Walsin-Tech-Corp-RFBPB2012090A1T

Table of contents  

INDEX  

Subject  

Page  

ORDERING CODE…………………………….…………………………………………………………………………………..……………1~5  

CHIP ANTENNA…………………………….……………………………………………………………………………………………………

5

~1

2  

■

1.575GHz GPS BAND WORKING FREQUENCY  

■

Bluetooth/WiFi BAND WORKING FREQUENCY  

■

WiMAX BAND WORKING FREQUENCY  

■

UHF BAND WORKING FREQUENCY  

HIGH FREQUENCY MULTILAYER BAND PASS FILTER………………………………………………………………………..………1

3

~2

9  

■

2.4GHz BAND WORKING FREQUENCY  

■

WiMAX BAND WORKING FREQUENCY  

■

5GHz BAND WORKING FREQUENCY  

■

1558 ~ 1606 MHz GNSS Band Applications  

■

860~960MHz/1805~2025 MHz Band Application  

■

MoCA / Docsis Application  

■

LTE BAND Application  

HIGH FREQUENCY MULTILAYER BALANCED FILTER……………………………………………………………………..…………

30

~3

3  

■

2.4GHz BAND WORKING FREQUENCY  

HIGH FREQUENCY MULTILAYER LOW PASS FILTER………………………………………………………………………..…………3

4

~4

3  

■

GSM850/900GHz BAND WORKING FREQUENCY  

■

DCS/PCS BAND WORKING FREQUENCY  

■

2.4GHz BAND WORKING FREQUENCY  

■

5GHz BAND WORKING FREQUENCY  

■

LTE BAND APPLICATION  

■

MoCA Application  

HIGH FREQUENCY MULTILAYER HIGH PASS FILTER………………………………………………………………………..…………4

4

~4

5  

■

2496 ~ 2690 MHz BAND WORKING FREQUENCY  

■

5GHz BAND WORKING FREQUENCY  

■

MoCA Application  

BALUN TRANSFORMERS………………………………………………………………………………………………………..……………4

6

~5

5  

■

ISM Band 2.4GHz Application  

■

ISM Band 5GHz Applic

 

a tio n  

■

LTE Band Application  

■

GSM 850/ GSM 900/ DCS1800/ PCS1900 Applic

 

a tio n  

DIPLEXER…………………………………………………………………………………………………………………………..…………… 5

6

~6

6  

■

ISM Band 2.4GHz/5GHz Application  

■

GPS 1.575GHz/ISM 2.4GHz/5GHz Band Application  

■

892 MHz & 1.94GHz Band Working Frequenc

 

y  

TRIPLEXER……………………………………………………………………………………………………………………………..……… 6

7

~7

0  

■

GPS 1.575GHz/ISM 2.4GHz/5GHz BandRF Application  

COMMON MODE FILTER……………………………………………………………………………………………………………..……………71  

■

DISCRETE CMF for HIGH SPEED TRANSMISSION LINE

S

、

USB2.0

、

IEEE1394

、

LVDS(mini)  

COUPLER…………………………………………………………………………………………………………………………..……………72~76  

■

ISM Band 2.4GHz Application  

■

ISM Band 2.4/5GHz Application  

■

LTE BAND Application  

SAW FILTER………………………………………………………………………………………………………………………..……………77~8

5  

ANTENNA SWITCH (GPIO) ……………………………………………………………………………………………………..……………8

6

~8

7  

ANTENNA SWITCH (MIPI) …………………………………………………………………………………………………………..………8

8

~89  

ANTENNA SWITCH (LTE Antenna Tuner- GPIO)……………….……………………………………………………………..……………90  

ANTENNA SWITCH (Network-GPIO)………………………………………………………………………………………….……………….91  

Customer made Antenna………………………………………………………………………………………………………..…………92~102  

■

Dipole Antenna (N

 

one Cable and With Cable)  

■

PCB Antenna  

■

FPA Antenna  

■

Metal Antenna  

■

NFC Antenna  

■

Connec to r  

*The specifications are subject to change or our products in it may be discontinued without advance notice. Please check with our sales representatives or  

product engineers before ordering.  

*This catalog has only typical specifications because there is no space for detailed specifications. Therefore, please approve our product specifications or  

transact the approval sheet for product specifications before ordering.  

ORDERING CODE  



CHIP ANTENNA  

RF  

ANT  

321612  

0

A

5

T

Type code  

Product code  

Dimension code  

Unit of dimension  

Application  

Specification  

Packing  

Per 2 digits of Length, Width,  

Thickness  

321612 =  

Length =32  

Width = 16  

A: 2.4GHz ISM Band  

E : GPS 1.5GHz  

L : 2.4/5.2/5.8GHz Tri Band  

W : WiMAX  

Code from 0~9  

dependent on  

different electrical  

specification  

ANT : Antenna  

FRA : Free Antenna  

ECA : SMD Antenna  

RF/RG:  

device  

0

1

: 0.1 mm  

: 1.0 mm  

T: 7”

 

Reeled  

G: 13” Reeled  

Thickness = 12  



HIGH FREQUENCY MULTILAYER BAND PASS FILTER  

RF  

BPF  

322515  

0

A

4

T

Type code  

Product code  

Dimension code  

Unit of dimension  

Application  

Specification  

Packing  

Per 2 digits of Length, Width,  

Thickness  

322515 =  

Length =32  

Width = 25  

Code from 0~9  

dependent on  

different electrical  

specification  

A

: 2.4GHz ISM Band  

W : WiMAX  

K :

 

ISM 5.2/5.8 Dual Band  

0

: 0.1 mm  

T: 7”

 

Reeled  

G: 13” Reeled  

RF device  

BPF : Band Pass Filter  

1 :

 

1.0 mm  

Thickness = 15  



HIGH FREQUENCY MULTILAYER BALANCED FILTER  

RF  

BPB  

252009  

0

A

7

T

Type code  

Product code  

Dimension code  

Unit of dimension  

Application  

Specification  

Packing  

Per 2 digits of Length, Width,  

Thickness  

252009 =  

Length =25  

Width = 20  

Code from 0~9  

dependent on  

different electrical  

specification  

BPB : Balanced Type  

Band Pass Filter  

0

1

: 0.1 mm  

: 1.0 mm  

A

: 2.4GHz ISM Band  

T: 7”

 

Reeled  

G: 13” Reeled  

RF/RG: device  

W : WiMAX  

Thickness = 09  



HIGH FREQUENCY MULTILAYER LOW PASS FILTER  

RF  

LPF  

201211  

0

A

0

T

Type code  

Product code  

Dimension code  

Unit of dimension  

Application  

Specification  

Packing  

Per 2 digits of Length, Width,  

Thickness  

201210 =  

Length =20  

Width = 12  

Code from 0~9  

dependent on  

different electrical  

specification  

0

1

: 0.1 mm  

: 1.0 mm  

A

K

: 2.4GHz ISM Band  

: ISM 5.2/5.8 Dual Band  

T: 7”

 

Reeled  

G: 13” Reeled  

RF device  

LPF : Low Pass Filter  

Thickness = 11  



HIGH FREQUENCY MULTILAYER HIGH PASS FILTER  

RF  

HPF  

252009  

0

L

0

T

Type code  

Product code  

Dimension code  

Unit of dimension  

Application  

Specification  

Packing  

Per 2 digits of Length, Width,  

Thickness  

252009 =  

Length =2.5  

Width = 2.0  

Code from 0~9  

dependent on  

different electrical  

specification  

0

: 0.1 mm  

L

: 2.4/4.9/5.2/5.8GHz  

Multiband Application  

T: 7”

 

Reeled  

G: 13” Reeled  

RF device  

HPF : High Pass Filter  

1 :

 

1.0 mm  

Thickness = 0.9  



BALUN TRANSFORMERS  

RF  

BLN  

201208  

0

A

4

T

Type code  

Product code  

Dimension code  

Unit of dimension  

Application  

Specification  

Packing  

Per 2 digits of Length, Width,  

Thickness  

201208 =  

Length =20  

Width = 12  

Code from 0~9  

dependent on different  

electrical specification  

RF/RG:  

device  

0

1

: 0.1 mm  

: 1.0 mm  

A

K

: 2.4GHz ISM Band  

: ISM 5.2/5.8 Dual Band  

T: 7”

 

Reeled  

G: 13” Reeled  

BLN : BALUN  

Thickness = 08  

1

ORDERING CODE  



DIPLEXER  

RF  

DIP  

201210  

0

L

0

T

Type code  

Product code  

Dimension code  

Unit of dimension  

Application  

Specification  

Packing  

Per 2 digits of Length, Width,  

Thickness  

201210 =  

Length =20  

Width = 12  

Code from 0~9  

dependent on different  

electrical specification  

0

1

: 0.1 mm  

: 1.0 mm  

L

: 2.4/4.9/5.2/5.8GHz  

T :

 

7” Reeled  

G:13” Reeled  

RF device  

DIP : Diplexer  

Multiband Application  

Thickness = 10  



TRIPLEXER  

RF  

TIP  

2109  

A

T

M0T63  

Type code  

Product code  

Dimension code  

Pin Define  

Application  

Specification  

Per 2 digits of Length, Width,  

Thickness  

e.g. :  

21 =  

RF device  

TIP : Triplexer  

Design Code  

T: GPS/ ISM 2.4GHz/5 GHz  

Design Code  

Length 2.0 mm,  

Width 1.2 mm,  

09=  

Thickness 0.9 mm  



COMMON MODE FILTER  

RF  

CMF  

122010  

0

M

3

T

Type code  

Product code  

Dimension code  

Unit of dimension  

Application  

Specification  

Packing  

Per 2 digits of Length, Width.  

122010 =  

Length =12  

Code from 0~9  

dependent on different

 

T :

 

7” Reeled  

electrical specification  

RF/RG:  

device  

CMF : Common Mode  

Filter  

0

1

: 0.1 mm  

: 1.0 mm  

M: USB 2.0/ IEEE1394  

Width = 20  

Thickness = 10  



COUPLER  

RF  

CPL  

18  

10  

B

2450  

T

Type code  

Product code  

Dimension code  

Coupling Factor  

Unit  

Application  

Packing  

e.g. :  

18 =  

Length 16,  

Width 08,  

15=  

RF device  

Coupler  

10 dB  

dB  

2.4 GHZ ISM Band  

T :

 

7” Reeled  

Length 10,  

Width 05,  



SAW FILTER  

SF  

1411  

2595  

B38  

03  

T

Product code  

Dimension code  

Frequency  

Application  

Serial Number  

Packing  

Per 2 digits of Length, Width  

1411=  

Length 1.4mm  

Width 1.1mm  

SF:SAW Filter  

DF:SAW  

DUPLEXER  

2595:Center Freq (2595MHz)  

B38:Band38  

Design Code  

T: 7” Reeled  



ANTENNA SWITCH  

RF  

ASW  

D

H2418A  

T

Type code  

Product code  

Application  

Serial Number  

Packing  

RF device  

ASW: Antenna

 

Switch  

D: SP8T  

Design Code  

T: 7” Reeled  



ANTENNA SWITCH MODULE  

RM  

ASM  

N

T1492A  

T

Type code  

Product code  

Application  

Serial Number  

Packing  

RM:  

ASM: Antenna

 

Switch Module  

N: SP16T  

Design Code  

T: 7” Reeled  

Walsin RF Module Device  

2

ORDERING CODE  



Dipole Antenna  

RF  

DPA  

8709  

00  

S

B

A

B

8

01  

Type  

code  

Product  

code  

Dimension  

code  

Cable  

Length code  

Connector  

Brand code  

Type of  

Connector code  

Project  

status code  

Wire  

Diameter code  

Project  

code  

Application code  

A: N  

C:MCX  

0:None  

1:

∅

0.81  

2:

∅

1.32  

3:

∅

1.13  

4:Low Loss

∅

1.13  

5:

∅

0.50  

6:RG316  

7:

∅

1.37  

8:RG178  

0: 0GHz  

5: 5 GHz  

A: 2.4GHz ISM band  

D:IPEX III  

E: IPEX IV  

F: IPEX A13  

H: Hirose  

I: IPEX  

K:F  

M: MMCX  

S: SMA  

Per 2 digits of  

Length, Width  

8709 =  

Length = 87  

Width = 9.95  

A: Reverse Female

 

B: GSM 900/1800 dual  

2 digits for cable  

length  

00=  

RF  

device  

DPA

：

 

Dipole  

Antenna  

B: Reverse Male  

F: Female  

M: Male  

band  

B: MP  

T:During Test  

X: Pile Run  

01~99  

series  

number  

G: GPS band  

L: 2.4/5.2/5.8 GHz  

tri-band  

T:LTE band  

U:UHF  

None Cable  

N: None  

9:Low Loss

∅

1.37  

A:RG174  

B:1.5C-2V  

T: TNC  

U:MURATA  

N: None  

W: WCDMA band  



PCB Antenna  

RF  

PCA  

4305  

10  

N

N

A

B

4

01  

Type  

code  

Product  

code  

Dimension  

code  

Cable  

Length code  

Connector  

Brand code  

Type of  

Connector code  

Project  

status code  

Wire  

Diameter code  

Project  

code  

Application code  

A: N  

C:MCX  

D:IPEX III  

E: IPEX IV  

0:None  

1:

∅

0.81  

2:

∅

1.32  

3:

∅

1.13  

4:Low Loss

∅

1.13  

5:

∅

0.50  

6:RG316  

0: 0GHz  

5: 5 GHz  

A: 2.4GHz ISM band  

Per 2 digits of

 

2 digits for cable

 

F: IPEX A13  

A: Reverse Female

 

B: GSM 900/1800 dual  

Length, Width

 

length  

H: Hirose  

I: IPEX  

K:F  

M: MMCX  

S: SMA  

T: TNC  

U:MURATA  

N: None  

B: Reverse Male  

F: Female  

M: Male  

band  

B: MP  

T:During Test  

X: Pile Run  

01~99  

series  

number  

RF  

device  

PCA

：  

PCB Antenna  

4305 =  

10=  

G: GPS band  

L: 2.4/5.2/5.8 GHz  

tri-band  

T:LTE band  

U:UHF  

Length = 43  

Width = 5  

Cable Length:  

10cm  

7:

∅

1.37  

N: None  

8:RG178  

9: Low Loss

∅

1.37  

A:RG174  

B:1.5C-2V  

W: WCDMA band  



FPA Antenna  

RF  

FPA  

3025  

10  

I

M

A

B

3

01  

Type  

code  

Product  

code  

Dimension  

code  

Cable  

Length code  

Connector  

Brand code  

Type of  

Connector code  

Project  

status code  

Wire  

Diameter code  

Project  

code  

Application code  

A: N  

C:MCX  

D:IPEX III  

E: IPEX IV  

0:None  

1:

∅

0.81  

2:

∅

1.32  

3:

∅

1.13  

4:Low Loss

∅

1.13  

5:

∅

0.50  

6:RG316  

7:

∅

1.37  

8:RG178  

9: Low Loss

∅

1.37  

A:RG174  

B:1.5C-2V  

0: 0GHz  

5: 5 GHz  

A: 2.4GHz ISM band  

Per 2 digits of

 

2 digits for cable

 

F: IPEX A13  

A: Reverse Female

 

B: GSM 900/1800 dual  

Length, Width

 

length  

H: Hirose  

I: IPEX  

K:F  

M: MMCX  

S: SMA  

T: TNC  

U:MURATA  

N: None  

B: Reverse Male  

F: Female  

M: Male  

band  

B: MP  

T:During Test  

X: Pile Run  

01~99  

series  

number  

RF  

device  

FPA

：

 

FPA Antenna  

3025 =  

10=  

G: GPS band  

L: 2.4/5.2/5.8 GHz  

tri-band  

T:LTE band  

U:UHF  

Length = 30  

Width = 25  

Cable Length:  

10cm  

N: None  

W: WCDMA band  



Metal Antenna  

RF  

MTA  

3109  

10  

I

M

L

B

7

01  

Type  

code  

Product  

code  

Dimension  

code  

Cable  

Length code  

Connector  

Brand code  

Type of  

Connector code  

Project  

status code  

Wire  

Diameter code  

Project  

code  

Application code  

A: N  

C:MCX  

D:IPEX III  

E: IPEX IV  

0:None  

1:

∅

0.81  

2:

∅

1.32  

3:

∅

1.13  

4:Low Loss

∅

1.13  

5:

∅

0.50  

6:RG316  

0: 0GHz  

5: 5 GHz  

A: 2.4GHz ISM band  

Per 2 digits of

 

2 digits for cable

 

F: IPEX A13  

A: Reverse Female

 

B: GSM 900/1800 dual  

MTA

：  

Metal  

Antenna  

Length, Width

 

length  

H: Hirose  

I: IPEX  

K:F  

M: MMCX  

S: SMA  

T: TNC  

U:MURATA  

N: None  

B: Reverse Male  

F: Female  

M: Male  

band  

B: MP  

T:During Test  

X: Pile Run  

01~99  

series  

number  

RF  

device  

3109 =  

10=  

G: GPS band  

L: 2.4/5.2/5.8 GHz  

tri-band  

T:LTE band  

U:UHF  

Length = 31  

Width = 9  

Cable Length:  

10cm  

7:

∅

1.37  

N: None  

8:RG178  

9: Low Loss

∅

1.37  

A:RG174  

B:1.5C-2V  

W: WCDMA band  

3

ORDERING CODE  



Cable Assembly  

RF  

CBA  

1613  

10  

I

M

3

B

7

01  

Type  

code  

Product  

code  

Dimension  

code  

Cable  

Length code  

Connector  

Brand code  

Type of  

Connector code  

Application  

code  

Project  

status code  

Wire  

Diameter code  

Project  

code  

A: N  

C:MCX  

D:IPEX III  

E: IPEX IV  

0:None  

1:

∅

0.81  

2:

∅

1.32  

3:

∅

1.13  

4:Low Loss

∅

1.13  

5:

∅

0.50  

6:RG316  

7:

∅

1.37  

8:RG178  

Per 2 digits of  

Length, Width  

1613 =  

Length = 16.8  

Width = 13.7  

2 digits for cable

 

F: IPEX A13  

A: Reverse Female  

B: Reverse Male  

F: Female  

M: Male  

N: None  

CBA

：

 

Cable  

Assembly  

length  

10=  

Cable Length:  

10cm  

H: Hirose  

I: IPEX  

K:F  

M: MMCX  

S: SMA  

T: TNC  

U:MURATA  

N: None  

0: 0GHz  

3: 3GHz  

6: 6GHz  

B: MP  

T:During Test  

X: Pile Run  

01~99  

series  

number  

RF  

device  

9: Low Loss

∅

1.37  

A:RG174  

B:1.5C-2V  



Connector  

RF  

CON  

0201  

00  

D

F

6

B

0

01  

Type  

code  

Product  

code  

Dimension  

code  

Cable  

Length code  

Connector  

Brand code  

Type of  

Connector code  

Application  

code  

Project  

status code  

Wire  

Diameter code  

Project  

code  

A: N  

C:MCX  

0:None  

1:

∅

0.81  

2:

∅

1.32  

3:

∅

1.13  

4:Low Loss

∅

1.13  

5:

∅

0.50  

6:RG316  

D:IPEX III  

E: IPEX IV  

F: IPEX A13  

H: Hirose  

I: IPEX  

K:F  

M: MMCX  

S: SMA  

Per 2 digits of  

Length, Width  

0201 =  

Length = 2.05  

Width = 1.40  

A: Reverse Female  

B: Reverse Male  

F: Female  

M: Male  

N: None  

2 digits for cable  

length  

00=  

0: 0GHz  

3: 3GHz  

6: 6GHz  

B: MP  

T:During Test  

X: Pile Run  

01~99  

series  

number  

RF  

device  

CON

：

 

Connector  

None Cable  

7:

∅

1.37  

8:RG178  

9: Low Loss

∅

1.37  

A:RG174  

B:1.5C-2V  

T: TNC  

U:MURATA  

N: None  



NFC Antenna  

RF  

NFC  

0201  

00  

N

N

N

B

0

01  

Type  

code  

Product  

code  

Dimension  

code  

Cable  

Length code  

Connector  

Brand code  

Type of  

Connector code  

Application  

code  

Project  

status code  

Wire  

Diameter code  

Project  

code  

A: N  

C:MCX  

0:None  

1:

∅

0.81  

2:

∅

1.32  

3:

∅

1.13  

4:Low Loss

∅

1.13  

5:

∅

0.50  

6:RG316  

D:IPEX III  

E: IPEX IV  

F: IPEX A13  

H: Hirose  

I: IPEX  

K:F  

M: MMCX  

S: SMA  

Per 2 digits of  

Length, Width  

5339 =  

Length = 53.7  

Width = 39.7  

A: Reverse Female  

B: Reverse Male  

F: Female  

M: Male  

N: None  

NFC

：

Near  

Field  

Communicati  

on Antenna  

2 digits for cable  

length  

00=  

B: MP  

T:During Test  

X: Pile Run  

01~99  

series  

number  

RF  

device  

N: NFC  

None Cable  

7:

∅

1.37  

8:RG178  

9: Low Loss

∅

1.37  

A:RG174  

B:1.5C-2V  

T: TNC  

U:MURATA  

N: None  



WPC Antenna  

RF  

WPC  

5830  

00  

N

N

N

B

0

01  

Type  

code  

Product  

code  

Dimension  

code  

Cable  

Length code  

Connector  

Brand code  

Type of  

Connector code  

Application  

code  

Project  

status code  

Wire  

Diameter code  

Project  

code  

A: N  

C:MCX  

0:None  

1:

∅

0.81  

2:

∅

1.32  

3:

∅

1.13  

4:Low Loss

∅

1.13  

5:

∅

0.50  

6:RG316  

D:IPEX III  

E: IPEX IV  

F: IPEX A13  

H: Hirose  

I: IPEX  

K:F  

M: MMCX  

S: SMA  

WPC

：  

Wireless  

Power  

Charging  

Antenna  

Per 2 digits of  

Length, Width  

5830 =  

Length = 58  

Width = 30  

A: Reverse Female  

B: Reverse Male  

F: Female  

M: Male  

N: None  

2 digits for cable  

length  

00=  

B: MP  

T:During Test  

X: Pile Run  

01~99  

series  

number  

RF  

device  

N: NFC  

None Cable  

7:

∅

1.37  

8:RG178  

9: Low Loss

∅

1.37  

A:RG174  

B:1.5C-2V  

T: TNC  

U:MURATA  

N: None  

Remark:  

1.  

Central Frequency should be defined after customers’ application approval.  

4

CHIP ANTENNA  

CHIP ANTENNA  



STRUCTURE AND PIN ASSOCIATED  

STRUCTURE A  

STRUCTURE B  

STRUCTURE C  

STRUCTURE D  

a

a

W

L

T

STRUCTURE E  

STRUCTURE F  

STRUCTURE G  

STRUCTURE H  



STRUCTURE AND DIMENSION  

Unit: mm  

StructureDimension  

L

W

T

a

b

c

d

1

2

3

10 ± 0.20  

2.0 ± 0.20  

3.2 ± 0.20  

0.8 ± 0.10  

0.90 ± 0.10  

0.60 ± 0.10  

1.20 ± 0.10  

1.30 ± 0.20  

1.15 ± 0.10  

1.15 ± 0.15  

0.8 ± 0.10  

0.25 ± 0.15  

0.25 ± 0.20  

0.25 ± 0.15  

0.40 ± 0.20  

0.40 ± 0.25  

0.40 ± 0.25  

1.25 ± 0.20  

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

3.20 ± 0.20  

1.60 ± 0.20  

5.20 ± 0.20  

2.00 ± 0.20  

A

5.8 + 0.1  

– 0.3  

3.0 + 0.1  

– 0.3  

1.1 + 0.2  

– 0.1  

0.4 ± 0.25  

–

–

–

–

–

–

8.00 ± 0.20  

9.10 ± 0.20  

9.50 ± 0.20  

1.60 ± 0.20  

2.00 ± 0.20  

1.05 ± 0.20  

3.00 ± 0.20  

2.10 ± 0.20  

0.80 ± 0.20  

1.20 ± 0.20  

0.80 ± 0.10  

2.00 ± 0.10  

1.15 ± 0.10  

0.50 ± 0.10  

0.50 ± 0.10  

1.60 ± 0.15  

1.1

±

0.1  

0.30 ± 0.20  

0.20 ± 0.20  

0.50 ± 0.30  

0.10 ± 0.05  

0.15 ± 0.05  

4.00 ± 0.15  

0.45

±

0.2  

0.8

±

0.2  

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

12.00 ± 0.15

 

4.00 ± 0.15  

0.80 ± 0.10

 

10.40 ± 0.15  

B

C

5.9

±

0.3  

7.6

±

0.3  

5.1

±

0.3  

3.5

±

0.2  

1.0

±

0.2  

0.8

±

0.2  

1.0

±

0.2  

0.8

±

0.2  

2.0

±

0.2  

0.5

±

0.2  

1.0

±

0.2  

0.5

±

0.2  

1.0

±

0.2  

0.8

±

0.2  

1.0

±

0.2  

1.1

±

0.1  

0.50

±

0.2  

StructureDimension  

L

W

T

PW  

P1  

P2  

P3  

P4  

P5  

D

E

F

9.90±0.15  

19.0±0.15  

12.8±0.15  

12.0±0.15  

9.90±0.15  

3.70±0.15  

3.00±0.15  

3.90±0.15  

4.00±0.15  

3.70±0.15  

3.80±0.20  

3.48±0.10  

3.00±0.10  

1.00±0.10  

3.60±0.10  

3.48±0.10  

1.4±0.10  

1.0±0.10  

2.0±0.10  

1.0±0.10  

1.4±0.10  

1.9±0.10  

1.0±0.10  

2.0±0.10  

1.0±0.10  

1.9±0.10  

2.4±0.15  

1.0±0.10  

2.0±0.10  

1.0±0.10  

2.4±0.15  

–

–

3.80±0.20  

1.10±0.10  

2.00±0.10  

3.80±0.20  

1.0±0.10  

–

2.0±0.10  

2.0±0.10  

G

H

–

–

–

–

5

CHIP ANTENNA  



ELECTRICAL SPECIFICATION  

1.575GHz BAND WORKING FREQUENCY  

Frequency Range

 

Azimuth Beamwidth  

Part Number  

Gain  

(dBi)  

VSWR  

(max.)  

Impedance  

Size  

(mm)  

Polarization  

Structure  

(GHz)  

1.575  

1.575  

1.575  

( MHz )  

(

Ω

)  

RFANT5830110E0T  

RFECA1003011E0T  

RFECA3216060E

□

T  

Omni-directional  

Omni-directional  

Omni-directional  

0 ~ 2  

2 ~ 3  

3

2.0  

2.0  

2.0  

50  

50  

50  

Linear  

Linear  

Linear  

5.80×3.00×1.10  

10.0×3.20×0.80  

3.20×1.60×0.60  

A

A

A

Bluetooth/WiFi BAND WORKING FREQUENCY  

Frequency Range

 

Azimuth Beamwidth  

Part Number  

Gain  

(dBi)  

VSWR  

(max.)  

Impedance  

Size  

(mm)  

Polarization  

Structure  

(GHz)  

( MHz )  

(

Ω

)  

2.4~2.5  

5.25~5.85  

RFECA3216060L1T  

RFANT6050110L0T  

RFANT6050110L1T  

Omni-directional  

0.6/2  

2.1  

2.0  

2.0  

50  

50  

50  

Linear  

Linear  

Linear  

3.20×1.60×0.60  

5.90×5.10×1.10  

5.90×5.10×1.10  

A

B

B

2.4~2.5  

4.9~5.9  

Omni-directional  

Omni-directional  

4

4

2.4~2.5  

4.9~5.9  

RFANT2012090A0T  

RFANT3216120A1T  

RFANT3216120A3T  

RFANT3216120A5T  

RFANT5220110A0T  

RFANT5220110A2T  

RFANT7635110A1T  

RFANT8010080A3T  

RFANT9520120A0T  

RFECA3216060A1T  

RFECA3216060K1T  

RFANT9030200A1T  

RGFRA1903041A1T  

RGFRA1903041A5T  

RGFRA9937380A3T  

RGFRA1304011A1T  

RGFRA1204021A1T  

RFANT2012090A0T  

RFECA1608050A0T  

RFECA2012050A3T  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

4.9~5.85  

2.4~2.4835  

2.4~2.5  

2.4~2.5  

2.4~2.55  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.4~2.5  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

Omni-directional  

1.72  

2.0  

2.0  

2.0  

2.0  

2.0  

2.0  

2.0  

2.0  

2.0  

2.1  

2.0  

2.1  

2.0  

2.0  

2.0  

2.1  

2.0  

2.0  

3.0  

2.6  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

50  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

Linear  

2.00×1.25×0.90  

3.20×1.60×1.20  

3.20×1.60×1.20  

3.20×1.60×1.20  

5.20×2.00×1.10  

5.20×2.00×1.10  

7.60×3.50×1.10  

8.00×1.00×0.80  

9.50×2.00×1.20  

3.20×1.60×0.60  

3.20×1.60×0.60  

9.00x 3.00×2.00  

19.0×3.00×3.80  

19.0×3.00×3.80  

9.90×3.70×3.80  

12.8×3.90×1.10  

12.0×4.00×2.00  

2.00×1.25×0.90  

1.60×0.80×0.50  

2.00×1.20×0.5  

A

A

A

A

A

A

C

A

A

A

A

A

E

E

D

F

2

2

2

2

2

0 ~ 2  

2

2

2

2.8  

2

2

2

2

2

2

G

A

A

A

2

0.7  

0.29  

WiMAX BAND WORKING FREQUENCY  

Frequency Range

 

Azimuth Beamwidth  

Gain  

(dBi)  

VSWR  

(max.)  

Impedance  

Size  

(mm)  

Part Number  

Polarization  

Structure  

(GHz)  

2.5~2.69  

3.3~3.8  

(MHz )  

(

Ω

)  

RFANT32162G6W0T  

RFANT32163G5W0T  

Omni-directional  

Omni-directional  

1

3.0  

2.0  

50  

50  

Linear  

Linear  

3.20×1.60×1.20  

3.20×1.60×1.20  

A

A

2~3  

UHF BAND WORKING FREQUENCY  

Frequency Range

 

Azimuth Beamwidth  

Gain  

(dBi)  

VSWR  

(max.)  

Impedance  

Size  

(mm)  

Part Number  

Polarization  

Structure  

(MHz)  

900~930  

855~885  

(MHz )  

(

Ω

)  

RGFRA1204011DCT  

RGFRA1204011DET  

Omni-directional  

Omni-directional  

1

1

2.0  

2.0  

50  

50  

Linear  

Linear  

12.00×4.00×1.60  

12.00×4.00×1.60  

A

A





For more information, please contact with local sales representative  

All specifications are subject to change without notice  

6

CHIP ANTENNA  



TYPICAL ELECTRICAL CHARACTERISTICS  

RFANT5220110A0T  

X-Z Plane

Vertical  

Y-Z Plane

Vertical  

Test Board  

X-Y Plane

Vertical  

3.3mm  

1.5mm  

2.5mm  

Empty Area  

Empty Area  

18×9 mm  

1mm  

18mm  

50 Feed  

line  

GROUND  

30×18 mm  

Peak Gain= -5.97dBi  

Average Gain=-3.12 dBi  

Peak Gain= -5.97dBi  

Average Gain=-3.24 dBi  

Peak Gain= 1.69dBi  

Average Gain=-3.22 dBi  

Return Loss (S11)  

X-Y Plane

Horizontal  

X-Z Plane

Horizontal  

Y-Z Plane

Horizontal  

Peak Gain= 2.66dBi  

Peak Gain= 2.59dBi  

Peak Gain= -5.42dBi  

Average Gain=-8.61 dBi  

Average Gain=-9.24 dBi  

Average Gain=-8.98 dBi  

RGFAR1903041A1T  

Test Board  

X-Y Plane

Vertical  

X-Z Plane

Vertical  

Y-Z Plane

Vertical  

Peak Gain= -7.42 dBi  

Average Gain= -10.48 dBi  

Peak Gain= 1.95 dBi  

Average Gain= -0.81 dBi  

Peak Gain= -0.26dBi  

Average Gain=-5 dBi  

Return Loss (S11)  

X-Y Plane

Horizontal  

X-Z Plane

Horizontal  

Y-Z Plane

Horizontal  

Peak Gain= 2.0 dBi  

Average Gain= -2.31 dBi  

Peak Gain= -2.65 dBi  

Average Gain= -8.4dBi  

Peak Gain = 1.11dBi  

Average Gain = -4.37 dBi  

7

CHIP ANTENNA  

RFANT8010080A3T  

Test Board  

X-Y Plane

Vertical  

X-Z Plane

Vertical  

Y-Z Plane

Vertical  

Peak Gain= 0.76 dBi  

Average Gain= -5.81dBi  

Peak Gain= -3.76 dBi  

Average Gain= -8.72dBi  

Peak Gain = 3.03 dBi  

Average Gain = 0.71 dBi  

Return Loss (S11)  

X-Y Plane

Horizontal  

X-Z Plane

Horizontal  

Y-Z Plane

Horizontal  

Peak Gain= -1.37 dBi  

Average Gain=-8.6 dBi  

Peak Gain= 1.37 dBi  

Average Gain= -2.67 dBi  

Peak Gain= -0.25 dBi  

Average Gain= -4.24 dBi  

RGFAR9937380A3T  

Test Board  

X-Y Plane

Vertical  

X-Z Plane

Vertical  

Y-Z Plane

Vertical  

Peak Gain= -4.48 dBi  

Peak Gain= 2.49 dBi  

Peak Gain= -4.05dBi  

Average Gain=-8.03 dBi  

Average Gain= -8.02 dBi  

Average Gain= -2.47 dBi  

Return Loss (S11)  

X-Y Plane

Horizontal  

X-Z Plane

Horizontal  

Y-Z Plane

Horizontal  

Peak Gain= 3.19 dBi  

Peak Gain= 3.05 dBi  

Peak Gain = 0.95dBi  

Average Gain= -2.65 dBi  

Average Gain= -4.10dBi  

Average Gain = -4.26 dBi  

8

CHIP ANTENNA  

RFECA3216060A1T  

Test Board  

X-Y Plane

Vertical  

X-Z Plane

Vertical  

Y-Z Plane

Vertical  

Peak Gain= 0.83 dBi  

Average Gain= -1.35 dBi  

Peak Gain = 3.37 dBi  

Average Gain = -0.65 dBi  

Peak Gain= -9.59 dBi  

Average Gain= -15.40 dBi  

Return Loss (S11)  

X-Y Plane

Horizontal  

X-Z Plane

Horizontal  

Y-Z Plane

Horizontal  

Peak Gain= -4.62 dBi  

Peak Gain= 0.51 dBi  

Peak Gain= 1.39 dBi  

Average Gain=-10.42 dBi  

Average Gain= -4.07 dBi  

Average Gain= -2.07 dBi  

RFECA1003011E0T  

X-Y Plane

Vertical  

Antenna S11 on Test Board  

X-Z Plane

Vertical  

Y-Z Plane

Vertical  

Peak Gain

 

= 3.12dBi  

Peak Gain= 1.97dBi  

Peak Gain = 3.32dBi  

Average Gain = -3.99 dBi  

Average Gain= -1.44 dBi  

Average Gain = 1.02 dBi  

Antenna VSWR on Test Board  

X-Y Plane

Horizontal  

X-Z Plane

Horizontal  

Y-Z Plane

Horizontal  

Peak Gain = +0.48dBi  

Peak Gain = +4.99dBi  

Peak Gain = +3.02dBi  

Average Gain = -4.59dBi  

Average Gain = -1.31dBi  

Average Gain = -0.85dBi  

9

CHIP ANTENNA  

RFECA3216060E1T  

Land Pattern  

X-Y Plane

Vertical  

X-Z Plane

Vertical  

Y-Z Plane

Vertical  

Peak Gain= -5.51 dBi  

Average Gain= -7.48 dBi  

Peak Gain= -0.85 dBi  

Average Gain= -5.22 dBi  

Peak Gain = 6.74 dBi  

Average Gain = 4.81 dBi  

Return Loss (S11)  

X-Y Plane

Horizontal  

X-Z Plane

Horizontal  

Y-Z Plane

Horizontal  

Peak Gain= 5.36 dBi  

Peak Gain= 4.85 dBi  

Peak Gain= -6.99 dBi  

Average Gain= 1.25 dBi  

Average Gain= 1.21 dBi  

Average Gain=-14.30 dBi  

RFECA3216060K1T  

X-Y Plane

Vertical  

Land Pattern  

X-Z Plane

Vertical  

Y-Z Plane

Vertical  

Peak Gain= -7.42 dBi  

Average Gain= -11.78 dBi  

Peak Gain= 2.86 dBi  

Average Gain= 0.86 dBi  

Peak Gain= -0.55dBi  

Average Gain=-4.9 dBi  

Return Loss (S11)  

X-Y Plane

Horizontal  

X-Z Plane

Horizontal  

Y-Z Plane

Horizontal  

Peak Gain= 2.3 dBi  

Peak Gain=-2.49 dBi  

Peak Gain = 0.73dBi  

Average Gain= -1.1 dBi  

Average Gain= -9.61dBi  

Average Gain = -2.86 dBi  

10  

CHIP ANTENNA  

RFECA1608050A0T  

Test Board  

X-Y Plane  

X-Z Plane  

Y-Z Plane  

Return Loss (S11)  

Peak Gain= -0.65 dBi  

Peak Gain= -2.12 dBi  

Peak Gain= -0.67dBi  

Average Gain= -2.38 dBi  

Average Gain= -5.11 dBi  

Average Gain=-2.45 dBi  

RFECA2012050A3T  

Test Board  

X-Y Plane  

X-Z Plane  

Y-Z Plane  

Return Loss (S11)  

Peak Gain= –

-1.07

dBi  

Peak Gain=

0.29

dBi  

Peak Gain= -0.03dBi  

Average Gain= -3.81 dBi  

Average Gain=-4.36 dBi  

Average Gain= 0.89 dBi  

RFANT2012090A0T  

Test Board  

X-Y Plane  

X-Z Plane  

Y-Z Plane  

Return Loss (S11)  

Peak Gain= -0.19 dBi  

Peak Gain= –0.23 dBi  

Peak Gain= -1.29dBi  

Average Gain= -3.72 dBi  

Average Gain= -4.23 dBi  

Average Gain=-1.46 dBi  

11  

CHIP ANTENNA  

RGFRA1204011DCT  

Test Board  

X-Y Plane  

X-Z Plane  

Y-Z Plane  

Return Loss (S11)  

Peak Gain=

0.94

dBi  

Peak Gain= 0.56 dBi  

Peak Gain= -0.82 dBi  

Average Gain= -3.41 dBi  

Average Gain= -1.11 dBi  

Average Gain=-1.48 dBi  

RGFRA1204011DET  

Test Board  

X-Y Plane  

X-Z Plane  

Y-Z Plane  

Return Loss (S11)  

Peak Gain= -1.06 dBi  

Peak Gain= -0.82dBi  

Peak Gain= -0.85 dBi  

Average Gain= -3.01 dBi  

Average Gain=-1.29 dBi  

Average Gain= -0.74 dBi  

RGFRA1204011DET  

Test Board  

X-Y Plane  

X-Z Plane  

Y-Z Plane  

Return Loss (S11)  

Peak Gain= -0.85 dBi  

Peak Gain= -1.06 dBi  

Peak Gain= -0.82dBi  

Average Gain= -0.74 dBi  

Average Gain= -3.01 dBi  

Average Gain=-1.29 dBi  





For more information, please contact with local sales representative  

All specifications are subject to change without notice  

12  

HIGH FREQUENCY  

MULTILAYER BAND PASS FILTER  

HIGH FREQUENCY MULTILAYER BAND PASS FILTER  



STRUCTURE AND PIN ASSOCIATED  

STRUCTURE A  

STRUCTURE B  

STRUCTURE C  

STRUCTURE D  

STRUCTURE E  

STRUCTURE F  

V

STRUCTURE G  

STRUCTURE H  

STRUCTURE I  

STRUCTURE J  

STRUCTURE K  

STRUCTURE L  

V

13  

HIGH FREQUENCY  

MULTILAYER BAND PASS FILTER  



STRUCTURE AND DIMENSION  

Unit: mm  

Structure  

Dimension  

L

W

T

A

B

C

D

E

F

G

H

I

0.70±0.10  

0.90±0.10  

1.00±0.10  

1.05±0.10  

1.20±0.10  

0.70±0.20  

1.50±0.10  

0.40±0.10  

0.50±0.10  

0.60±0.10  

0.70±0.10  

0.70±0.10  

0.50±0.10  

0.20±0.20  

0.20±0.20  

0.20±0.20  

0.25±0.20  

0.25±0.20  

0.25±0.20  

0.20±0.20  

0.35±0.10  

0.45±0.15  

0.45±0.15  

0.40±0.15  

0.45±0.15  

0.40±0.15  

0.20±0.15  

0.20±0.15  

0.45±0.15  

0.50±0.15  

0.50±0.15  

0.50±0.15  

0.50±0.15  

0.35±0.15  

0.35±0.15  

0.50±0.15  

0.40±0.20  

0.40±0.20  

0.40±0.20  

0.55±0.10  

0.55±0.20  

0.55±0.20  

0.55±0.20  

0.50±0.20  

0.50±0.20  

0.50±0.20  

0.75±0.20  

0.30±0.10  

0.70±0.15  

0.70±0.15  

0.80±0.15  

0.70±0.15  

0.80±0.15  

1.60±0.15  

1.60±0.15  

1.10±0.15  

1.00±0.15  

1.00±0.15  

1.00±0.15  

1.00±0.15  

1.30±0.15  

1.30±0.15  

1.00±0.15  

0.40±0.20  

0.40±0.20  

0.40±0.20  

0.25±0.10  

0.50±0.20  

0.50±0.20  

0.50±0.20  

0.50±0.20  

0.50±0.20  

0.50±0.20  

0.60±0.20  

0.15±0.10  

0.20±0.15  

0.20±0.15  

0.20±0.10  

0.20±0.10  

0.20±0.10  

0.20±0.15  

0.25±0.15  

0.25±0.15  

0.20±0.15  

0.25±0.15  

0.25±0.15  

0.25±0.15  

0.20±0.15  

0.25±0.15  

0.25±0.15  

0.40±0.20  

0.40±0.20  

0.40±0.20  

0.23±0.10  

0.25±0.20  

0.20±0.20  

0.25±0.20  

0.25±0.20  

0.25±0.20  

0.25±0.20  

0.20±0.15  

0.15±0.10  

0.20±0.15  

0.20±0.15  

0.20±0.10  

0.20±0.10  

0.20±0.10  

0.20±0.15  

0.25±0.15  

0.25±0.15  

0.20±0.15  

0.25±0.15  

0.25±0.15  

0.25±0.15  

0.20±0.15  

0.25±0.15  

0.25±0.15  

0.20±0.10  

0.20±0.10  

0.20±0.10  

0.40±0.10  

0.20±0.20  

0.20±0.20  

0.20±0.20  

0.25±0.20  

0.25±0.20  

0.25±0.20  

0.40±0.20  

0.30±0.10  

0.30±0.15  

0.30±0.15  

0.30±0.15  

0.30±0.15  

0.30±0.15  

0.40±0.15  

0.30±0.15  

0.30±0.15  

0.30±0.15  

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

–

2.00±0.20  

–

2.50±0.20  

–

A

–

2.05±0.20  

2.50±0.10  

0.50±0.10  

–

3.20±0.20  

1.00±0.10  

–

–

0.25±0.15  

0.25±0.15  

0.25±0.15  

0.25±0.15  

0.45±0.15  

0.40±0.15  

0.45±0.15  

0.45±0.15  

0.45±0.15  

1.60±0.15  

0.80±0.15  

1.20±015  

0.90±0.10  

B

2.00±.15  

0.60±0.10  

0.80±0.10  

0.90±0.10  

0.30±0.15 0.475±0.15  

0.30±0.15 0.475±0.15  

0.30±0.15 0.475±0.15  

0.30±0.15 0.475±0.15  

0.30±0.15 0.475±0.15  

0.30±0.15 0.475±0.15  

1.25±0.15  

0.95±0.10  

0.55±0.10  

0.60±0.10  

0.80±0.10  

0.60±0.10  

0.45±0.10  

0.70 max  

0.80±0.10  

0.60±0.10  

–

–

–

–

–

–

2.00±.15  

1.60±0.15  

2.00±.15  

1.20±0.20  

0.80±0.15  

1.25±0.10  

C

D

0.12±0.10 0.125±0.10  

0.95±0.10 0.275±0.20 0.25±0.10  

0.95±0.10 0.275±0.10 0.25±0.10  

0.95±0.10 0.275±0.10 0.25±0.10  

0.60±0.10 0.175±0.10 0.15±0.10  

0.60±0.10 0.175±0.10 0.15±0.10  

0.60±0.10 0.175±0.10 0.15±0.10  

1.10±0.10  

1.40±0.15  

1.40±0.15  

2.00±0.20  

0.90±0.10  

1.10±0.10  

1.10±0.15  

1.25±0.20  

0.25±0.10  

0.18±0.10 0.205±0.10 0.25±0.10  

–

–

–

–

–

–

–

0.60±0.10 0.325±0.10 0.25±0.10  

0.70±0.10 0.325±0.10 0.25±0.10  

1.00 max.

 

0.325±0.10 0.25±0.10  

0.25±0.10  

0.25±0.10  

0.25±0.10  

0.35±0.15  

0.35±0.15  

0.23±0.10  

0.30±0.10  

0.30±0.10  

0.30±0.20  

0.40±0.10  

0.25±0.10  

0.55±0.10  

0.20±0.15  

0.30±0.15  

0.30±0.10  

0.25±0.10  

0.25±0.10  

0.25±0.10  

0.50±0.15  

0.50±0.15  

0.40±0.10  

0.30±0.10  

0.30±0.10  

0.40±0.20  

0.30±0.10  

–

E

F

–

–

0.40±0.10  

0.60±0.10  

0.70 max.  

0.80±0.10  

0.90±0.10  

0.90±0.10  

0.60 max.  

1.00 max.  

0.90±0.10  

0.55±0.15  

0.55±0.15  

0.55±0.10  

0.95±0.10  

0.95±0.10  

1.70±0.20  

0.25±0.10  

1.80±0.10  

0.30±0.10  

0.50±0.15  

0.50±0.15  

0.25±0.10  

0.40±0.10  

0.40±0.10  

0.60±0.20  

0.23±0.05  

0.35±0.10  

0.40±0.10  

0.20±0.15  

0.20±0.15  

1.60±0.15  

1.60±0.10  

2.00±0.15  

0.80±0.15  

0.80±0.10  

1.25±0.10  

0.12±0.10 0.195±0.10 0.21±0.10 0.125±0.10  

0.15±0.10  

0.15±0.10  

0.15±0.10  

0.55±0.10  

0.30±0.10  

0.30±0.10  

0.60±0.10  

0.60±0.10  

0.35±0.10  

0.15±0.10  

0.15±0.10  

0.15±0.10  

–

G

0.35±0.10  

2.50±0.20  

1.60±0.15  

2.00±0.15  

2.50±0.15  

2.00±0.15  

3.20±0.20  

2.00±0.15  

2.00±0.20  

0.80±0.10  

1.25±0.10  

2.00±0.15  

1.25±0.15  

2.50±0.20  

1.25±0.10  

0.50±0.10  

–

H

I

0.25±0.10 0.275±0.10 0.35±0.10  

0.25±0.10  

0.25±0.10 0.275±0.10  

0.40±0.10  

0.50±0.15  

0.70±0.15  

0.65±0.10  

0.90±0.10  

0.60±0.15  

1.20±0.15  

0.20±0.10  

0.30±0.10  

0.95±0.15  

2.00±0.15  

–

–

–

–

–

–

–

–

–

J

1.05±0.15 0.475±0.15 0.30±0.15  

K

L

1.80±0.20  

1.05 max.  

0.95±0.20  

0.20±0.10  

0.60±0.20  

0.35±0.10  

0.20±0.10 0.475±0.10 0.30±0.10  

14  

HIGH FREQUENCY  

MULTILAYER BAND PASS FILTER  



ELECTRICAL SPECIFICATION  

2.4GHz BAND WORKING FREQUENCY  

Frequency  

Range(GHz)  

Insertion Loss  

Attenuation  

(dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(dB)  

(

Ω

)  

25(824~960MHz)  

20(1710~1910MHz)  

20(4800~5000MHz)  

15(7200~7500MHz)  

RBBPF1005040A1T  

2.4~2.5  

2.4~2.5  

2.5  

2.0  

2.1  

50  

50  

1.00×0.50×0.40  

B

13(824~915MHz)  

5(1545~1605MHz)  

34(4800~5000MHz)  

27(7200~7500MHz)  

35(824~960MHz)  

38(1545~1605MHz)  

20(1710~1990MHz)  

8(2110~2170MHz)  

35(3600MHz)  

35(4800~5000MHz)  

35(7200~7500MHz)  

1.5max.(25

℃

)  

1.7max.(-40~+85

℃

)  

RFBPF1005040A3T  

RFBPF1109060A0T  

1.00×0.50×0.40  

1.10x 0.90×0.60  

B

E

2.4~2.5  

1.8  

2.0  

50  

40(824~960MHz)  

40(1545~1605MHz)  

20(1710~1990MHz)  

8(2110~2170MHz)  

35(3600MHz)  

1.8max.(25

℃

)  

RFBPF1411060A1T  

RFBPF1411060A2T  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

50  

50  

1.40×1.10×0.60  

1.40×1.10×0.60  

E

E

2.1max.(-40~+85

℃

)  

35(4800~5000MHz)  

35(7200~7500MHz)  

30(500~960MHz)  

25(1500~1650MHz)  

19(3200~3300MHz)  

40(4800~5000MHz)  

30(7200~7500MHz)  

1.5  

1.1  

20( 50~960MHz)  

10( 1710~1990MHz)  

9( 3600MHz)  

RBBPF1411060A3T  

RBBPF1411060A8T  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

2.0  

50  

50  

50  

1.40×1.10×0.60  

1.40×1.10×0.60  

1.60×0.80×0.60  

E

E

H

22( 4800~7200MHz)  

15(50~960MHz)  

10(1710~1990MHz)  

15(3600MHz)  

1.0max.(25

℃

)  

1.2max.(-40~+85

℃

)  

25(4800~7200MHz)  

20(500~960MHz)  

23(3200MHz)  

30(4800~5000MHz)  

32(7200~7500MHz)  

0.95max.(25

℃

)  

1.25max.(-40~+85

℃

)  

RFBPF1608060AA7M1U  

25(800~1000MHz)  

22.5(1200~1300MHz)  

5.5(2000MHz)  

1.8max.(25

℃

)  

2.1max.(-40~+85

℃

)  

RFBPF1608060ADT  

2.4~2.5  

10.5(3000MHz)  

2.0  

50  

1.60×0.80×0.60  

B

23.5(3600~3800MHz)  

35(4800~5000MHz)  

35(7200~7500MHz)  

25(880MHz)  

20(3200MHz)  

1.7max.(25

℃

)  

RFBPF1608060AET  

RFBPF1608070AFT  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

50  

50  

1.60×0.80×0.60  

1.60×0.80×0.70  

F

B

2.0max.(-40~+85

℃

)  

35(4800~5000MHz)  

25(7200~7500MHz)  

24.5(880~960MHz)  

20(1710~1990MHz)  

8.5(2170MHz)  

15(4800~5000MHz)  

20(7200~7500MHz)  

2.4max.(25

℃

)  

2.7max.(-40~+85

℃

)  

30 (960MHz)  

25(1910MHz)  

20(1990MHz)  

25(4800MHz)  

15(7200MHz)  

2.0max.(25

℃

)  

RFBPF1608070AWT  

RFBPF1608050A0T  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

50  

50  

1.60×0.80×0.70  

1.60×0.80×0.50  

B

B

2.2max.(-40~+85

℃

)  

20(960MHz)  

20(1910MHz)  

15(1990MHz)  

18(4800MHz)  

25(7200MHz)  

2.0max.(25

℃

)  

2.2max.(-40~+85

℃

)  

25(695~800MHz)  

20(1910MHz)  

RFBPF1608060A1T  

RFBPF1608060A7T  

2.4~2.5  

2.4~2.5  

2.8  

3.0  

35(3200MHz)  

2.0  

2.0  

50  

50  

1.60×0.80×0.60  

1.60×0.80×0.60  

B

B

20(4800~5000MHz)  

20(7200~7500MHz)  

25(695~800MHz)  

20(1910MHz)  

35(3200MHz)  

20(4800~5000MHz)  

20(7200~7500MHz)  

15  

HIGH FREQUENCY  

MULTILAYER BAND PASS FILTER  

2.4GHz BAND WORKING FREQUENCY  

Frequency  

Range(GHz)  

Insertion Loss  

Attenuation  

(dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(dB)  

(

Ω

)  

27(800~900MHz)  

25(4800~5000MHz)  

30(7200~7500MHz)  

1.8max.(25

℃

)  

RFBPF1608070A3T  

2.4~2.5  

2.4~2.5  

2.0  

50  

50  

1.60×0.80×0.70  

B

2.1max.(-40~+85

℃

)  

30(860~960MHz)  

30(1545~1605MHz)  

35(1710~1990MHz)  

30(2170MHz)  

1.8max.(25

℃

)  

2.0max.(-40~+85

℃

)  

RFBPF2012080AM0T62  

RFBPF2008A38T  

2.0  

2.00×1.20×0.80  

2.00×1.25×0.80  

D

G

30(4800~5000MHz)  

30(860~960MHz)  

30(1545~1605MHz)  

35(1710~1990MHz)  

30(2170MHz)  

1.80max.(25

℃

)  

2.00max.(-40~+85

℃

)  

2.4~2.5  

2.0  

50  

30(4800~5000MHz)  

28(824~960MHz)  

30(1570~1580MHz)  

15(1710~1910MHz)  

9.5(1910~1990MHz)  

25(4800~5000MHz)  

25(7200~7500MHz)  

0.9max.(25

℃

)  

RFBPF2012090AS1T35  

RFBPF2012060AAT  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

50  

50  

2.00×1.25×0.90  

2.00×1.20×0.60  

G

C

1.1max.(-40~+85

℃

)  

30(880~960MHz)  

25(1710~1910MHz)  

25(4800~5000MHz)  

30(7200~7500MHz)  

1.5max.(25

℃

)  

1.8max.(-40~+85

℃

)  

30(824~849MHz)  

30(880~915MHz)  

30(1545~1605MHz)  

30(1565~1585MHz)  

35(1710~1785MHz)  

40(1850~1910MHz)  

32(1920~1980MHz)  

7(3168~4752MHz)  

11(3300~3800MHz)  

35(4800~4967MHz)  

26(5150~6000MHz)  

23(7200~7450MHz)  

RFBPF2012040ABT  

2.4~2.5  

2.5  

2.5  

2.0  

50  

2.00×1.20×0.40  

D

35(824~960MHz)  

38(1710~1910MHz)  

25(4880~5000MHz)  

20(7200~7500MHz)  

RFBPF2012050ACT  

RFBPF2012080ADT  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

50  

50  

2.00×1.20×0.55  

2.00×1.25×0.80  

C

D

30(860~960MHz)  

30(1545~1605MHz)  

30(1710~1990MHz)  

30(2170MHz)  

1.5max.(25

℃

)  

1.7max.(-40~+85

℃

)  

30(4800~5000MHz)  

30(824~915MHz)  

30(1545~1605MHz)  

35(1710~1990MHz)  

30(2170MHz)  

30(4800~4967MHz)  

25(5150~6000MHz)  

20(7200~7450.5MHz)  

1.8max.(25

℃

)  

RFBPF2008A40T  

RFBPF2008A39T  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

50  

50  

2.00×1.25×0.80  

2.00×1.25×0.80  

D

D

2.0max.(-40~+85

℃

)  

35(824~960MHz)  

28(1540~1605MHz)  

30(1710~1990MHz)  

30(2170MHz)  

1.8max.(25

℃

)  

2.0max.(-40~+85

℃

)  

6(3200MHz)  

30(4800~4967MHz)  

20(5150~6000MHz)  

18(7200~7450MHz)  

25(746~764MHz)  

30(824~849MHz)  

26(869~960MHz)  

28(1570~1580MHz)  

28(1710~1785MHz)  

30(1850~1910MHz)  

30(1930~1990MHz)  

30(2110~2170MHz)  

15(3300~3800MHz)  

35(4800~5000MHz)  

20(7200~7450.5MHz)  

RFBPF2012040AHT  

2.4~2.5  

2.5  

2.0  

50  

2.00×1.25×0.45  

D

25(746~764MHz)  

30(824~849MHz)  

26(869~960MHz)  

28(1570~1580MHz)  

28(1710~1785MHz)  

30(1850~1910MHz)  

30(1930~1990MHz)  

25(2110~2170MHz)  

15(3300~3800MHz)  

35(4800~5000MHz)  

RBBPF2012050AHT  

2.4~2.5  

2.5max.(typ.2.2)  

2.0  

50  

2.00×1.25×0.45  

D

16  

HIGH FREQUENCY  

MULTILAYER BAND PASS FILTER  

2.4GHz BAND WORKING FREQUENCY  

Frequency  

Range(GHz)  

Insertion Loss  

Attenuation  

(dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(dB)  

(

Ω

)  

28(824~960MHz)  

28(1570~1580MHz)  

23(1710~1910MHz)  

17(1920~1990MHz)  

25(4800~5000MHz)  

1.0max.(25

℃

)  

RFBPF2012090ALT  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

50  

50  

2.00×1.25×0.90  

G

1.2max.(-40~+85

℃

)  

40(880~960MHz)  

38(1710~1990MHz)  

16(2170MHz)  

30(4800~5000MHz)  

30(7200~7500MHz)  

RFBPF2012090AMT  

RFBPF2012100ANT  

2.6  

2.00×1.20×0.90  

2.00×1.20×1.00  

B

40(699~960MHz)  

40(1428~1448MHz)  

40(1476~1607MHz)  

40(1710~1785MHz)  

33(1805~1880MHz)  

30(1880~1915MHz)  

30(1920~1990MHz)  

22(2110~2170MHz)  

25(4800~5000MHz)  

35(7200~7500MHz  

2.3max.(25

℃

)  

2.6max.(-40~+85

℃

)  

2.4~2.5  

2.0  

50  

I

20(1600MHz)  

25(3200MHz)  

RFBPF2012090AQT  

RFBPF2012090ART  

2.4~2.5  

2.4~2.5  

1.2  

1.0  

2.0  

2.0  

50  

50  

2.00×1.20×0.90  

2.00×1.20×0.90  

B

B

20(4800~5000MHz)  

20(1600MHz)  

25(3200MHz)  

40(699~960MHz)  

40(1428~1448MHz)  

40(1476~1607MHz)  

40(1710~1785MHz)  

33(1805~1880MHz)  

30(1880~1915MHz)  

30(1920~1990MHz)  

25(4800~5000MHz)  

30(7200~7500MHz  

1.5max.(25

℃

)  

1.7max.(-40~+85

℃

)  

RFBPF2012100AVT  

2.4~2.5  

2.0  

50  

2.00×1.20×1.00  

I

38(50~960MHz)  

17(1710~1910MHz)  

5(3200MHz)  

1.3max.(25

℃

)  

RBBPF2010A108Q1C  

RFBPF2009A12T  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

50  

50  

2.00×1.20×0.90  

2.00×1.25×0.90  

E

1.5max.(-40~+85

℃

)  

30(4800~5000MHz)  

25(7200~7500MHz)  

28(824~960MHz)  

28(1570~1580MHz)  

23(1710~1910MHz)  

17 (1920~1990MHz)  

4(2100~2170MHz)  

25(4800~5000MHz)  

25(7200~7500MHz)  

1.0max.(25

℃

)  

1.2max.(-40~+85

℃

)  

G

38(50~960MHz)  

17(1710~1990MHz)  

20(3200MHz)  

1.3max.(25

℃

)  

RBBPF2010A16T  

RFBPF2009A25T  

RFBPF2009A26T  

2.4~2.5  

2.4~2.5  

2.4~2.5  

2.0  

2.0  

2.0  

50  

50  

50  

2.00×1.25×1.00  

2.00×1.20×0.90  

2.00×1.20×0.90  

E

B

B

1.5max.(-40~+85

℃

)  

30(4800~5000MHz)  

25(7200~7500MHz)  

30(900MHz)  

20(1850MHz)  

30(4800MHz)  

1.7max.(25

℃

)  

1.9max.(-40~+85

℃

)  

30(824~960MHz)  

30(1710~1910MHz)  

20(1920~1990MHz)  

6(2110~2170MHz)  

20(4800~5000MHz)  

1.4max.(25

℃

)  

1.6max.(-40~+85

℃

)  

25(746~764MHz)  

30(824~849MHz)  

26(869~960MHz)  

28(1570~1580MHz)  

28(1710~1785MHz)  

30(1850~1910MHz)  

30(1930~1990MHz)  

25(2110~2170MHz0  

15(3300~3800MHz)  

35(4800~5000MHz)  

20(7200~7450.5MHz)  

2.0max.(25

℃

)  

2.2max.(-40~+85

℃

)  

RFBPF2012040A3T  

2.4~2.5  

2.0  

50  

2.00×1.25×0.45  

D

17  

HIGH FREQUENCY  

MULTILAYER BAND PASS FILTER  

2.4GHz BAND WORKING FREQUENCY  

Frequency  

Range(GHz)  

Insertion Loss  

(dB)  

Attenuation  

( dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(

Ω

)  

30(880~960MHz)  

30(1710~1990MHz)  

20(2110~2170MHz)  

30(4800~5000MHz)  

30(7200~7500MHz)  

RFBPF2012080A6T  

2.4~2.5  

2.4~2.5  

3.5  

2.0  

2.0  

50  

50  

2.00×1.20×0.80  

C

21(902~928MHz)  

26(4800~5000MHz)  

34(7200~7500MHz)  

29(9600~10000MHz)  

1.0max.(25

℃

)  

1.2max.(-40~+85

℃

)  

RFBPF2012100A6T  

RFBPF2012080A7T  

2.00×1.20×1.00  

2.00×1.20×0.80  

L

40(DC~1600MHz)  

35(1710MHz)  

25(1900MHz)  

2.8  

(typ.2.5)  

12(2100MHz)  

2.4~2.5  

2.0  

50  

B

8(2170MHz)  

30(3100MHz)  

40(4800~5000MHz)  

20(7200~7500MHz)  

30(960MHz)  

30(1600MHz)  

20(1990MHz)  

35(3200MHz)  

40(4800MHz)  

25(7200MHz)  

RFBPF2012060A9T  

RFBPF2520090ACT  

2.4~2.5  

2.4~2.5  

2.8  

2.0  

2.0  

50  

50  

2.00×1.20×0.60  

2.50×2.00×0.90  

B

43(806~960MHz)  

43(1570~1580MHz)  

43(1710~1990MHz)  

20(2110~2170MHz)  

30(4800~5000MHz)  

25(7200~7500MHz)  

2.1max.(25

℃

)  

2.3max.(-40~+85

℃

)  

G

45(824~960MHz)  

45(1570~1580MHz)  

45(1710~1785MHz)  

40(1805~1850MHz)  

35(1850~1910MHz)  

35(1920~1990MHz)  

25(2110~2170MHz)  

5(2750~3000MHz)  

15(3000~4800MHz)  

30(4800~5000MHz)  

30(5150~5850MHz)  

20(7200~7500MHz)  

2.0max.(25

℃

)  

2.2max.(-40~+85

℃

)  

RFBPF2520070AMT  

2.4~2.5  

2.0  

50  

2.50×2.00×0.70  

A

30(900MHz)  

30(1850MHz)  

33(2170MHz)  

35(4800MHz)  

25(7200MHz)  

RFBPF2520080AUT  

RFBPF2520120A1T  

2.4~2.5  

2.4~2.5  

2.2  

1.7  

2.0  

2.0  

50  

50  

2.50×2.00×0.70  

2.50×2.00×1.20  

A

A

30(900MHz)  

30(1850MHz)  

20(2100MHz)  

40(4800MHz)  

25(7200MHz)  

30(900MHz)  

30(1850MHz)  

30(4800MHz)  

RFBPF2520120A2T  

RFBPF2520120A3T  

2.4~2.5  

2.4~2.5  

2.1  

2.0  

2.0  

50  

50  

2.50×2.00×1.20  

2.50×2.00×1.20  

A

A

30(900MHz)  

30(1850MHz)  

25(4800MHz)  

≦

1.2(25

℃

)  

30(900MHz)  

30(1850MHz)  

25(4800MHz)  

RFBPF2520120A4T  

RFBPF2520100A6T  

2.4~2.5  

2.4~2.5  

≦

1.7(25

℃

)  

2.0  

2.0  

50  

50  

2.50×2.00×1.20  

2.50×2.00×1.00  

A

A

1.4  

35(1900/4800 MHz)  

18  

HIGH FREQUENCY  

MULTILAYER BAND PASS FILTER  

5GHz BAND WORKING FREQUENCY  

Frequency  

Range(GHz)  

Insertion Loss  

Attenuation  

(dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(dB)  

(

Ω

)  

33(100~2170MHz)  

29(2170~2500MHz)  

32(9800~12000MHz)  

1.5max.(25

℃

)  

RFBPF1608060K2T  

4.9~5.84  

4.9~5.9  

2.0  

50  

1.60×0.80×0.70  

B

1.7max.(-40~+85

℃

)  

38(30~2700MHz)  

16(3453~3547MHz)  

33(3667~3883MHz)  

9(6900~7093MHz)  

32(7333~7750MHz)  

40(10600~11650MHz)  

18(15540~17760MHz)  

1.3max.(25

℃

)  

1.5max.(-40~+85

℃

)  

RFBPF1608060K68Q1C  

2.0  

50  

1.60×0.80×0.60  

D

40(30~2700MHz)  

45(3400~3800MHz)  

20(7250~7800MHz)  

20(10300~11700MHz)  

0.8max.(25

℃

)  

RFBPF1608060K78Q1C  

RFBPF1608060K88Q1C  

RFBPF1608060KG8D1T  

5.15~5.95  

5.15~5.95  

5.15~5.95  

1.5  

1.5  

50  

50  

50  

1.60×0.80×0.60  

1.60×0.80×0.60  

1.60×0.80×0.60  

D

D

D

1.0max.(-40~+85

℃

)  

35(30~2700MHz)  

30(3400~3800MHz)  

12(7250~7800MHz)  

20(10300~11700MHz)  

40(30~2700MHz)  

45(3400~3800MHz)  

20(6900MHz)  

0.7max.(25

℃

)  

0.85max.(-40~+85

℃

)  

0.8  

1.67  

20(7250~7800MHz)  

20(10300~11700MHz)  

38(10~2700MHz)  

20(2700~3550MHz)  

15(3550~4000MHz)  

3(4000~4500MHz)  

5(4400MHz)  

3(6500~7000MHz)  

11(7000~7400MHz)  

13(7400~9750MHz)  

30(9750~10300MHz)  

27(10300~12750MHz)  

10(15540~17775MHz)  

1.1max.(25

℃

)  

1.3max.(-40~+85

℃

)  

RFBPF1606K12T  

5.15~5.925  

2.0  

50  

1.60×0.80×0.60  

D

1.5(4.90GHz)  

1.5(5.25GHz)  

1.5(5.85GHz)  

30(3450MHz)  

20(11000MHz)  

RFBPF2012100KST  

RFBPF2012100K0T  

4.9~5.9  

4.9~5.9  

2.0  

2.0  

50  

50  

2.00×1.20×1.00  

2.00×1.20×1.00  

B

B

1.7(4.90GHz)  

1.5(5.25GHz)  

1.5(5.85GHz)  

30(3450MHz)  

20(11000MHz)  

35(340~1195MHz)  

19(2140~3580MHz)  

25(6855~7150MHz)  

20(8570~8930MHz)  

2.2max.(25

℃

)  

RFBPF2012090K5T  

RFBPF2012100K3T  

4.9~5.85  

4.9~5.85  

2.0  

2.0  

50  

50  

2.00×1.20×0.90  

2.00×1.20×0.95  

B

B

2.5max.(-40~+85

℃

)  

30(500MHz)  

35(3450MHz)  

30(4000MHz)  

20(4200MHz)  

15(9800MHz)  

15(11700MHz)  

1.8max.(25

℃

)  

2.1max.(-40~+85

℃

)  

30(500MHz)  

40(2000MHz)  

35(3450MHz)  

30(4000MHz)  

20(4200MHz)  

1.6max.(25

℃

)  

1.8max.(-40~+85

℃

)  

RFBPF2012100K6T  

5.15~5.85  

2.0  

50  

2.00×1.20×0.95  

B

30(500MHz)  

30(4000MHz)  

20(4200MHz)  

32(5000MHz)  

15(9800MHz)  

15(11750MHz)  

RFBPF2012090K9T  

RFBPF2520090K1T  

5.725~5.85  

4.9~5.85  

2.0  

2.0  

2.0  

50  

50  

2.00×1.20×0.95  

2.50×2.00×0.90  

B

A

1.2max.(25

℃

)  

1.5max.(-40~+85

℃

)  

50(824~1910MHz)  

15(9880~11700MHz)  

50(1000MHz)  

35(2500MHz)  

20(3500MHz)  

7(4250MHz)  

15(5150MHz)  

20(57500MHz)  

KFBPF25204G7W09S5K  

4.4~4.94  

3.5  

2.0  

50  

2.50×2.00×0.80  

A

19  

HIGH FREQUENCY  

MULTILAYER BAND PASS FILTER  

WiMAX BAND WORKING FREQUENCY  

Frequency  

Range(GHz)  

Insertion Loss  

(dB)  

Attenuation  

(dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(

Ω

)  

29(880~915MHz)  

29(1710~1785MHz)  

21(1850~1910MHz)  

15(1920~1980MHz)  

18(4600~4780MHz)  

23(6900~7170MHz)  

RFBPF16082G3W0T  

2.3~2.39  

2.0  

2.0  

50  

1.60×0.80×0.70  

B

1558 ~ 1606 MHz GNSS Band Applications  

Frequency  

Range (MHz)  

Insertion Loss  

Attenuation  

(dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(dB)  

(

Ω

)  

25(960MHz)  

8(1850MHz)  

15(1990MHz)  

RFBPF1109060E0T  

1550~1610  

1558~1606  

1.9max.  

2.0  

2.0  

50  

50  

1.10×0.90×0.60  

E

20(2170MHz)  

35(2400~2500MHz)  

35(3400~3800MHz)  

30(824~849MHz)  

30(880~915MHz)  

10(1880~1910MHz)  

22(1920~1980MHz)  

30(2400MHz)  

1.8max.(25

℃

)  

2.0max.(-40~+85

℃

)  

RFBPF1411070E0T  

1.40×1.10×0.70  

E

860~960MHz/1805~2025 MHz Band Application  

Frequency  

Range (MHz)  

Insertion Loss  

(dB)  

Attenuation  

(dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(

Ω

)  

25(430~490MHz)  

10(1700~1900MHz)  

20(2400~2500MHz)  

20(4905~5845MHz)  

0.7max.(25

℃

)  

869~960  

1.9  

2.0  

0.75max.(-40~+85

℃

)  

RFBPF2520090B08Q1C  

50  

2.50×2.00×0.90  

J

25(900~1015MHz)  

15(2400~2500MHz)  

15(3610~3980MHz)  

20(4905~5845MHz)  

1.1max.(25

℃

)  

1.2max.(-40~+85

℃

)  

1805~2025  

MoCA / Docsis Application  

Frequency  

Range(MHz)  

Insertion Loss  

(dB)  

Attenuation  

( dB min. )  

VSWR  

(max.)  

Impedance  

Part Number  

Size(mm)  

STRUCTURE  

(

Ω

)  

30(54~870MHz)  

30(1125~1675MHz)  

30(2300MHz)  

RFBPF3225180Y1T  

975~1025  

3.0  

2.0  

75  

3.20×2.50×1.80  

K

60(2.5MHz)  

40(2.5~100MHz)  

35(100~200MHz)  

35(200~300MHz)  

8(300~400MHz)  

57(950MHz)  

47(950~2025MHz)  

41(2025~2500MHz)  

35(2500~3000MHz)  

2.5max.(25

℃

)  

RFBPF3225200Y07B1U  

RBBPF3225180Y27B1U  

475~675  

400~700  

2.0  

75  

3.20×2.50×1.80  

3.20×2.50×1.80  

K

K

2.7max.(-40~+85

℃

)  

42(1~200MHz)  

30(950~2150MHz)  

35(2150~3000MHz)