CN206180103U - Miniaturized three frequency dual circular polarization antennas - Google Patents
Miniaturized three frequency dual circular polarization antennas Download PDFInfo
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- CN206180103U CN206180103U CN201621166726.3U CN201621166726U CN206180103U CN 206180103 U CN206180103 U CN 206180103U CN 201621166726 U CN201621166726 U CN 201621166726U CN 206180103 U CN206180103 U CN 206180103U
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Abstract
The utility model belongs to the technical field of communication and navigation, concretely relates to miniaturized three frequency dual circular polarization antennas. This antenna is at coaxial fixing hole and the fastening bolt of being provided with of upper microstrip patch antenna, middle level microstrip patch antenna, the microstrip antenna of lower floor and bottom feed network's vertical central line department, the axis in three group's first short circuit metallization via holes and first feed hole all is in and uses fixing hole axis circumference equipartition just on as the same face of cylinder in axle center, middle level microstrip paster department arranges the second distributing point, and the axis in three groups second short circuit metallization via hole and second feed hole all is in and uses fixing hole axis circumference equipartition just on as the same face of cylinder in axle center, the aperture of first short circuit metallization via hole equals first medium cover external diameter, second short circuit metallization via hole aperture equals second medium cover external diameter. The utility model discloses can do and guarantee antenna body long -pending miniaturization and light -dutyization demand when guarantee good impedance bandwidth and axial ratio bandwidth and high -gain performance.
Description
Technical field
The utility model belongs to communication and field of navigation technology, and in particular to one kind miniaturization three-frequency dual-circle polarization antenna.
Background technology
At present, can multiband work antenna be widely used in as navigation system receiver, communication station transmitting-receiving be total to
In the antenna of the radar worked with antenna, frequency hopping and communication equipment and some frequency agilities and polarization agile.Circular polarized antenna
In being even more widely used in the fields such as receiver of satellite navigation system.As the fast development of Satellite Navigation Technique is answered with extensive
With the highly desirable corresponding antenna of people possesses broad beam, high-gain, circular polarisation, multifrequency point work, miniaturization, lightness etc.
Series of advantages.Now, multi-frequency polarized antenna is due to mainly using the making of multi-disc method, namely using different many of resonant frequency
Individual paster is stacked on the same substrate, generally larger paster is put in into lower floor and less paster is laminated on upper strata；Meanwhile, for the company of avoiding
The feed probes for connecing each layer paster produce the interference situation that works each other, need around each power feed hole for feed probes insertion
Around the tiny metallization via of a circle that gathers, under isolation, enter so as to by paster at the circle metallization via inner ring
And prevent the coupling influence between each feed probes.However, it has been found that because per layer with feed probes during actual fabrication
Paster is required for outside power feed hole the corresponding circle of arrangement one metallization via, and this causes not only to need the feed at current layer paster
Hole periphery reserves the region worn for metallization via, while the paster of the bottom must also possess enough regions for holding
Receive and run through and next thickly dotted metallization via by upper strata or even the stacking of upper strata paster, this is obviously extremely disadvantageous in mesh
The miniature requirement of front antenna volume.
The content of the invention
The purpose of this utility model is to overcome above-mentioned the deficiencies in the prior art, there is provided a kind of rational in infrastructure and reliably can answer
For the miniaturization three-frequency dual-circle polarization antenna in Big Dipper handheld device, it can ensure good impedance bandwidth and axial ratio bandwidth
And while high-gain performance, also can ensure that miniaturization and the lightness demand of antenna volume.
For achieving the above object, the utility model employs technical scheme below：
One kind miniaturization three-frequency dual-circle polarization antenna, it is characterised in that：This antenna includes from top to bottom and successively platy layer
Upper strata microband paste, upper layer medium substrate, middle level microband paste, middle level medium substrate, lower floor's microband paste, lower floor that laying up is put
Medium substrate and bottom feeding network；Wherein, upper strata microband paste constitutes the upper strata for working in S frequencies with upper layer medium substrate
Micro-strip paster antenna, middle level microband paste constitutes the middle level micro-strip paster antenna for working in L frequencies, lower floor with middle level medium substrate
Microband paste constitutes the lower floor's micro-strip paster antenna for working in B3 frequencies with layer dielectric substrate；On upper strata micro-strip paster antenna,
Coaxial being provided with of vertical centerline of middle level micro-strip paster antenna, lower layer of microstrip antenna and bottom feeding network fixes logical
Hole, fastening bolt forms bolt immovable fitting through above-mentioned fixed via；
The first distributing point is arranged at the microband paste of upper strata, by the vertical upper strata microband paste place plane of the first distributing point
Sequentially pass through upper layer medium substrate, middle level microband paste, middle level medium substrate, lower floor's microband paste, layer dielectric substrate to arrange
There is the first power feed hole, the first power feed hole is metallization via, and the first feed probes are coaxially arranged in the first power feed hole, the first feedback
The two ends of electric probe connect respectively the first distributing point and the output interface at bottom feeding network；This antenna also includes running through
First short circuit metallic via of middle level micro-strip paster antenna and lower floor's micro-strip paster antenna, the first short circuit metallic via is three
The axis of group, the first short circuit metallic via and the first power feed hole is in the same face of cylinder with fixed via axis as axle center
Go up and the first short circuit metallic via is uniform along above-mentioned cylindrical surface peripheral with the axis of the first power feed hole；
The second distributing point is arranged at the microband paste of middle level, by the vertical upper strata microband paste place plane of the second distributing point
Sequentially pass through lower floor's microband paste, layer dielectric substrate and be provided with the second power feed hole, the second power feed hole is metallization via, second
Feed probes are coaxially arranged in the second power feed hole, and the two ends of the second feed probes connect respectively the second distributing point and positioned at bottom
Output interface at feeding network；This antenna also includes the second short circuit metallic via through lower floor's micro-strip paster antenna, the
Two short circuit metallic vias are three groups, and the axis of the second short circuit metallic via and the second power feed hole is in fixed via axle
Line is on the same face of cylinder in axle center and the axis of the second short circuit metallic via and the second power feed hole is along above-mentioned cylindrical surface peripheral
Uniformly；
The 3rd distributing point is arranged at lower floor's microband paste, the 3rd feed probes connect the 3rd feedback through layer dielectric substrate
Electricity point and the output interface at bottom feeding network；
In first power feed hole positioned at middle level micro-strip paster antenna and a sector hole road of lower floor's micro-strip paster antenna
Be provided with between the first feed probes and isolate mutual first medium set, in second power feed hole positioned at lower floor's microband paste
One sector hole road of antenna isolates mutual second medium set with being provided between the second feed probes；First short circuit metallic via
Aperture is equal to first medium and covers external diameter；Second short circuit metallic via aperture is equal to second medium and covers external diameter.
The upper strata microband paste, upper layer medium substrate, middle level microband paste, middle level medium substrate, lower floor's microband paste,
Layer dielectric substrate and bottom feeding network profile are square sheets platy structure；At lower floor's micro-strip paster antenna
Along fixed via axis around each adjacent first short circuit metallic via, the first power feed hole, the second short circuit metallic mistake being distributed
To each other away from equalization between hole, the second power feed hole.
The relative angle end of the upper strata microband paste two is respectively provided with corner cut；At wherein two opposite side of the middle level microband paste pair
Arrangement is claimed to be convexly equipped with rectangular microstrip minor matters；T-shaped gap minor matters are arranged at four sides of lower floor's microband paste.
The bottom feeding network includes from top to bottom stacking gradually metal ground plane, underlying dielectric substrate, the ring of arrangement
Shaped microstrip line electric bridge and the output interface being arranged at annular microstrip line electric bridge；The first short circuit metallic via, first
Power feed hole, the second short circuit metallic via, the second power feed hole and fixed via are through above-mentioned metal ground plane and bottom
Medium substrate；It surround along four straight flanges of annular microstrip line electric bridge and is densely covered with the metallization via of a circle the 3rd, the 3rd metal
Change the top connection metal ground plane of via.
The dielectric constant of the upper layer medium substrate is 10.2, and long is 22mm × 22mm with wide size, and plate body thickness is
2mm；The dielectric constant of middle level medium substrate is 10.2, and long is 31mm × 31mm with wide size, and plate body thickness is 4mm；Lower floor is situated between
The dielectric constant of matter substrate is 16, and long is 34mm × 34mm with wide size, and plate body thickness is 6mm；The dielectric of underlying dielectric substrate
Constant is 9, and long is 35mm × 35mm with wide size, and plate body thickness is 0.508mm；A diameter of 0.9mm of each feed probes,
The aperture of the first short circuit metallic via and the second short circuit metallic via is 3mm, and the first feed probes are away from fixed via axis
Spacing is 3.3mm, and the second feed probes are 3.5mm~4.3mm away from fixed via axis spacing, and the 3rd feed probes are away from fixed logical
Hole axle distance between centers of tracks is 6mm.
The beneficial effects of the utility model are：
1), the utility model by be laminated from top to bottom the upper strata micro-strip paster antenna of connection, middle level micro-strip paster antenna,
Lower floor's micro-strip paster antenna and bottom feeding network are constituting Anneta module, and the fixing bolt arranged with center ensure that respectively
Stacking fastening structure between person.During practical operation, upper strata micro-strip paster antenna corresponds to S frequencies, middle level micro-strip paster antenna pair
Should be in L frequencies, and lower floor's micro-strip paster antenna corresponds to B3 frequencies, bottom feeding network is then provided needed for B3 frequency circular polarisation
Feed circuit, it is achieved thereby that Beidou II B3 frequency and Big Dipper generation L frequency, the signal receiving function of S frequencies.This practicality is new
Type can examine using high-k, low dielectric loss ceramic material substrate come tentatively realize miniaturization；And at the same time, utilize
It is unique along 90 ° of three circumferentially distributed road the first short circuit metallic vias of fixed via axis and three road the second short circuit metallic mistakes
Hole, so as to play the function of eliminating the coupling influence of each feed probes in corresponding first power feed hole and the second power feed hole.Relatively
Tradition must be around each power feed hole for the complicated coupling shielding mode of circumferential densely covered around metallization via, this
Utility model is only with three groups of short circuit metallic vias, you can ensure the reliably working of corresponding feed probes, not only causes equipment
Functional reliability be effectively guaranteed, simultaneously because the reduction of the number of perforations that metallized so that the micro-strip patch of less area
Piece can ensure being drilled with for each metallization via, this miniaturization and lightness demand obviously beneficial to current antenna.
To sum up, interport isolation is high, each frequency range circular polarisation gain performance is stablized for the utility model transmitting-receiving；It can ensure
While good impedance bandwidth and axial ratio bandwidth and high-gain performance, miniaturization and the lightness of antenna volume is also can ensure that
Demand, can be used for the reception and transmitting of Big Dipper handheld device satellite-signal.
2), during practical operation, in the first power feed hole positioned at middle level micro-strip paster antenna and lower floor's micro-strip paster antenna and
Medium socket can all be arranged in the second power feed hole at lower floor's micro-strip paster antenna to fill corresponding power feed hole with corresponding feed
Gap between probe；Now, the aperture for being considered as corresponding short circuit metallic via is equal to the external diameter of respective media set.And
At lower floor's micro-strip paster antenna along fixed via axis around distribution each adjacent first short circuit metallic via, first
To each other away from equalization between power feed hole, the second short circuit metallic via, the second power feed hole, this is reflected at layer dielectric substrate
When, it can be seen that equally distributed eight borehole structures are presented at the medium substrate plate face.The impartial each Kong Lu of above-mentioned spacing, most
The work interference reduced between each of big degree, this functional reliability and stability to lift structure plays favourable shadow
Ring.
3), upper strata microband paste be square structure form, along its diagonal corner cut, and be contemplated that with diagonal
The linear position that 45 ° of angle arranges distributing point, so as to realize that right-handed circular polarization works.Middle level microband paste is square structure shape
Formula, at its symmetrical edge short micro-band branch minor matters are loaded, and arrange distributing point on the diagonal, realize left-hand circular polarization work
Make.The medium substrate of bottom feeding network makes the metallization via and medium substrate using the 3rd fine and closely woven metallization via
Metal bottom up and down be connected, playing improves network standing wave and width distributed mutually, it is achieved thereby that feeding network and antenna element is good
Isolate purpose well.
Description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is top view of Fig. 1 structures after the lamellar body horizonally split of upper strata microband paste；
Fig. 3 is top view of Fig. 1 structures after the lamellar body horizonally split of middle level microband paste；
Fig. 4 is top view of Fig. 1 structures after the lamellar body horizonally split of lower floor's microband paste；
Fig. 5 is the upward view of Fig. 1 structures.
Each label is as follows with each component names corresponding relation of the present utility model in accompanying drawing：
A- fixed vias
11- upper stratas microband paste 12- upper layer medium substrates
10a- the first power feed hole 10b- the first feed probes 10c- the first short circuit metallic vias
21- middle levels microband paste 22- middle levels medium substrate 23- rectangular microstrip minor matters
20a- the second power feed hole 20b- the second feed probes 20c- the second short circuit metallic vias
31- lower floors microband paste 32- layer dielectric substrate 33-T types gap minor matters
The feed probes of 30a- the 3rd
41- metal ground plane 42- underlying dielectric substrates 43- annular microstrip line electric bridges
The metallization via 50- first medium set 60- second medium sets of 40a- the 3rd
Specific embodiment
For ease of understanding, it is embodied as being retouched below structure and workflow work to of the present utility model here in connection with accompanying drawing
State：
Concrete structure of the present utility model, as Figure 1-5, it include stacked patch antenna unit, bottom feeding network,
Multigroup feed probes, multigroup metallization via and one are used to fix the fixing screws of above-mentioned antenna element and feeding network.Layer
Folded patch antenna element includes that the upper strata micro-strip paster antenna, middle level micro-strip paster antenna and the lower floor that are sequentially overlapped from top to bottom are micro-
Band paster antenna, and from top to bottom radiation patch area is incrementally increased, medium substrate is progressively thickened.Upper strata micro-strip paster antenna bag
Upper strata microband paste 11 and upper layer medium substrate 21 are included, upper strata microband paste 11 is square laminated structure and cuts diagonal.Middle level
Micro-strip paster antenna includes middle level microband paste 21 and middle level medium substrate 22, and middle level microband paste 21 is square laminated structure
And wherein an opposite side loads rectangular microstrip minor matters 23.Lower floor's micro-strip paster antenna includes that lower floor's microband paste 31 and lower floor are situated between
Matter substrate 32, lower floor's microband paste 31 is square laminated structure and T-shaped gap minor matters 33 is loaded at four sides.Bottom transmission network
Network is including underlying dielectric substrate 42, the metal ground plane 41 being attached at the upper surface of underlying dielectric substrate 42, in underlying dielectric base
Annular microstrip line electric bridge 43 and output interface at the lower surface of plate 42.Annular microstrip line electric bridge 43 by 50 Ω branches microstrip lines,
Low-resistance microstrip line, high resistant microstrip line and 50 ohm chip resistors composition.It is thin a circle to be arranged around annular microstrip line electric bridge 43
Close 3rd metallization via 40a, and each the 3rd metallization via 40a vertical being connected with metal ground plane 41 upwards is made,
So as to improve the Isolated Shield effect between antenna element and feeding network.Feed probes include the first feed probes 10b, the second feedback
Electric probe 20b and the 3rd feed probes 30a.First feed probes 10b top is connected with the distributing point of upper strata microband paste 11, and
Sequentially pass through upper layer medium substrate 12, middle level micro-strip paster antenna, lower floor's micro-strip paster antenna and bottom feeding network, and with bottom
The output interface of layer feeding network is connected；Additionally, the first feed probes 10b and middle level micro-strip paster antenna, lower floor's microband paste
The metal ground plane 41 and underlying dielectric substrate 42 of antenna and bottom feeding network is not contacted.Second feed probes 20b top
It is connected with the distributing point of middle level microband paste 21, and sequentially passes through middle level medium substrate 22, lower floor's micro-strip paster antenna and bottom
Feeding network, and be connected with the output interface of bottom feeding network；Additionally, the second feed probes 20b and lower floor's microband paste day
The metal ground plane 41 and underlying dielectric substrate 42 of line and bottom feeding network is not contacted.3rd feed probes 30a are actual to be set
It is two when putting, its top is connected with the distributing point of lower floor microband paste 31, and sequentially passes through layer dielectric substrate 32 and bottom
Feeding network is simultaneously connected with corresponding output interface.
As emphasis of the present utility model, as shown in Figure 2-5, in original power feed hole for being available for feed probes to wear
Outward, the utility model there also is provided short circuit metallic via.Specifically, for first worn for the first feed probes 10b
Power feed hole 10a, three group of first short circuit gold of the setting coaxially run through on middle level micro-strip paster antenna and lower floor's micro-strip paster antenna
Categoryization via 10c, and three group of first short circuit metallic via 10c be co-located at the first power feed hole 10a and be with fixed via a
On the same face of cylinder of axis, at the same three groups of short circuit metallic vias and the first power feed hole 10a positioned at middle level microband paste day
The duct of line and lower floor's micro-strip paster antenna is presented each other 90 degree of angle distributions, the final uniformity for ensureing each spacing.In the same manner,
For the second power feed hole 20a worn for the second feed probes 20b, what is equally coaxially run through on lower floor's micro-strip paster antenna sets
Three group of second short circuit metallic via 20c is put, and three groups of short circuit metallic vias and the second power feed hole 20a are co-located at solid
Determine on the same face of cylinder that through hole a is axis, while three group of second short circuit metallic via 20c and the second power feed hole 20a
Duct is presented circumferential 90 degree of angles distribution at lower floor's micro-strip paster antenna.
In antenna element and the vertical position of center line of bottom feeding network, its function is successively to described fixing screws
Through each layer microstrip antenna and bottom feeding network, so as to realize the fastening purpose between each.
Concrete operating principle of the present utility model is as follows：
The utility model using be laminated from top to bottom the upper strata micro-strip paster antenna of connection, middle level micro-strip paster antenna, under
Layer micro-strip paster antenna and bottom feeding network composition Anneta module, using high-k, the ceramic material of low dielectric loss
Substrate realizes miniaturization, and the superimposing technique using multilayer micro-strip paster antenna center superposition realizes multiple-frequency operation, so as to help
In the isolation for improving each output port, realize Beidou II B3 frequency and Big Dipper generation L frequency, the signal of S frequencies are received.
Upper strata micro-strip paster antenna works in S frequencies, using single-point feedback mode.By square patch on the diagonal
The form for cutting triangle realizes right-handed circular polarization, and signal is transferred to into the defeated of bottom feeding network by the first feed probes 10b
Go out and tap into capable reception.
Middle level micro-strip paster antenna works in L frequencies, using single-point feedback on the diagonal.In two couple of square patch
Brachyplast section is loaded at side and realizes left-hand circular polarization, signal is sent out by the interface of bottom feeding network by the second feed probes 20b
It is shot out.
Lower floor's micro-strip paster antenna works in B3 frequencies, four sides of lower floor's microband paste 31 of lower floor's micro-strip paster antenna
The T-shaped gap minor matters of place's loading, while arranging the first short circuit metallic via 10c and the second short circuit metallic at underlying dielectric substrate 42
Change via 20c, for eliminating the coupling influence of feed probes, be conducive to the further miniaturization of antenna.Bottom feed annular
The offer B3 frequencies of electric bridge 43 realize the amplitude and phase place needed for circular polarisation, and it is micro- to be connected to lower floor by the 3rd feed probes 30a
At distributing point with paster 31.
The utility model is operable with Beidou II B3 frequency and Big Dipper generation L frequency, S frequencies.During practical application, preferably
The dielectric constant of upper layer medium substrate 21 is 10.2, and long is 22mm × 22mm with wide size, and plate body thickness is 2mm；Middle level medium
The dielectric constant of substrate 22 is 10.2, and long is 31mm × 31mm with wide size, and plate body thickness is 4mm；Layer dielectric substrate 32
Dielectric constant is 16, and long is 34mm × 34mm with wide size, and plate body thickness is 6mm；The dielectric constant of underlying dielectric substrate 42 is
9, long is 35mm × 35mm with wide size, and plate body thickness is 0.508mm.A diameter of 0.9mm of the feed probes for being adopted, first
The aperture of short circuit metallic via 10c and the second short circuit metallic via 20c is 3mm, and the first feed probes 10b are away from fixed via
A axis spacings are 3.3mm, and the second feed probes 20b are 3.5mm~4.3mm away from fixed via a axis spacings, and the 3rd feed is visited
Pin 30a is 6mm away from fixed via a axis spacings.First distributing point and same first short circuit metallic of the line of fixed via a axis
Via 10c is perpendiculared to one another with the line of fixed via a axis, and in the same manner, the line of the second distributing point and fixed via a axis is with the
Two short circuit metallic via 20c are perpendiculared to one another with the line of fixed via a axis.On the direction of parallel fixed via a axis
Overlook, the line of preferably the second power feed hole 20a and fixed via a axis is with the first power feed hole 10a and fixed via a axis
Line is presented 45 ° of angles.
Claims (5)
- It is 1. a kind of to minimize three-frequency dual-circle polarization antenna, it is characterised in that：This antenna includes that from top to bottom and successively sheet is laminated The upper strata microband paste (11) of arrangement, upper layer medium substrate (12), middle level microband paste (21), middle level medium substrate (22), under Layer microband paste (31), layer dielectric substrate (32) and bottom feeding network；Wherein, upper strata microband paste (11) is situated between with upper strata Matter substrate (12) constitutes the upper strata micro-strip paster antenna for working in S frequencies, middle level microband paste (21) and middle level medium substrate (22) the middle level micro-strip paster antenna for working in L frequencies is constituted, lower floor's microband paste (31) is constituted with layer dielectric substrate (32) Work in lower floor's micro-strip paster antenna of B3 frequencies；Micro-strip paster antenna, middle level micro-strip paster antenna, lower floor's micro-strip day on upper strata The vertical centerline of line and bottom feeding network it is coaxial be provided with fixed via (a), fastening bolt passes through above-mentioned fixation Through hole (a) forms bolt immovable fitting；Upper strata microband paste (11) place arranges the first distributing point, is located by the vertical upper strata microband paste (11) of the first distributing point flat Face and sequentially pass through upper layer medium substrate (12), middle level microband paste (21), middle level medium substrate (22), lower floor's microband paste (31), layer dielectric substrate (32) is provided with the first power feed hole (10a), and the first power feed hole (10a) is metallization via, the first feedback Electric probe (10b) is coaxially arranged in the first power feed hole (10a), and the two ends of the first feed probes (10b) connect respectively the first feedback Electricity point and the output interface at bottom feeding network；This antenna is also included through middle level micro-strip paster antenna and lower floor's micro-strip First short circuit metallic via (10c) of paster antenna, the first short circuit metallic via (10c) is three groups, the first short circuit metallic The axis for changing via and the first power feed hole (10a) is on the same face of cylinder with fixed via (a) axis as axle center and the One short circuit metallic via (10c) is uniform along above-mentioned cylindrical surface peripheral with the axis of the first power feed hole (10a)；Middle level microband paste (21) place arranges the second distributing point, is located by the vertical upper strata microband paste (11) of the second distributing point flat Face and sequentially pass through lower floor's microband paste (31), layer dielectric substrate (32) and be provided with the second power feed hole (20a), the second power feed hole (20a) it is metallization via, the second feed probes (20b) are coaxially arranged in the second power feed hole (20a), the second feed probes (20b) two ends connect respectively the second distributing point and the output interface at bottom feeding network；This antenna also includes running through Second short circuit metallic via (20c) of lower floor's micro-strip paster antenna, the second short circuit metallic via (20c) be three groups, second The axis of short circuit metallic via and the second power feed hole (20a) is in the same cylinder with fixed via (a) axis as axle center On face and the second short circuit metallic via (20c) is uniform along above-mentioned cylindrical surface peripheral with the axis of the second power feed hole (20a)；Lower floor's microband paste (31) place arranges the 3rd distributing point, and the 3rd feed probes (30a) are through layer dielectric substrate (32) Connect the 3rd distributing point and the output interface at bottom feeding network；On first power feed hole (10a) positioned at middle level micro-strip paster antenna and a sector hole road of lower floor's micro-strip paster antenna It is provided with between the first feed probes (10b) and isolates mutual first medium set (50), the position on second power feed hole (20a) Isolate mutual second medium set with being provided between the second feed probes (20b) in a sector hole road of lower floor's micro-strip paster antenna (60)；The aperture of the first short circuit metallic via (10c) is equal to first medium set (50) external diameter；Second short circuit metallic via (20c) aperture is equal to second medium set (60) external diameter.
- 2. one kind according to claim 1 minimizes three-frequency dual-circle polarization antenna, it is characterised in that：The upper strata micro-strip patch Piece (11), upper layer medium substrate (12), middle level microband paste (21), middle level medium substrate (22), lower floor's microband paste (31), under Layer medium substrate (32) and bottom feeding network profile are square sheets platy structure；At lower floor's micro-strip paster antenna Along fixed via axis around distribution each adjacent first short circuit metallic via (10c), the first power feed hole (10a), second To each other away from equalization between short circuit metallic via (20c), the second power feed hole (20a).
- 3. one kind according to claim 2 minimizes three-frequency dual-circle polarization antenna, it is characterised in that：The upper strata micro-strip patch The relative angle end of piece (11) two is respectively provided with corner cut；It is arranged symmetrically at wherein two opposite side of the middle level microband paste (21) and is convexly equipped with square Shaped microstrip minor matters (23)；T-shaped gap minor matters (33) are arranged at four sides of lower floor's microband paste (31).
- 4. the one kind according to Claims 2 or 3 minimizes three-frequency dual-circle polarization antenna, it is characterised in that：The bottom feedback Electric network includes from top to bottom stacking gradually metal ground plane (41), underlying dielectric substrate (42), the annular microstrip line electricity of arrangement Bridge (43) and it is arranged in the output interface at annular microstrip line electric bridge (43) place；The first short circuit metallic via (10c), One power feed hole (10a), the second short circuit metallic via (20c), the second power feed hole (20a) and fixed via (a) are through upper State metal ground plane (41) and underlying dielectric substrate (42)；It surround along four straight flanges of annular microstrip line electric bridge (43) and is densely covered with Metallization via (40a) of one circle the 3rd, top connection metal ground plane (41) of the 3rd metallization via (40a).
- 5. one kind according to claim 4 minimizes three-frequency dual-circle polarization antenna, it is characterised in that：The top dielectric base The dielectric constant of plate (12) is 10.2, and long is 22mm × 22mm with wide size, and plate body thickness is 2mm；Middle level medium substrate (22) Dielectric constant be 10.2, long is 31mm × 31mm with wide size, and plate body thickness is 4mm；The dielectric of layer dielectric substrate (32) Constant is 16, and long is 34mm × 34mm with wide size, and plate body thickness is 6mm；The dielectric constant of underlying dielectric substrate (42) is 9, Long is 35mm × 35mm with wide size, and plate body thickness is 0.508mm；A diameter of 0.9mm of each feed probes, first is short-circuit The aperture of metallization via (10c) and the second short circuit metallic via (20c) is 3mm, and the first feed probes (10b) are away from fixed logical Hole (a) axis spacing is 3.3mm, and the second feed probes (20b) are 3.5mm~4.3mm away from fixed via (a) axis spacing, the Three feed probes (30a) are 6mm away from fixed via (a) axis spacing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621166726.3U CN206180103U (en) | 2016-11-01 | 2016-11-01 | Miniaturized three frequency dual circular polarization antennas |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621166726.3U CN206180103U (en) | 2016-11-01 | 2016-11-01 | Miniaturized three frequency dual circular polarization antennas |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206180103U true CN206180103U (en) | 2017-05-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621166726.3U Expired - Fee Related CN206180103U (en) | 2016-11-01 | 2016-11-01 | Miniaturized three frequency dual circular polarization antennas |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108808233A (en) * | 2018-06-06 | 2018-11-13 | 深圳市深大唯同科技有限公司 | A kind of high-gain broadband dual-polarized patch antenna |
| CN109390696A (en) * | 2017-08-10 | 2019-02-26 | 佳邦科技股份有限公司 | Portable electronic devices and its stack Anneta module |
| TWI714410B (en) * | 2019-12-27 | 2020-12-21 | 和碩聯合科技股份有限公司 | Antenna structure and single dual-polarization antenna array |
| CN112582791A (en) * | 2020-11-13 | 2021-03-30 | 西安交通大学 | Microstrip feed network structure containing quasi-coaxial structure |
| WO2023131375A1 (en) * | 2022-01-04 | 2023-07-13 | Continental Automotive Technologies GmbH | Multi-layer patch antenna device and vehicle |
-
2016
- 2016-11-01 CN CN201621166726.3U patent/CN206180103U/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109390696A (en) * | 2017-08-10 | 2019-02-26 | 佳邦科技股份有限公司 | Portable electronic devices and its stack Anneta module |
| CN108808233A (en) * | 2018-06-06 | 2018-11-13 | 深圳市深大唯同科技有限公司 | A kind of high-gain broadband dual-polarized patch antenna |
| CN108808233B (en) * | 2018-06-06 | 2024-01-30 | 中天宽带技术有限公司 | High-gain broadband dual-polarized patch antenna |
| TWI714410B (en) * | 2019-12-27 | 2020-12-21 | 和碩聯合科技股份有限公司 | Antenna structure and single dual-polarization antenna array |
| CN112582791A (en) * | 2020-11-13 | 2021-03-30 | 西安交通大学 | Microstrip feed network structure containing quasi-coaxial structure |
| WO2023131375A1 (en) * | 2022-01-04 | 2023-07-13 | Continental Automotive Technologies GmbH | Multi-layer patch antenna device and vehicle |
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