CN107689487A - Anneta module and preparation method thereof and portable electronic devices - Google Patents
Anneta module and preparation method thereof and portable electronic devices Download PDFInfo
- Publication number
- CN107689487A CN107689487A CN201610636019.4A CN201610636019A CN107689487A CN 107689487 A CN107689487 A CN 107689487A CN 201610636019 A CN201610636019 A CN 201610636019A CN 107689487 A CN107689487 A CN 107689487A
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- conductive
- layer
- radiating layer
- tie layers
- electrically connected
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Classifications
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01Q—ANTENNAS, i.e. RADIO AERIALS
- H01Q7/00—Loop antennas with a substantially uniform current distribution around the loop and having a directional radiation pattern in a plane perpendicular to the plane of the loop
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01Q—ANTENNAS, i.e. RADIO AERIALS
- H01Q1/00—Details of, or arrangements associated with, antennas
- H01Q1/12—Supports; Mounting means
- H01Q1/22—Supports; Mounting means by structural association with other equipment or articles
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01Q—ANTENNAS, i.e. RADIO AERIALS
- H01Q7/00—Loop antennas with a substantially uniform current distribution around the loop and having a directional radiation pattern in a plane perpendicular to the plane of the loop
- H01Q7/06—Loop antennas with a substantially uniform current distribution around the loop and having a directional radiation pattern in a plane perpendicular to the plane of the loop with core of ferromagnetic material
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Abstract
The present invention discloses a kind of Anneta module and preparation method thereof and a kind of inside is provided with the portable electronic devices of Anneta module.Anneta module includes an antenna structure and an electronic structure.Antenna structure includes a radiation body and a conductive coil, wherein, it is embedded in a portion of conductive coil in radiation body, and the another part of conductive coil is exposed originally external in radiation.Electronic structure includes one and is arranged on the top of radiation body and is electrically connected at the circuit substrate of conductive coil and one is arranged in circuit substrate and is electrically connected at the electronic building brick of circuit substrate.Whereby, because the another part of conductive coil can be exposed to radiation, this is external, so may be such that the emittance of antenna structure is easier to launch.
Description
Technical field
The present invention relates to a kind of Anneta module and preparation method thereof and a kind of portable electronic devices, more particularly to one
Kind is applied to Anneta module of radio frequency identification system or near-field communications system and preparation method thereof, and a kind of internal peace
Portable electronic devices equipped with Anneta module.
Background technology
Mobile phone or any kind of device for mobile communication, it has also become the outfit that modern carries with.Conventional mobile communication
The major function of device is only limitted to call, sends function known to the masses such as news in brief or wireless networking.However, with science and technology
Progress, and due to mobile phone it is easy to carry the characteristics of, industry have started to contemplate some functions of meeting needed for daily life are whole
Close on mobile phone, such as contactless smart card.So-called contactless smart card, as through induction mode closely
Played a role to be arranged on the chip in card.At present the occasion of contact type intelligent card is applied in daily life very
It is more, such as carry out PayPass TM and non-contact credit card, EasyCard, the 7- of mass transportation systems of VISA WAVE specifications
11 icash cards, the access card for having ID discriminating functions and member card etc..Above-mentioned smart card can provide user in daily life
Aspect many conveniently services, therefore actively these there is dealer the intelligent card function of various uses to integrate by research and development invariably
On the mobile phone that can be carried with to everybody, the mobile phones for being used for listening to phone originally can also be brought more and swipes the card, as electronics goods
Coin bag, take mass transportation systems or identification identity.
The above-mentioned mobile phone for possessing near field communication technology function, its internal generally installing near field communication antenna, but near field leads to
Iflytech's line needs to use the mode of routing to complete the electric connection of IC chip, not only time-consuming, and cost is also higher.
The content of the invention
The technical problems to be solved by the invention are, provide a kind of Anneta module and its system in view of the shortcomings of the prior art
Make method and a kind of inside is provided with the portable electronic devices of Anneta module.
In order to solve above-mentioned technical problem, a wherein technical scheme of the present invention is to provide a kind of antenna mould
Block, it includes：One antenna structure and an electronic structure.The antenna structure includes a radiation body and a conductive coil.
The electronic structure includes one and is arranged on the top of the radiation body and is electrically connected at the circuit base of the conductive coil
Plate and one it is arranged in the circuit substrate and is electrically connected at the electronic building brick of the circuit substrate.
Further, it is embedded in a portion of the conductive coil in the radiation body, and the conductor wire
The another part of circle is exposed originally external in the radiation, wherein, the radiation body is arranged on including a substrate radiating layer, one
The first radiating layer, second radiating layer being arranged on first radiating layer on the substrate radiating layer, one are arranged on institute
State the 3rd radiating layer on the second radiating layer and one be arranged on top radiating layer on the 3rd radiating layer, and the radiation
Body as made by permeability magnetic material or dielectric material, wherein, the substrate radiating layer has a substrate permeability, described first
Radiating layer has one first permeability, and second radiating layer has one second permeability, and the 3rd radiating layer has one the
Three permeabilities, the top radiating layer have a top permeability, and first permeability, second permeability and institute
State the 3rd permeability three and be both greater than the substrate permeability and the top permeability.
Further, the conductive coil include it is multiple be connected to first radiating layer and second radiating layer it
Between the first conductive layer, multiple the second conductive layers being connected between second radiating layer and the 3rd radiating layer, multiple
It is connected to the first conductive tie layers of one first side of second radiating layer, multiple is connected to the one of second radiating layer
Second conductive tie layers of the second side, at least one one first side for being connected to the 3rd radiating layer the 3rd are conductively connected
Layer, at least one be connected to the 3rd radiating layer one second side the 4th conductive tie layers, at least one be arranged on described the
On three radiating layers and it is electrically connected at the first conductive extended layer of at least 1 the 3rd conductive tie layers, at least one is arranged on institute
State on the 3rd radiating layer and be electrically connected at the second conductive extended layer of at least 1 the 4th conductive tie layers, be at least one electrical
It is connected to the 5th conductive tie layers of at least 1 first conductive extended layer, at least one is electrically connected at least one described second
6th conductive tie layers of conductive extended layer, at least one are electrically connected at least 1 the 5th conductive tie layers and from the top
The first extraction electrode and at least one held radiating layer partial denudation and gone out are electrically connected at least one the described 6th and are conductively connected
Layer and the second extraction electrode gone out from the top radiating layer partial denudation, wherein, each described first conductive tie layers
It is electrically connected between corresponding first conductive layer and corresponding second conductive layer, each described second is led
Electric connection layer is electrically connected between corresponding first conductive layer and corresponding second conductive layer, and at least 1
Three conductive tie layers be electrically connected at corresponding first conductive tie layers and at least 1 first conductive extended layer it
Between, at least one the 4th conductive tie layers are electrically connected at corresponding second conductive tie layers and led with least one described second
Between electrically extending layer, and the circuit substrate is electrically connected at least one first extraction electrode and at least one second extraction electricity
Pole.
Further, each described first conductive layer has one first left-hand face, each described second conduction
Layer has one second left-hand face, and each described first conductive tie layers has one first connection surface, and at least one described the
Three conductive tie layers have one the 3rd connection surface, and at least 1 first conductive extended layer has one first extensional surface, and
First left-hand face, first connection surface, second left-hand face, the 3rd connection surface and described
One extensional surface trims each other, wherein, each described first conductive layer has one to be reversed with first left-hand face
The first right lateral surface, each described second conductive layer have one with second left-hand face be reversed second right side
Surface, each described second conductive tie layers have one second connection surface, and at least 1 the 4th conductive tie layers have
One the 4th connection surface, at least 1 second conductive extended layer have one second extensional surface, and first right lateral surface,
Second connection surface, second right lateral surface, the 4th connection surface and second extensional surface are cut each other
Together, wherein, at least 1 first extraction electrode has a first electrode surface, and at least one second extraction electrode has one second
Electrode surface, and the upper surface of the first electrode surface, the second electrode surface and the top radiating layer is cut each other
Together.
In order to solve above-mentioned technical problem, an other technical scheme of the present invention is to provide a kind of antenna mould
The preparation method of block, it includes：First, an antenna structure is produced, the antenna structure is led including a radiation body and one
Electric coil；Then, an electronic structure is produced, the electronic structure is arranged on the circuit base including a circuit substrate and one
On plate and it is electrically connected at the electronic building brick of the circuit substrate；Then, the electronic structure is placed on the antenna structure
Top on, wherein, the circuit substrate is arranged on the top of the radiation body and is electrically connected at the conductive coil.
Further, it is embedded in a portion of the conductive coil in the radiation body, and the conductor wire
The another part of circle is exposed originally external in the radiation, wherein, the inductance value of the Anneta module can be by the radiation originally
The permeability of body and the number of turns of the conductive coil are adjusted, and the resistance of the Anneta module can pass through the conductor wire
The line width of circle is adjusted.
In order to solve above-mentioned technical problem, yet another aspect in addition of the present invention, which is to provide one kind, to be taken
Formula electronic installation, an Anneta module is installed inside it, it is characterised in that the Anneta module includes：One antenna structure and
One electronic structure.The antenna structure includes a radiation body and a conductive coil.The electronic structure is arranged on including one
On the top of the radiation body and it is electrically connected at the circuit substrate of the conductive coil and one is arranged on the circuit base
On plate and it is electrically connected at the electronic building brick of the circuit substrate.
Further, it is embedded in a portion of the conductive coil in the radiation body, and the conductor wire
The another part of circle is exposed originally external in the radiation, wherein, the radiation body is arranged on including a substrate radiating layer, one
The first radiating layer, second radiating layer being arranged on first radiating layer on the substrate radiating layer, one are arranged on institute
State the 3rd radiating layer on the second radiating layer and one be arranged on top radiating layer on the 3rd radiating layer, and the radiation
Body as made by permeability magnetic material or dielectric material, wherein, the substrate radiating layer has a substrate permeability, described first
Radiating layer has one first permeability, and second radiating layer has one second permeability, and the 3rd radiating layer has one the
Three permeabilities, the top radiating layer have a top permeability, and first permeability, second permeability and institute
State the 3rd permeability three and be both greater than the substrate permeability and the top permeability.
Further, the conductive coil include it is multiple be connected to first radiating layer and second radiating layer it
Between the first conductive layer, multiple the second conductive layers being connected between second radiating layer and the 3rd radiating layer, multiple
It is connected to the first conductive tie layers of one first side of second radiating layer, multiple is connected to the one of second radiating layer
Second conductive tie layers of the second side, at least one one first side for being connected to the 3rd radiating layer the 3rd are conductively connected
Layer, at least one be connected to the 3rd radiating layer one second side the 4th conductive tie layers, at least one be arranged on described the
On three radiating layers and it is electrically connected at the first conductive extended layer of at least 1 the 3rd conductive tie layers, at least one is arranged on institute
State on the 3rd radiating layer and be electrically connected at the second conductive extended layer of at least 1 the 4th conductive tie layers, be at least one electrical
It is connected to the 5th conductive tie layers of at least 1 first conductive extended layer, at least one is electrically connected at least one described second
6th conductive tie layers of conductive extended layer, at least one are electrically connected at least 1 the 5th conductive tie layers and from the top
The first extraction electrode and at least one held radiating layer partial denudation and gone out are electrically connected at least one the described 6th and are conductively connected
Layer and the second extraction electrode gone out from the top radiating layer partial denudation, wherein, each described first conductive tie layers
It is electrically connected between corresponding first conductive layer and corresponding second conductive layer, each described second is led
Electric connection layer is electrically connected between corresponding first conductive layer and corresponding second conductive layer, and at least 1
Three conductive tie layers be electrically connected at corresponding first conductive tie layers and at least 1 first conductive extended layer it
Between, at least one the 4th conductive tie layers are electrically connected at corresponding second conductive tie layers and led with least one described second
Between electrically extending layer, and the circuit substrate is electrically connected at least one first extraction electrode and at least one second extraction electricity
Pole.
Further, each described first conductive layer has one first left-hand face, each described second conduction
Layer has one second left-hand face, and each described first conductive tie layers has one first connection surface, and at least one described the
Three conductive tie layers have one the 3rd connection surface, and at least 1 first conductive extended layer has one first extensional surface, and
First left-hand face, first connection surface, second left-hand face, the 3rd connection surface and described
One extensional surface trims each other, wherein, each described first conductive layer has one to be reversed with first left-hand face
The first right lateral surface, each described second conductive layer have one with second left-hand face be reversed second right side
Surface, each described second conductive tie layers have one second connection surface, and at least 1 the 4th conductive tie layers have
One the 4th connection surface, at least 1 second conductive extended layer have one second extensional surface, and first right lateral surface,
Second connection surface, second right lateral surface, the 4th connection surface and second extensional surface are cut each other
Together, wherein, at least 1 first extraction electrode has a first electrode surface, and at least one second extraction electrode has one second
Electrode surface, and the upper surface of the first electrode surface, the second electrode surface and the top radiating layer is cut each other
Together.
The beneficial effects of the present invention are technical scheme provided by the present invention can be by the way that " electronic structure includes one
Be arranged on the top of the radiation body and be electrically connected at the circuit substrate of the conductive coil and one be arranged on it is described
In circuit substrate and be electrically connected at the electronic building brick of the circuit substrate " technical characteristic, produced one kind is with the day
Cable architecture is provided with the portable electronic devices of Anneta module to carry the Anneta module of the electronic building brick and a kind of inside.
For the enabled feature and technology contents for being further understood that the present invention, refer to below in connection with the present invention specifically
Bright and accompanying drawing, however the accompanying drawing provided be merely provided for refer to explanation, not be used for the present invention is any limitation as.
Brief description of the drawings
Fig. 1 a kind of carries the preparation method of the Anneta module of electronic building brick to be provided by the present invention with antenna structure
Flow chart.
Fig. 2 is the schematic perspective view of the antenna structure of inventive antenna module.
Fig. 3 is the diagrammatic cross-section of the antenna structure of inventive antenna module.
Fig. 4 is the schematic perspective view of the conductive coil of the antenna structure of inventive antenna module.
Fig. 5 is the schematic perspective view of the electronic structure of inventive antenna module.
Fig. 6 is a kind of three-dimensional signal that the Anneta module of electronic building brick is carried with antenna structure provided by the present invention
Figure.
Fig. 7 is the function block for the portable electronic devices that a kind of inside provided by the present invention is provided with Anneta module
Figure.
Embodiment
It is to illustrate presently disclosed relevant " Anneta module and preparation method thereof by particular specific embodiment below
And a kind of inside is provided with the portable electronic devices of Anneta module " embodiment, those skilled in the art can be by this theory
Bright book disclosure of that understands advantages of the present invention and effect.The present invention can be applied by other different specific embodiments
Row or application, the various details in this specification may be based on different viewpoints and application, enter under without departing from the spirit
The various modifications of row and change.In addition, the accompanying drawing of the present invention is only simple schematically illustrate, not according to the description of actual size, give
Statement.The correlation technique content of the present invention is will be explained in further detail in following embodiment, but disclosure of that is not used
With the technical scope of the limitation present invention.
Refer to shown in Fig. 1 to Fig. 6, the present invention provides a kind of Anneta module M preparation method, and it includes：First, coordinate
Shown in Fig. 1 and Fig. 2, an antenna structure 1 is produced, antenna structure 1 includes a radiation conductive coil 11 of body 10 and one, its
In, be embedded in a portion of conductive coil 11 radiation body 10 in, and conductive coil 11 another part it is exposed
It is outer (S100) to radiate body 10；Then, coordinate shown in Fig. 1 and Fig. 5, produce an electronic structure 2, electronic structure 2 includes one
Circuit substrate 20 and one is arranged in circuit substrate 20 and is electrically connected at the electronic building brick 21 (S102) of circuit substrate 20, its
The bottom of middle circuit substrate 20 has multiple conductive junction points 200；Then, coordinate shown in Fig. 1 and Fig. 6, electronic structure 2 is placed
On the top of antenna structure 1, to complete a kind of making that the Anneta module M of electronic building brick 21 is carried with antenna structure, its
Middle circuit substrate 20 is arranged on the top of radiation body 10 and is electrically connected at conductive coil by multiple conductive junction points 200
11(S104).For example, according to different design requirements, the inductance value that Anneta module M is provided can be by radiating body 10
Permeability and the number of turns of conductive coil 11 be adjusted, and the resistance that Anneta module M is provided can be by conductive coil 11
Line width be adjusted.
Significantly, since antenna structure 1 can be fabricated separately with electronic structure 2, so adding using original
Under conditions of construction equipment or processing method, you can the making of antenna structure 1 and electronic structure 2 is respectively completed, so can be effective
Cost of manufacture is reduced, and increases antenna structure 1 and flexibility of the electronic structure 2 in collocation.For example, electronic structure 2
Can directly it be pasted on antenna structure 1, so Anneta module M overall volume can be effectively reduced.
Whereby, coordinate shown in Fig. 2, Fig. 5 and Fig. 6, the present invention provides a kind of Anneta module M, and it includes：One antenna structure
1 and an electronic structure 2.First, antenna structure 1 includes a radiation conductive coil 11 of body 10 and one, wherein conductive coil
It is embedded in 11 a portion in radiation body 10, and the another part of conductive coil 11 is exposed in radiation body 10
Outside.It is arranged on the top of radiation body 10 in addition, electronic structure 2 includes one and is electrically connected at the circuit base of conductive coil 11
Plate 20 and one is arranged in circuit substrate 20 and is electrically connected at the electronics of circuit substrate 20 by multiple conductive junction points 200
Component 21.For example, electronic building brick 21 can be any kind of IC chip, and Anneta module M can be applied to wirelessly
Frequency identification system (Radio Frequency Identification, RFID) or near-field communications system (Near Field
Communication, NFC).
It is worth noting that, most conductive coil 11 can be embedded in radiation body 10 by interior, it is most to cause
Conductive coil 11 can obtain radiating the protection of body 10, to lift the environmental resistance degree of conductive coil 11, and lift a day knot
The total reliability of structure 1.Further, since the another part of conductive coil 11 can be exposed to outside radiation body 10, so
It may be such that the emittance of antenna structure 1 is easier to launch.
For further, coordinate shown in Fig. 2 to Fig. 4, radiation body 10 is arranged on including a substrate radiating layer 100, one
The second radiating layer 102, one that the first radiating layer 101, one on substrate radiating layer 100 is arranged on the first radiating layer 101 is set
The 3rd radiating layer 103 and one on the second radiating layer 102 are arranged on the top radiating layer 104 on the 3rd radiating layer 103.
That is substrate radiating layer 100, the first radiating layer 101, the second radiating layer 102, the 3rd radiating layer 103 and top radiating layer
104 can be connected with each other into tailored radiation body 10.In addition, radiation body 10 can be made by permeability magnetic material or dielectric material
Into, such as permeability magnetic material can mainly be made up of transition elements iron, cobalt, nickel and its alloy etc. and can directly or indirectly produce magnetic
Material.For example, substrate radiating layer 100 has a substrate magnetic permeability mu 4, and the first radiating layer 101 has one first permeability
μ 1, the second radiating layer 102 have one second magnetic permeability mu 2, and the 3rd radiating layer 103 has one the 3rd magnetic permeability mu 3, top radiating layer
104 have a top magnetic permeability mu 5, and the first magnetic permeability mu 1, the second magnetic permeability mu 2 and the three of the 3rd magnetic permeability mu 3 are both greater than
Substrate magnetic permeability mu 4 and top magnetic permeability mu 5, wherein the scope of used permeability can be 1≤μ 1, μ 2, μ 3, μ 4, μ 5
≦100。
It is worth noting that, when permeability is very low used by substrate magnetic permeability mu 4 and top magnetic permeability mu 5, such as μ
During 4=1 and μ 5=1, whole cans of conductive coil 11 are all embedded in radiation body 10 by interior, can be with as such a design
Reach the advantages of allowing the emittance (or that energy of radiation body 10) of antenna structure 1 to be easier to launch.
For further, coordinate shown in Fig. 2 to Fig. 4, conductive coil 11 include it is multiple be connected to the first radiating layer 101 with
The first conductive layer 111 between second radiating layer 102, multiple it is connected between the second radiating layer 102 and the 3rd radiating layer 103
Second conductive layer 112, the first conductive tie layers 113A, more of multiple one first sides 1021 for being connected to the second radiating layer 102
Second conductive tie layers 113B of individual one second side 1022 for being connected to the second radiating layer 102, at least one are connected to the 3rd spoke
Penetrate the 3rd conductive tie layers 114A of one first side 1031 of layer 103, at least one be connected to the one second of the 3rd radiating layer 103
4th conductive tie layers 114B of side 1032, at least one are arranged on the 3rd radiating layer 103 and are electrically connected at least 1
Three conductive tie layers 114A the first conductive extended layer 115A, at least one are arranged on the 3rd radiating layer 103 and are electrically connected at
At least one the 4th conductive tie layers 114B the second conductive extended layer 115B, at least one are electrically connected at least one first conduction and prolonged
Layer 115A the 5th conductive tie layers 116A is stretched, at least one the 6th of at least one second conductive extended layer 115B is electrically connected at and leads
Electric connection layer 116B, at least one are electrically connected at least one the 5th conductive tie layers 116A and naked from the part of top radiating layer 104
The the first extraction electrode 117A revealed and at least one is electrically connected at least one the 6th conductive tie layers 116B and from top
The partial denudation of radiating layer 104 and the second extraction electrode 117B gone out.In addition, each first conductive tie layers 113A is electrically connected with
Between the first corresponding conductive layer 111 and the second corresponding conductive layer 112, each second conductive tie layers 113B electricity
Property is connected between the first corresponding conductive layer 111 and the second corresponding conductive layer 112, at least one the 3rd conductive tie layers
114A is electrically connected between the first corresponding conductive tie layers 113A and at least one first conductive extended layer 115A, and extremely
Few one the 4th conductive tie layers 114B is electrically connected at the second corresponding conductive tie layers 113B and prolonged with least one second conduction
Stretch between layer 115B.In addition, coordinating shown in Fig. 3 to Fig. 6, two conductive junction points 200 of circuit substrate 20 can be electrically connected
In at least one first extraction electrode 117A and at least one second extraction electrode 117B.
For further, coordinate shown in Fig. 2 to Fig. 4, each first conductive layer 111 has one first left-hand face
1111, each second conductive layer 112 has one second left-hand face 1121, and each first conductive tie layers 113A has one
First connection surface 1130A, at least one the 3rd conductive tie layers 114A have one the 3rd connection surface 1140A, at least one first
Conductive extended layer 115A has an one first extensional surface 1150A, and the first left-hand face 1111, the first connection surface 1130A,
Second left-hand face 1121, the 3rd connection surface 1140A and the first extensional surface 1150A can be trimmed each other.In addition, each
First conductive layer 111 has one and first the first right lateral surface 1112 that is reversed of left-hand face 1111, and each second is led
Electric layer 112 has one and second the second right lateral surface 1122 that is reversed of left-hand face 1121, and each second is conductively connected
There is layer 113B one second connection surface 1130B, at least one the 4th conductive tie layers 114B to have one the 4th connection surface
1140B, at least one second conductive extended layer 115B have one second extensional surface 1150B, and the first right lateral surface 1112,
Two connection surface 1130B, the second right lateral surface 1122, the 4th connection surface 1140B and the second extensional surface 1150B are cut each other
Together.In addition, at least one first extraction electrode 117A has a first electrode surface 1170A, at least one second extraction electrode 117B
With a second electrode surface 1170B, and first electrode surface 1170A, second electrode surface 1170B and top radiating layer
104 upper surface 1040 trims each other.
It is worth noting that, coordinating shown in Fig. 6 and Fig. 7, the present invention furthermore provides a kind of portable electronic devices
P, and portable electronic devices P inside is provided with an Anneta module M.First, Anneta module M include an antenna structure 1 with
An and electronic structure 2.Antenna structure 1 includes a radiation conductive coil 11 of body 10 and one.Wherein one of conductive coil 11
It is embedded in point in radiation body 10, and the another part of conductive coil 11 is exposed outside radiation body 10.In addition, electronics knot
Structure 2 includes one and is arranged on the top of radiation body 10 and is electrically connected at the setting of circuit substrate 20 and one of conductive coil 11
In circuit substrate 20 and it is electrically connected at the electronic building brick 21 of circuit substrate 20.
In summary, the beneficial effects of the present invention are technical scheme provided by the present invention can pass through " electronic structure 2
The circuit substrate 20 and one for being arranged on including one on the top of radiation body 10 and being electrically connected at conductive coil 11 is arranged on
In circuit substrate 20 and the technical characteristic of the electronic building brick 21 " of circuit substrate 20 is electrically connected at, produced one kind is with antenna
Structure 1 is provided with Anneta module M portable electronic devices P to carry the Anneta module M of electronic building brick 21 and a kind of inside.
For further, because antenna structure 1 and electronic structure 2 can be fabricated separately, so adding using original
Under conditions of construction equipment or processing method, you can the making of antenna structure 1 and electronic structure 2 is respectively completed, so can be effective
Cost of manufacture is reduced, and increases antenna structure 1 and flexibility of the electronic structure 2 in collocation.For example, electronic structure 2
Can directly it be pasted on antenna structure 1, so Anneta module M overall volume can be effectively reduced.
For further, most conductive coil 11 can be embedded in radiation body 10 by interior, most to cause
Conductive coil 11 can obtain radiating the protection of body 10, to lift the environmental resistance degree of conductive coil 11, and lift a day knot
The total reliability of structure 1.Further, since the another part of conductive coil 11 can be exposed to outside radiation body 10, so
It may be such that the emittance of antenna structure 1 is easier to launch.
Content disclosed above is only the preferred possible embodiments of the present invention, and the right for not thereby limiting to the present invention will
The protection domain asked, so every equivalence techniques change done with description of the invention and accompanying drawing content, is both contained in this
In the scope of the claims of invention.
Claims (10)
1. a kind of Anneta module, it is characterised in that the Anneta module includes：
One antenna structure, the antenna structure include a radiation body and a conductive coil；And
One electronic structure, the electronic structure include one and are arranged on the top of the radiation body and are electrically connected at described lead
The circuit substrate of electric coil and one it is arranged in the circuit substrate and is electrically connected at the electronic building brick of the circuit substrate.
2. Anneta module according to claim 1, it is characterised in that institute is embedded in a portion of the conductive coil
State in radiation body, and the another part of the conductive coil is exposed originally external in the radiation, wherein, the radiation body
The first radiating layer for being arranged on including a substrate radiating layer, one on the substrate radiating layer, one are arranged on first radiating layer
On the second radiating layer, the 3rd radiating layer being arranged on second radiating layer and one be arranged on the 3rd radiating layer
On top radiating layer, and it is described radiation body as made by permeability magnetic material or dielectric material, wherein, the substrate radiating layer
With a substrate permeability, first radiating layer has one first permeability, and second radiating layer has one second magnetic conduction
Rate, the 3rd radiating layer have one the 3rd permeability, and the top radiating layer has a top permeability, and described first leads
Magnetic rate, second permeability and the 3rd permeability three are both greater than the substrate permeability and the top magnetic conduction
Rate.
3. Anneta module according to claim 2, it is characterised in that the conductive coil includes multiple being connected to described the
The first conductive layer between one radiating layer and second radiating layer, multiple it is connected to second radiating layer and the 3rd spoke
It is the second conductive layer for penetrating between layer, the first conductive tie layers of multiple one first sides for being connected to second radiating layer, more
Second conductive tie layers of individual one second side for being connected to second radiating layer, at least one are connected to the 3rd radiating layer
One first side the 3rd conductive tie layers, at least one be connected to the 3rd radiating layer one second side it is the 4th conductive
Articulamentum, at least one are arranged on the 3rd radiating layer and are electrically connected at the first of at least 1 the 3rd conductive tie layers
Conductive extended layer, at least one are arranged on the 3rd radiating layer and are electrically connected at least 1 the 4th conductive tie layers
The 5th conductive tie layers that second conductive extended layer, at least one are electrically connected at least 1 first conductive extended layer, at least
One is electrically connected at the 6th conductive tie layers of at least 1 second conductive extended layer, at least one is electrically connected at least one institute
State the 5th conductive tie layers and electrically connect from the top radiating layer partial denudation and the first extraction electrode gone out and at least one
At least 1 the 6th conductive tie layers and the second extraction electrode gone out from the top radiating layer partial denudation are connected to, its
In, each described first conductive tie layers is electrically connected at corresponding first conductive layer and corresponding described second
Between conductive layer, each described second conductive tie layers be electrically connected at corresponding first conductive layer with it is corresponding
Between second conductive layer, at least one the 3rd conductive tie layers be electrically connected at corresponding first conductive tie layers with
Between at least 1 first conductive extended layer, at least one the 4th conductive tie layers are electrically connected at corresponding described second and led
Between electric connection layer and at least 1 second conductive extended layer, and the circuit substrate is electrically connected at least one first extraction
Electrode and at least one second extraction electrode.
4. Anneta module according to claim 3, it is characterised in that each described first conductive layer has one first left side
Side surface, each described second conductive layer have one second left-hand face, and each described first conductive tie layers has one
First connection surface, at least 1 the 3rd conductive tie layers have one the 3rd connection surface, and at least 1 first conduction is prolonged
Stretching layer has one first extensional surface, and first left-hand face, first connection surface, second left-hand face,
3rd connection surface and first extensional surface trim each other, wherein, each described first conductive layer has one
The first right lateral surface being reversed with first left-hand face, each described second conductive layer have one and described second
The second right lateral surface that left-hand face is reversed, each described second conductive tie layers have one second connection surface, extremely
Few 4th conductive tie layers have one the 4th connection surface, and at least 1 second conductive extended layer has one second to prolong
Stretch surface, and first right lateral surface, second connection surface, second right lateral surface, the 4th connection surface
And second extensional surface trims each other, wherein, at least 1 first extraction electrode has a first electrode surface, extremely
Few one second extraction electrode has a second electrode surface, and the first electrode surface, the second electrode surface and institute
The upper surface for stating top radiating layer trims each other.
5. a kind of preparation method of Anneta module, it is characterised in that the preparation method of described Anneta module includes：
An antenna structure is produced, the antenna structure includes a radiation body and a conductive coil；
An electronic structure is produced, the electronic structure is arranged on including a circuit substrate and one in the circuit substrate and electricity
Property is connected to the electronic building brick of the circuit substrate；And
The electronic structure is placed on the top of the antenna structure, wherein, the circuit substrate is arranged on the radiation
On the top of body and it is electrically connected at the conductive coil.
6. the preparation method of Anneta module according to claim 5, it is characterised in that wherein one of the conductive coil
It is embedded in point in the radiation body, and the another part of the conductive coil is exposed originally external in the radiation, wherein, institute
Stating the inductance value of Anneta module can be adjusted by the permeability of the radiation body and the number of turns of the conductive coil, and
The resistance of the Anneta module can be adjusted by the line width of the conductive coil.
7. Anneta module is installed a kind of portable electronic devices, inside it, it is characterised in that the Anneta module includes：
One antenna structure, the antenna structure include a radiation body and a conductive coil；And
One electronic structure, the electronic structure include one and are arranged on the top of the radiation body and are electrically connected at described lead
The circuit substrate of electric coil and one it is arranged in the circuit substrate and is electrically connected at the electronic building brick of the circuit substrate.
8. portable electronic devices according to claim 7, it is characterised in that in a portion of the conductive coil
It is embedded in the radiation body, and the another part of the conductive coil is exposed originally external in the radiation, wherein, the spoke
Penetrate body and be arranged on described first including a substrate radiating layer, first radiating layer being arranged on the substrate radiating layer, one
The second radiating layer, the 3rd radiating layer being arranged on second radiating layer and one on radiating layer are arranged on the described 3rd
Top radiating layer on radiating layer, and it is described radiation body as made by permeability magnetic material or dielectric material, wherein, the substrate
Radiating layer has a substrate permeability, and first radiating layer has one first permeability, and second radiating layer has one the
Two permeabilities, the 3rd radiating layer have one the 3rd permeability, and the top radiating layer has a top permeability, and described
First permeability, second permeability and the 3rd permeability three are both greater than the substrate permeability and the top
Hold permeability.
9. portable electronic devices according to claim 8, it is characterised in that the conductive coil includes multiple be connected to
The first conductive layer between first radiating layer and second radiating layer, it is multiple be connected to second radiating layer with it is described
The second conductive layer between 3rd radiating layer, the first of multiple one first sides for being connected to second radiating layer are conductively connected
Layer, the second conductive tie layers of multiple one second sides for being connected to second radiating layer, at least one are connected to the described 3rd
3rd conductive tie layers of one first side of radiating layer, at least one be connected to the 3rd radiating layer one second side
Four conductive tie layers, at least one are arranged on the 3rd radiating layer and are electrically connected at least 1 the 3rd conductive tie layers
The first conductive extended layer, at least one be arranged on the 3rd radiating layer and be electrically connected at least one the described 4th it is conductive even
The second conductive extended layer of layer is connect, at least one the 5th of at least 1 first conductive extended layer is electrically connected at and is conductively connected
Layer, at least one are electrically connected at the 6th conductive tie layers of at least 1 second conductive extended layer, at least one are electrically connected at
At least 1 the 5th conductive tie layers and the first extraction electrode for going out from the top radiating layer partial denudation and at least
One is electrically connected at least 1 the 6th conductive tie layers and the second extraction gone out from the top radiating layer partial denudation
Electrode, wherein, each described first conductive tie layers be electrically connected at corresponding first conductive layer with it is corresponding
Between second conductive layer, each described second conductive tie layers be electrically connected at corresponding first conductive layer with
Between corresponding second conductive layer, it is conductive that at least one the 3rd conductive tie layers are electrically connected at corresponding described first
Between articulamentum and at least 1 first conductive extended layer, at least one the 4th conductive tie layers are electrically connected at corresponding institute
State between the second conductive tie layers and at least 1 second conductive extended layer, and the circuit substrate is electrically connected at least one
First extraction electrode and at least one second extraction electrode.
10. portable electronic devices according to claim 9, it is characterised in that each described first conductive layer has
One first left-hand face, each described second conductive layer have one second left-hand face, and each described first is conductively connected
Layer has one first connection surface, and at least 1 the 3rd conductive tie layers have one the 3rd connection surface, and at least one described the
One conductive extended layer has one first extensional surface, and first left-hand face, first connection surface, second left side
Side surface, the 3rd connection surface and first extensional surface trim each other, wherein, each described first conductive layer
With first right lateral surface being reversed with first left-hand face, each described second conductive layer has one and institute
The second right lateral surface that the second left-hand face is reversed is stated, each described second conductive tie layers has one second connection table
Face, at least 1 the 4th conductive tie layers have one the 4th connection surface, and at least 1 second conductive extended layer has one
Second extensional surface, and first right lateral surface, second connection surface, second right lateral surface, the 4th company
Connect surface and second extensional surface trims each other, wherein, at least 1 first extraction electrode has a first electrode
Surface, at least one second extraction electrode have a second electrode surface, and the first electrode surface, the second electrode surface
And the upper surface of the top radiating layer trims each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610636019.4A CN107689487A (en) | 2016-08-05 | 2016-08-05 | Anneta module and preparation method thereof and portable electronic devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610636019.4A CN107689487A (en) | 2016-08-05 | 2016-08-05 | Anneta module and preparation method thereof and portable electronic devices |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107689487A true CN107689487A (en) | 2018-02-13 |
Family
ID=61151718
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610636019.4A Pending CN107689487A (en) | 2016-08-05 | 2016-08-05 | Anneta module and preparation method thereof and portable electronic devices |
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| Country | Link |
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| CN (1) | CN107689487A (en) |
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