustable apparatus according to an exemplary embodiment；
Fig. 4 is two kinds of electricity when including 4 inductive circuits connected in the Inductive component according to an exemplary embodiment
Feel the structural representation of tunable arrangement；
Fig. 5 is the structural representation of another inductor-adjustable apparatus according to an exemplary embodiment；
Fig. 6 is the structural representation of another inductor-adjustable apparatus according to an exemplary embodiment；
Fig. 7 is a kind of structural representation of inductor-adjustable apparatus according to another exemplary embodiment；
Fig. 8 is the flow chart of a kind of adjustable method of inductance according to an exemplary embodiment；
Fig. 9 is the flow chart of a kind of adjustable method of inductance according to another exemplary embodiment.
Embodiment
Here exemplary embodiment will be illustrated in detail, its example is illustrated in the accompanying drawings.Following description is related to
During accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawings represent same or analogous key element.Following exemplary embodiment
Described in embodiment do not represent all embodiments consistent with the disclosure.On the contrary, they be only with it is such as appended
The example of the consistent apparatus and method of some aspects be described in detail in claims, the disclosure.
Fig. 1 is a kind of structural representation of inductor-adjustable apparatus according to an exemplary embodiment, as shown in figure 1,
The inductor-adjustable apparatus includes control module 10, route selection module 11 and Inductive component 12.
Wherein, Inductive component 12 includes the inductive circuits that n is connected in series, n >=2 and n is integer.
Control module 10 is connected with the signal end of route selection module 11.Optionally, route selection module 11 can be to possess 1 public affairs
The electric tune switch of binding post and other multiple binding posts altogether, each binding post in other the plurality of binding posts are equal
It can be connected with common terminal.
Tie point between two inductive circuits of the arbitrary neighborhood in Inductive component 12 connects with one in route selection module 11
Line terminals correspond, and each corresponding binding post of tie point is connected.
Inductive circuit can be an inductance or be connected by multiple inductance by way of in parallel and/or series connection
The circuit formed.In order to simplify circuit structure in accompanying drawing, each inductive circuit is with one in the accompanying drawing that the present embodiment provides
The circuit symbol of inductance replaces.
As shown in figure 1, Inductive component 12 by n series connection inductive circuit form, this n inductive circuit be respectively L1,
L2 ..., the tie point between Ln-1 and Ln, L1 and L2 be A1, the tie point between L2 and L3 is A2, and Ln-2 (does not show in figure
Going out) tie point between Ln-1 is An-2, the tie point between Ln-1 and Ln is An-1, the connection between other inductive circuits
Point the like.A1, A2 ..., a binding post one a pair of each tie point in An-2, An-1 with route selection module 11
Should, the corresponding binding post of each tie point is connected, that is to say, that in the absence of two tie points and same binding post
It is connected.
In n=2, namely during inductive circuit of the Inductive component 12 only comprising two series connection, in the both ends of Inductive component 12
At least one end and route selection module 11 in a binding post correspond, at least corresponding binding post phase in one end
Even.
For example, as shown in Fig. 2 a ends of Inductive component 12 and a binding post in route selection module 11 are uniquely corresponding, and
It is connected with the binding post.For another example the c ends of Inductive component 12 and a binding post in route selection module 11 are uniquely corresponding,
And it is connected with the binding post.
Control module 10 adjusts the inductance value of Inductive component 12 by route selection module 11.Fig. 1 is refer to, in route selection module 11
During interior at least two binding posts connection, the binding post that connects two-by-two will be connected on the two binding posts and correspond to tie point
Between inductive circuit be short-circuited, cause the inductance value of Inductive component 12 to change.
Specifically, control module 10 can send logic control signal, the logic control signal and routing to route selection module 11
The first binding post and the second binding post in module 11 is corresponding, and the first binding post and the second binding post are route selection modules
Two binding posts in 11.Route selection module 11 turns on the first binding post and the second terminals according to the logic control signal
Son, so that the inductive circuit that the first binding post is corresponded between tie point tie point corresponding with the second binding post is short-circuited, with
Adjust the inductance value of Inductive component 12.
For example, in the binding post connection corresponding with An-1 of binding post corresponding to A1, A2 is connected between An-1
Inductive circuit L2, L3 ..., Ln-1 be short-circuited, then the inductance value of Inductive component 12 is L1 inductance value and Ln inductance value
Summation.
For another example binding post corresponding to the connection of corresponding with the A2 binding post of binding post corresponding to A1, An-2 with
When binding post corresponding to An-1 connects, the inductive circuit L2 being connected between A1 and A2 is short-circuited, and is connected to An-2 and An-1
Between inductive circuit Ln-1 be also short-circuited, therefore the inductance value of Inductive component 12 be inductive circuit L1, L3 (do not show in figure
Go out) ..., Ln-2 and Ln inductance value summation.
Different mode of communicating between line terminals is inscribed in route selection module 11, all may result in the inductance value of Inductive component 12 not
It is identical.Therefore, technical staff generally determines the inductance value of Inductive component 12 under every kind of mode of communicating.Technical staff is also directed to inductance
Each adjustable inductance value of component 12, a unique corresponding logic control is set for a kind of mode of communicating corresponding to the inductance value
Signal processed, so that control module 10 by the logic control signal when being sent to route selection module 11, route selection module 11 is patrolled according to this
Collect mode of communicating corresponding to control signal and connect binding post, the inductance value of Inductive component 12 is adjusted to the mode of communicating and correspond to
Inductance value.
Optionally, when n is more than 2, at least one end in the both ends of Inductive component 12 and a wiring in route selection module 11
Terminal corresponds, and at least corresponding binding post in one end is connected.
In general, route selection module 11 includes a sub- b of common terminal, and common terminal is removed in route selection module 11
Other binding posts beyond b are target binding post.The then connected mode tool between route selection module 11 and Inductive component 12
Body can include following three kinds：
The first, tie point and public wiring in Inductive component 12 between x-th of inductive circuit and y-th of inductive circuit
Terminal b is connected.In addition to the tie point between x-th of inductive circuit and y-th of inductive circuit, other in Inductive component 12 are any
Tie point and a target binding post between two adjacent inductive circuits correspond, and each tie point is corresponding
Target binding post be connected, wherein, y=x+1, the n-1 of x=1,2,3 ....
As shown in figure 3, tie point Ax and common terminal between x-th of inductive circuit Lx and y-th of inductive circuit Ly
Sub- b is connected, other tie points A1 ..., Ax-1, Ay ..., An-1 corresponded respectively with target binding post, Mei Gelian
The corresponding binding post of contact is connected.
Optionally, at least one end of Inductive component 12 and a target binding post of route selection module 11 correspond, often
The corresponding target binding post in one end is connected.For example, referring still to Fig. 3, a ends and the route selection module 11 of Inductive component 12
One target binding post is connected, and the c ends of Inductive component 12 are connected with a target binding post of route selection module 11.
The tie point being connected with common terminal is the tie point between x-th of inductive circuit and y-th of inductive circuit
Ax, x value can also influence the quantity of 12 adjustable inductance value of Inductive component, and x value withValue it is closer, electricity
It is more to feel the quantity of 12 adjustable inductance value of component, illustrates here in connection with Fig. 4 (1), table 1, Fig. 4 (2) and table 2.
For example, Fig. 4 (1) is referred to, inductive circuit L1, L2, L3 and L4, the x of series connection are included with Inductive component 12
=1 for example, the tie point A1 between L1 and L2 is connected with the sub- b of the common terminal of route selection module 11, to connect between L2 and L3
Point A2 is connected with a target binding post in route selection module 11, tie point A3 and one in route selection module 11 between L3 and L4
Target binding post is connected.The a ends of Inductive component 12 are connected with a target binding post of route selection module 11, c ends and routing
One target binding post of module 11 is connected.
When common terminal connects with a target binding post, common terminal and the target binding post
Between circuit be conducting, be referred to as path.Each target binding post is different from the on off operating mode between common terminal
When, the inductance value of Inductive component 12 is as shown in table 1.For example, referring still to Fig. 4 (1), when path is RF1, Inductive component a ends
Corresponding target binding post is connected with the sub- b of common terminal, then a ends of Inductive component 12 and tie point A1 are (with public wiring
Terminal b is connected) between inductive circuit L1 be short-circuited, the inductance value of Inductive component 12 is L2+L3+L4.As shown in Table 1, inductive bank
12 adjustable inductance value of part has 8 kinds, respectively L2+L3+L4, L1+L3+L4, L1+L4, L1, L3+L4, L4, L1 and 0 altogether.
Table 1
| Numbering | Path | The inductance value of Inductive component 12 |
| 1 | RF1 | L2+L3+L4 |
| 2 | RF2 | L1+L3+L4 |
| 3 | RF3 | L1+L4 |
| 4 | RF4 | L1 |
| 5 | RF1、RF2 | L3+L4 |
| 6 | RF1、RF3 | L4 |
| 7 | RF1、RF4 | 0 |
| 8 | RF2、RF3 | L1+L4 |
| 9 | RF2、RF4 | L1 |
| 10 | RF3、RF4 | L1 |
| 11 | RF1、RF2、RF3 | L4 |
| 12 | RF1、RF2、RF4 | 0 |
| 13 | RF2、RF3、RF4 | L1 |
| 14 | RF1、RF2、RF3、RF4 | 0 |
Fig. 4 (2) is referred to, Inductive component 12 is illustrated including inductive circuit L1, L2, L3, L4 and the x=2 to connect
Bright, tie point A2 is connected with the sub- b of common terminal in route selection module 11, tie point A1 and a target wiring in route selection module 11
Terminal is connected, and tie point A3 is connected with a target binding post in route selection module 11.The a ends of Inductive component 12 and route selection module
A target binding post is connected in 11, and c ends are connected with a target binding post in route selection module 11.Then each target wiring
During on off operating mode difference between terminal and common terminal, the inductance value of Inductive component 12 is as shown in table 2.As shown in Table 2, it is electric
Sense 12 adjustable inductance value of component has 10 kinds altogether, respectively L3+L4, L1+L3+L4, L1+L2+L4, L1+L2, L3+L4, L4,
L1+L4, L1, L1+L2 and 0.It can be seen that the quantity of the adjustable inductance value of inductor-adjustable apparatus as shown in Fig. 4 (2) is more than such as
Inductor-adjustable apparatus shown in Fig. 4 (1).
Table 2
Due to x value withValue it is closer, the quantity of 12 adjustable inductance value of Inductive component is more, so,
In order that 12 adjustable inductance value of Inductive component is more as far as possible, optionally, when n is even number,When
N is odd number,
Under such a mode, when at least one target binding post is connected with common terminal in route selection module 11, each
The inductive circuit connected between the end points of tie point or Inductive component 12 corresponding to target binding post and Ax is short-circuited, adjustable
The inductance value of whole Inductive component 12.
Second, tie point and a target binding post in Inductive component 12 between arbitrary neighborhood inductive circuit are one by one
Corresponding, the corresponding target binding post of each tie point is connected.The sub- b of common terminal and Inductive component of route selection module 11
One end in 12 both ends is connected.
As shown in figure 5, Inductive component 12 by n series connection inductive circuit form, this n inductive circuit be respectively L1,
L2 ..., Ln-1 and Ln, the tie point between inductive circuit L1 and inductive circuit L2 be A1, inductive circuit L2 and inductive circuit
Tie point between L3 is A2, the tie point between inductive circuit Ln-2 and inductive circuit Ln-1 is An-2, inductive circuit Ln-1
Tie point between inductive circuit Ln is An-1, the tie point between other inductive circuits the like.A1、A2、…、An-
2nd, each tie point in An-1 corresponds with a target binding post, the corresponding target wiring of each tie point
Terminal is connected.The sub- b of common terminal is connected with a ends of Inductive component 12 in route selection module 11.
Optionally, the other end in the both ends of Inductive component 12 and a target binding post are uniquely corresponding, and this is another
Corresponding target binding post is held to be connected.Referring still to Fig. 5, the c ends of Inductive component 12 and a mesh of route selection module 11
Tag splice line terminals uniquely correspond to, and are connected with the target binding post.
Under such a mode, when at least one target binding post is connected with common terminal in route selection module, each mesh
Inductive circuit between one end of the Inductive component 12 corresponding with common terminal of tie point corresponding to tag splice line terminals is short
Road, the inductance of adjustable inductance component 12.
The third, in the tie point and route selection module 11 between two inductive circuits of the arbitrary neighborhood in Inductive component 12
A target binding post correspond, and each corresponding target binding post of tie point is connected.Common terminal
It is not connected with any tie point, is not also connected with the either end in the both ends of Inductive component 12, that is to say, that on common terminal
For sky.
As shown in fig. 6, Inductive component 12 by n series connection inductive circuit form, this n inductive circuit be respectively L1,
L2 ..., Ln-1 and Ln, the tie point between inductive circuit L1 and inductive circuit L2 be A1, inductive circuit L2 and inductive circuit
Tie point between L3 is A2, the tie point between inductive circuit Ln-2 and inductive circuit Ln-1 is An-2, inductive circuit Ln-1
Tie point between inductive circuit Ln is An-1, the tie point between other inductive circuits the like.A1、A2、…、An-
2nd, each tie point in An-1 corresponds with a target binding post, the corresponding target wiring of each tie point
Terminal is connected.The sub- b of common terminal in route selection module 11 not with any tie point (including A1, A2 ..., An-2, An-1) phase
Even, also it is not connected with a ends of Inductive component 12 or c ends.
Optionally, at least one end in the both ends of Inductive component 12 corresponds with a target binding post, per one end
Corresponding target binding post is connected.For example, referring still to Fig. 6, a ends of Inductive component 12 and a target wiring
Terminal is connected, and the c ends of Inductive component 12 are connected with a target binding post.
Under such a mode, when at least two target binding posts are connected with common terminal in route selection module, this is at least
The inductive circuit of series connection between connected point corresponding to two target binding posts is short-circuited, the inductance of adjustable inductance component 12
Value, connected point corresponding to target binding post can be the tie point/or Inductive component 12 being connected with the target binding post
One end.
Optionally, the inductance value of N number of inductive circuit is identical.
In order that 12 adjustable inductance value of Inductive component is more as far as possible, in n inductive circuit in Inductive component 12
The inductive circuit differed including at least two inductance values.For example, referring still to table 2, referring to inductance value corresponding to numbering 8
It is L1+L2 referring to inductance value corresponding to numbering 10 for L1+L4, if L2 is identical with L4 inductance value, inductance corresponding to numbering 8
Value is identical with inductance value corresponding to numbering 10, and the quantity of 12 adjustable inductance value of Inductive component is reduced.If L2 and L4 inductance
Value differs, then inductance value corresponding to numbering 8 differs with 10 corresponding inductance value of numbering, 12 adjustable inductance of Inductive component
Value is more as far as possible.
In summary, the inductor-adjustable apparatus that the present embodiment provides, control route selection module that line end is inscribed by control module
Break-make between son, when any two binding post does not connect in route selection module, the inductance value of Inductive component is Inductive component
The summation of the inductance value of all inductive circuits of interior series connection, can when the connection of at least two binding posts in route selection module be present
It is short-circuited at least one inductive circuit in Inductive component, so as to change the inductance value of Inductive component；Due to the adjustable dress of the inductance
Put and be made up of route selection module, inductive circuit and control module, space shared by these parts is all smaller, can set
In the electronic device, therefore, solving electronic equipment in correlation technique can not be by changing inductance in impedance matching network for meter
The problem of inductance value is to change the impedance of impedance matching network, inductance value in electronic equipment adjustable impedance matching network is reached
Effect.
Fig. 7 is a kind of structural representation of inductor-adjustable apparatus according to another exemplary embodiment.Such as Fig. 7 institutes
Show, inductor-adjustable apparatus includes：Control module 10, route selection module 11, Inductive component 12 and switching tube 13.
Wherein, Inductive component 12 includes the inductive circuits that n is connected in series, N >=2 and N is integer.
Inductive circuit can be an inductance or be connected by multiple inductance by way of in parallel and/or series connection
The circuit formed.In order to simplify circuit structure in accompanying drawing, each inductive circuit is with one in the accompanying drawing that the present embodiment provides
The circuit symbol of inductance replaces.
Control module 10 is connected with the signal end of route selection module 11.Optionally, route selection module 11 can be to possess 1 public affairs
The electric tune switch of binding post and other multiple binding posts altogether, each binding post in other the plurality of binding posts are equal
It can be connected with common terminal.
Route selection module 11 includes a sub- b of common terminal, its in route selection module 11 in addition to the sub- b of common terminal
His binding post is target binding post.
First pole tie point Ax of switching tube 13 is connected, and Ax is x-th of inductive circuit Lx and y-th of sense in Inductive component 12
Property circuit Ly tie points, the second pole of switching tube 13 is connected with the sub- b of common terminal.13 signal end of the switching tube and control
Module 10 is connected, wherein, y=x+1, the n-1 of x=1,2,3 ....
In route selection module 11 in addition to tie point Ax, in route selection module 11 between two inductive circuits of other arbitrary neighborhoods
Tie point, including A1, A2 (not shown) ..., Ax-1, Ay ..., An-1, corresponded with target binding post,
And each corresponding target binding post of tie point is connected.
In n=2, at least one end and a target binding post in the both ends of Inductive component 12 are uniquely corresponding, and often
The corresponding target binding post in one end is connected.
Optionally, at least one end corresponds with a target binding post in the both ends of Inductive component 12, and this is at least
The corresponding target binding post in every one end in one end is connected.
In the state of the conducting of switching tube 13, at least one target binding post and common terminal in route selection module 11
When being connected, the sense connected corresponding to each target binding post between one end of tie point or corresponding Inductive component 12 and Ax
Property circuit is short-circuited, the inductance value of adjustable inductance component 12.
In the state of the disconnection of switching tube 13, at least two target binding posts and the sub- phase of common terminal in route selection module
Lian Shi, at least two inductive circuits for being connected the series connection between putting corresponding at least two targets binding post are short-circuited, can
The inductance value of Inductive component 12 is adjusted, the point that is connected corresponding to a target binding post can be to be connected with the target binding post
Tie point, or one end of Inductive component 12.
Between break-make and each target binding post and common terminal that control module 10 passes through controlling switch pipe
Break-make, adjust Inductive component 12 inductance value.Specifically, control module 10 can send the second logic control to route selection module 11
Signal, second logic control signal is corresponding with the first binding post in route selection module 11 and the second binding post, and first connects
Line terminals and the second binding post are two binding posts in route selection module 11.Route selection module 11 is according to second logic control
The binding post of signal conduction first and the second binding post.Also, it is not public in the first binding post and the second binding post
When being total to binding post, the first logic control signal disconnected for indicating switching tube is sent to switching tube, makes switching tube according to this
First logic control signal controlling switch pipe disconnects；It is the common terminal period of the day from 11 p.m. to 1 a.m in the first binding post or the second binding post,
The first logic control signal of instruction switching tube closure is sent to switching tube, so that switching tube is according to first logic control signal
Controlling switch pipe closes.The first binding post is set to correspond to the inductive circuit between tie point tie point corresponding with the second binding post
It is short-circuited, to adjust the inductance value of Inductive component.
Optionally, the inductance value of n inductive circuit is identical, or, comprise at least two inductance values not in n inductive circuit
Identical inductive circuit.
In summary, the inductor-adjustable apparatus that the present embodiment provides, control route selection module that line end is inscribed by control module
The break-make of break-make and switching tube between son, it can be short-circuited at least one inductive circuit in Inductive component, so as to change inductance
The inductance value of component；Because the inductor-adjustable apparatus is made up of route selection module, inductive circuit, switching tube and control module
, space shared by these parts is all smaller, can design in the electronic device, therefore, solves electric in correlation technique
The problem of sub- equipment can not be by changing the inductance value of inductance in impedance matching network to change the impedance of impedance matching network, reaches
The effect of inductance value in electronic equipment adjustable impedance matching network is arrived.
The exemplary embodiment of the disclosure one additionally provides a kind of electronic equipment, and the terminal device includes such as above-mentioned Fig. 1 to Fig. 7
In it is any shown in any embodiment provide inductor-adjustable apparatus.
In addition, the embodiment of the present disclosure is not construed as limiting to the type of electronic equipment.For example, electronic equipment can be mobile phone, put down
Plate computer, E-book reader, multimedia play equipment, etc..
Following is embodiments of the present disclosure, for the details not disclosed in embodiments of the present disclosure, be refer to above-mentioned
Device embodiment.
Fig. 8 is the flow chart of a kind of adjustable method of inductance according to an exemplary embodiment, and this method is used to adjust
In the control module 10 for the inductor-adjustable apparatus that above-mentioned Fig. 1 provides to any embodiment shown in Fig. 6, the control module 10 can
Think a control chip.This method can include the following steps：
In step 801, the working frequency range of the antenna of electronic equipment is obtained, generation controls with the working frequency range counterlogic
Signal, the logic control signal is corresponding with the first binding post in route selection module and the second binding post, the first binding post
It is two binding posts in route selection module with the second binding post.
The corresponding relation that working frequency range and logic control signal is locally stored of electronic equipment.Control module obtains electronics
The current working frequency range of the antenna of equipment, logic control signal corresponding with the working frequency range is generated according to the corresponding relation.
Wherein, the corresponding relation is by technological development personnel setting.Specifically, developer first can be directed to different antennae not
With working frequency range, one inductance value is set, so that Antenna Operation is in a certain working frequency range, can be by the electricity in impedance matching network
Sense tunable arrangement inductance value be adjusted to the channel corresponding to inductance value, enable antenna transmitting radiofrequency signal power reach most
It is high.Then, technological development personnel are directed to each working frequency range, determine that the inductance value of Inductive component is electric corresponding to the working frequency range
The mode of communicating between line terminals is inscribed in route selection module during inductance value, determines logic control corresponding to route selection module under the mode of communicating
Signal, by logic control signal preservation corresponding with the working frequency range in the control module.
In step 802, the logic control signal is sent to route selection module, the logic control signal is used to trigger routing mould
Root tuber turns on the first binding post and the second binding post according to the logic control signal, to adjust the inductance value of Inductive component.
After route selection module receives the logic control signal, according to mode of communicating connection choosing corresponding to the logic control signal
Binding post in the module of road so that the inductance value of Inductive component is adjusted to inductance value corresponding to the working frequency range.
For example, referring still to Fig. 1, logic control signal corresponding to working frequency range 1 is 001, logic control signal 001
Corresponding mode of communicating is the binding post connection corresponding with An-1 of binding post corresponding to A1.Then control module is detecting
Antenna Operation sends logic control signal 001, route selection module logically control signal in working frequency range 1, to route selection module
Mode of communicating corresponding to 001, the binding post corresponding with An-1 of binding post corresponding to A1 is connected, now between A1 and An-1
Inductive circuit be short-circuited, the inductance value of Inductive component is adjusted to L1+Ln.
In summary, the adjustable method of inductance that the present embodiment provides, by generating the working frequency range counterlogic with antenna
Control signal, the logic control signal is sent to route selection module, route selection module controls routing mould according to the logic control signal
The break-make between line terminals is inscribed in block, can be short-circuited at least one inductive circuit in inductor-adjustable apparatus, so as to change electricity
Feel the inductance value of tunable arrangement.
Fig. 9 is the flow chart of a kind of adjustable method of inductance according to another exemplary embodiment, and this method is used to adjust
In the control module 10 for the inductor-adjustable apparatus that any embodiment shown in whole above-mentioned Fig. 7 provides, the control module 10 can be
One control chip.This method can include the following steps：
In step 901, the working frequency range of the antenna of electronic equipment is obtained, generates the first logic corresponding with the working frequency range
Control signal and the second logic control signal.
The first logic control signal corresponding to each working frequency range and the second logic control has been locally stored in electronic equipment
Signal processed, each logic control signal is corresponding with two binding posts in route selection module, here by the two binding posts point
It is also known as the first binding post and the second binding post.
It is not the common terminal period of the day from 11 p.m. to 1 a.m in the first binding post and the second binding post, first logic control signal is used
Disconnected in indicating control switch pipe；It is the common terminal period of the day from 11 p.m. to 1 a.m in the first binding post or the second binding post, the first logic control
Signal processed closes for indicating control switch pipe.
Wherein, the first logic control signal corresponding to frequency range and the second logic control signal are each made by technological development people
Member's setting.Specifically, developer first can set an inductance value for the different operating frequency range of different antennae, so that antenna work
Make in a certain working frequency range, the inductance value of the inductor-adjustable apparatus in impedance matching network can be adjusted to corresponding to the channel
Inductance value, the power of antenna transmitting radiofrequency signal is set to reach highest.Then, technological development personnel are for each work frequency
Section, when determining that the inductance value of inductor-adjustable apparatus becomes inductance value corresponding to the working frequency range, switching tube in inductor-adjustable apparatus
On off operating mode, and, route selection module be inscribed line terminals between mode of communicating.If switching tube turns on, by controlling switch pipe
The first logic control signal, route selection module second logic control signal corresponding under the mode of communicating and the work of conducting
The corresponding storage of frequency range is in the control module.If switching tube disconnects, the first logic control signal that controlling switch pipe is disconnected selects
Road module second logic control signal corresponding under the mode of communicating and the corresponding storage of working frequency range are in the control module.
In step 902, first logic control signal is sent to switching tube, the second logic control is sent to route selection module
Signal processed.
Switching tube is according to the break-make of the first logic control signal controlling switch pipe.Route selection module is according to the second logic control
The first binding post, the second binding post corresponding to signal processed in mode of communicating connection route selection module so that Inductive component 12
Inductance value be adjusted to inductance value corresponding to the working frequency range.
For example, referring still to Fig. 7, the first logic control signal corresponding to working frequency range 1 is the 001, second logic control
Signal processed is 010, and switching tube receives in the conduction state during logic control signal 001, and route selection module receives logic control
When signal is 010, corresponding mode of communicating is the binding post connection corresponding with Ax of binding post corresponding to A1.So control
Module sends logic control signal 001 when detecting Antenna Operation in working frequency range 1, to switching tube, is sent to route selection module
Logic control signal 001, then switching tube turn on, route selection module logically mode of communicating corresponding to control signal 001, by A1 pairs
The connection of the binding post answered corresponding with Ax binding post, then now inductive circuit L2, L3 in Inductive component ..., Lx be short-circuited,
The inductance value of Inductive component be adjusted to inductive circuit L1, Ly, Ly+1 ..., the summation of Ln inductance value.
In summary, the adjustable method of inductance that the present embodiment provides, generation corresponding with the working frequency range of antenna first is passed through
Logic control signal and the second logic control signal, the first logic control signal is sent into switching tube, by the second logic control
Signal is sent to route selection module, and switching tube controls its break-make according to the first logic control signal, and route selection module is according to the logic control
The break-make between line terminals is inscribed in signal control route selection module processed, can make at least one inductive circuit quilt in inductor-adjustable apparatus
Short circuit, so as to change the inductance value of inductor-adjustable apparatus.
Those skilled in the art will readily occur to the disclosure its after considering specification and putting into practice invention disclosed herein
Its embodiment.The application is intended to any modification, purposes or the adaptations of the disclosure, these modifications, purposes or
Person's adaptations follow the general principle of the disclosure and including the undocumented common knowledges in the art of the disclosure
Or conventional techniques.Description and embodiments are considered only as exemplary, and the true scope of the disclosure and spirit are by following
Claim is pointed out.
It should be appreciated that the precision architecture that the disclosure is not limited to be described above and is shown in the drawings, and
And various modifications and changes can be being carried out without departing from the scope.The scope of the present disclosure is only limited by appended claim.
Claims (10)
1. a kind of inductor-adjustable apparatus, it is characterised in that the inductor-adjustable apparatus includes：
Control module, route selection module and Inductive component, the Inductive component include multiple inductive circuits being connected in series；
The control module is connected with the signal end of the route selection module；
Tie point in the Inductive component between two adjacent inductive circuits and the binding post in the route selection module
Correspond, and the corresponding binding post of the tie point is connected；
The control module, for sending logic control signal, the logic control signal and the choosing to the route selection module
The first binding post and the second binding post in the module of road is corresponding, and first binding post and second binding post are
Two binding posts in the route selection module；
The route selection module, for turning on first binding post and second terminals according to the logic control signal
Son, to adjust the inductance value of the Inductive component.
2. inductor-adjustable apparatus according to claim 1, it is characterised in that exist at least in the both ends of the Inductive component
One end, the often end in described at least one end corresponds with the binding post in the route selection module, and described at least one end
In often hold corresponding binding post to be connected.
3. inductor-adjustable apparatus according to claim 1, it is characterised in that
A binding post in first binding post and second binding post connects for the public of the route selection module
Line terminals.
4. inductor-adjustable apparatus according to claim 3, it is characterised in that the inductive circuit that the Inductive component includes
Number n is even number, and common terminal is connected with the tie point between x-th of inductive circuit and y-th of inductive circuit,
5. inductor-adjustable apparatus according to claim 3, it is characterised in that the inductive circuit that the Inductive component includes
Number n is odd number, and common terminal is connected with the tie point between x-th of inductive circuit and y-th of inductive circuit,
6. inductor-adjustable apparatus according to claim 1, it is characterised in that the inductor-adjustable apparatus also includes：Switch
Pipe；
The control terminal of the switching tube is connected with the control module, the first pole and the two neighboring perception in the Inductive component
Tie point between circuit is connected, and the second pole is connected with common terminal of the route selection module,
The control module, it is not the public wiring to be additionally operable in first binding post and second binding post
Control the switching tube to disconnect during terminal, be the common terminal in first binding post or second binding post
The period of the day from 11 p.m. to 1 a.m controls the switching tube closure.
7. inductor-adjustable apparatus according to claim 2, it is characterised in that any tie point is corresponding in the Inductive component
Binding post and the Inductive component in either end corresponding to binding post be except described public in the route selection module
Other binding posts beyond binding post.
8. inductor-adjustable apparatus according to claim 1, it is characterised in that the inductance value phase of the multiple inductive circuit
Together, or, the inductive circuit that two inductance values differ is comprised at least in the multiple inductive circuit.
9. a kind of electronic equipment, it is characterised in that the inductance that the electronic equipment is included as described in claim 1 to 8 is any can
Adjust device.
A kind of 10. adjustable method of inductance, it is characterised in that methods described is used to adjust the electricity as described in claim 1 to 8 is any
Feel the inductance of tunable arrangement, including：
Obtain the working frequency range of the antenna of electronic equipment；
Generation and the working frequency range counterlogic control signal, the logic control signal and the first wiring in route selection module
Terminal and the second binding post correspondence, first binding post and second binding post are two in the route selection module
Individual binding post；
The logic control signal is sent to the route selection module, the logic control signal is used to trigger the route selection module root
First binding post and second binding post are turned on according to the logic control signal, to adjust the Inductive component
Inductance value.
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| CN201710647494.6A CN107528132B (en) | 2017-08-01 | 2017-08-01 | Inductance adjustable device, electronic equipment and inductance adjustable method |
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| CN201710647494.6A CN107528132B (en) | 2017-08-01 | 2017-08-01 | Inductance adjustable device, electronic equipment and inductance adjustable method |
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