Dielectric Resonator band-pass filter
High performance Dielectric Resonator band-pass filter is based on coupled cavities design and has exceptional performance characteristics. Key quality is its ability to provide significant out-of-band attenuation in very close proximity of the filter’s pass-band, while providing a low loss path to the transmit signal.
The Output Filter is robust and compact. The High-Q values of the ceramic materials permit the use of small cavity structures keeping the weight and size of the filter to a minimum. The ceramic materials are also very stable in relationship to temperature resulting in minimal frequency shifting over a broad temperature range.
Features
· Low loss filter design
· Robust and compact
· High RF Power handling capacity
· Low pass-band frequency drift
High performance Dielectric Resonator band-pass filter is based on coupled cavities design and has exceptional performance characteristics. Key quality is its ability to provide significant out-of-band attenuation in very close proximity of the filter’s pass-band, while providing a low loss path to the transmit signal.
The Output Filter is robust and compact. The High-Q values of the ceramic materials permit the use of small cavity structures keeping the weight and size of the filter to a minimum. The ceramic materials are also very stable in relationship to temperature resulting in minimal frequency shifting over a broad temperature range.
Features
· Low loss filter design
· Robust and compact
· High RF Power handling capacity
· Low pass-band frequency drift
Band Pass Filter
Specifications
*Specifications are subject to change without notice
| Center Frequency (Pass Band) | 2326.25 MHz |
| Bandwidth | 4.012 MHz |
|
Insertion Loss @ Band Edges [Fc ±2.006 MHz] |
1.2 dB max |
|
Attenuation: Fc = 2.5 MHz Fc = 3.0 MHz Fc = 3.5 MHz Fc = 4.5 MHz Fc = 5.5 MHz Fc = 6.5 MHz Fc = 7.0 MHz Fc = 10.0 MHz |
3 23 38 48 74 80 85 100 |
| VSWR | 1.20 : 1 |
| Input Power (referenced at input port) |
300W (avg) 1000W (pk) |
| Connectors | DIN 7/16 Female |
| Operating Temperature | 55°C to -25°C |
© 2004-2010 Unique Broadband Systems Ltd. All Rights Reserved.
Standard Terms and Conditions
Standard Terms and Conditions
ISO 9001:2008
Registered Company
Registered Company
Webmaster: felixs@uniquesys.com
 |
 |
 |
 |
 |
 |
Time
 |
 |
 |
 |
 |
 |
 |
 |
 |
Best Viewed With Firefox or IE8