l 产品名称 Product name
微波介质谐振器Microwave Dielectric Resonators
l 应用范围 Applications
l PCS/PCN滤波器、介质谐振器天线
l 蜂窝基站滤波器、双工器和组合器
l 卫星接收器
n PCS/PCN Filter and Dielectric Resonator Antenna
n Cellular Filter, Duplexer and combiners
n Satellite receiver
l 主要特点 Features
用微波介质陶瓷制备的介质谐振器，与传统金属滤波器相比，具有体积小、质量轻、Q值高、系列化介电常数材料、温漂可调等优点。
Compared with traditional metal filter, TE mode, TM mode and other dielectric technologies has more advantages: small size, light in Weight, low loss, temperature drift stable.
l 技术指标 Characteristics
Mode
Material
Frequency
/GHz
Er
F0/MHz
Qu
Τf/KHz
（85℃~-40℃）
Test Cavity/mm
TE
KM12
0.7
76
700
10000
±50
Φ55×H20
KM12
0.8
76
800
10000
±50
Φ55×H20
KM02
0.9
45
892
19500
±50
Φ84×H66，bossΦ48×1
KM02
1.8
45
1886
9200
±200
Φ39.5×H25
KM11
40
1955
19500
±300
Φ50×H31，bossΦ12×1.5
KM08
36.5
2043
15500
±200
60×60×H35
KM03
34.5
1918
32000
±200
50.8×50.8×H38.1
KM02
2.3
45
2260
11000
±200
Φ40×H26
KM02
45
2227
16000
±200
Φ55×H45
KM11
40
2340
11500
±300
Φ30×H40，bossΦ14×2
KM08
36.5
2402.5
15000
±200
48×48×H34
KM03
34.5
2380
23000
±200
36×36×H40，bossΦ15×2
KM02
2.6
45
2614
11000
±200
30×30×H31
KM11
40
2750
13500
±300
Φ36×H25，bossΦ10×3.5
KM03
34.5
2578
21000
±200
Φ40×H29
KM02
3.6
45
3638
6900
±300
Φ26.5×H18
KM11
40
3574
12500
±350
Φ30(Innercircle)×H20
KM03
34.5
3675
16000
±300
Φ28×H19
KM03
6
34.5
6223
12000
±500
18×18×H15
KM18
12
24.1
11500
11500
±200
Φ6×H3
Single end TM
KM02
1.9
43
1900
5200
±250
36×36×H23，bossΦ16×2.6
KM02
1.9
44
2150
6500
±300
Φ31×28，bossΦ18×1
KM02
2.6
43
2647
3300
±350
Φ20×H26
KM08
2.6
36
3575
3300
±500
Φ22×22.5，bossΦ11.5×4.5
KM09
3.5
21
3620
3900
±500
Φ22×22.5，bossΦ11.5×4.5
Dual end TM
KM02
0.7
45.5
751
5000
±300
Φ60×33.45，bossΦ30×15
KM09
0.7
22.5
653
2300
±500
Φ43×H37，bossΦ20×34.85
KM02
0.9
46
885
6300
±300
Φ51.5×H43，bossΦ22.5×1
KM02
0.9
45
763
2000
±300
Φ34×H24，bossΦ12.3×5
KM08
0.9
36.5
775
2500
±300
Φ41.3×H34，bossΦ22×30.4
KM02
1.8
45
1800
4700
±300
Φ29×H27
KM08
2.3
37.5
2107
4800
±500
25×25×30，bossΦ12×-0.8
KM09
2.6
22.5
2765
3600
±500
Φ36×H11.5
l 产品展示 Demonstration
l 其他 Others
产品可根据客户指标要求定制。
Customized production is acceptable.
