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Products > Dielectric Resonators(TEM Mode 360Mhz~6Ghz)
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Dielectric Resonators Coaxial Type |
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Applications:
Wireless equipment,voltage controlled oscillators (VCO)
Cordless phones,Filters and diplexers,microwave circuits
Dielectric Resonator Oscillators(DRO)
Signal isolator/blocker/jammer for
Wifi,bluetooth,wlan
GPS,GSM,celluar phone,mobile phone
Features:
Q range :200 - 1000
Temperature stability ±10ppm/ ℃
Available 2mm ~ 12mm 1/4 and 1/2 wavelength design
Dielectric constant : 21~90
Surface or tab mounting
Easy handling and assembly
Custom design,low cost,fast delivery
Dimension:
2mm , 3mm , 4mm , 5mm , 6mm , 8mm , 10mm and 12mm
Specification:
Ceramic resonators coaxial type.pdf(78.7Kb)
| Part No |
Frequency |
Dimension(mm) |
| DR60(367) |
367Mhz |
6.0X6.0X21.0 |
| DR40(470) |
470Mhz |
4.0X4.0X18.0 |
| DR60(500) |
500Mhz |
6.0X6.0X17.0 |
| DR40(507) |
507zMhz |
4.0X4.0X16.5 |
| DR40(509) |
509Mhz |
4.0X4.0X16.2 |
| DR40(600) |
600Mhz |
4.0X4.0X14.0 |
| DR50(750) |
750Mhz |
5.0X5.0X11.2 |
| DR60(900) |
900Mhz |
6.0X6.0X9.3 |
| DR30(1000) |
1000Mhz |
3.0X3.0X8.4 |
| DR40(1100) |
1100Mhz |
4.0X4.0X8.0 |
| DR60(1200) |
1200Mhz |
6.0X6.0X10.5 |
| DR30(1300) |
1300Mhz |
3.0X3.0X6.5 |
| DR30(1400) |
1400Mhz |
3.0X3.0X5.6 |
| DR30(1500) |
1500Mhz |
3.0X3.0X8.3 |
| DR80(1500) |
1500Mhz |
8.0X8.0X5.6 |
| DR40(1382) |
1382Mhz |
4.0X4.0X6.5 |
| DR40(1424) |
1424Mhz |
4.0X4.0X6.0 |
| DR80(1500) |
1500Mhz |
8.0X8.0X5.6 |
| DR30(2100) |
2100Mhz |
3.0X3.0X8.0 |
| DR30(2300) |
2300Mhz |
3.0X3.0X7.2 |
| DR40(2450) |
2450Mhz |
4.0X4.0X7.0 |
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A dielectric resonator is an electronic component that exhibits resonance
for a narrow range of frequencies, generally in the
microwave band. Resonators are important components in
microwave communication circuits. Resonators are useful in
RF communication equipment in connection with filters, low
noise oscillators, and other circuits.
Ceramic coaxial resonators with high Q
and very good temperature stability are perfectly suitable
for voltage controlled oscillators and bandpass filters and
duplexers.
Smaller resonators can be used at higher frequencies.Larger resonators can provide
greater Q factor.
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