Crystal Band Pass Filters(0.003-250 MHz)
Crystal bandpass filters use the piezoelectric effect of quartz crystals and convert mechanical motion into electric signals. The low thermal expansion of quartz crystals allows crystal filters to produce stable performance over a wide temperature range. This type of crystal pass band filters exhibit extremely high Q factor, giving them the ability to achieve extremely narrow bandwidth in the range of a few kHz. Such a high Q factor, in the range of 5000 and higher than 10000 results in relatively low loss considering their extremely narrow bandwidth. The crystal band pass filters are available in frequencies up to 250 MHz, in connectorized, surface mount, PC board mount, and drop-in type packages, with a length ranging from approximately 1 to 5 in.
The Crystal bandpass filter is just one of the many products that Anatech Electronice offers to RF design engineers looking for quality filters and RF microwave products. Contact us today for quality, service and top customer experience.
We can find the Crystal Band Pass Filter for you!
| Model | Center Frequency | Band Width | Insertion Loss | Pass Band | Rejection (high side) | Rejection (low side) | Return Loss | |
|---|---|---|---|---|---|---|---|---|
| AM162CR228 | 162 MHz | 100 KHz | <4.5 dB | 161.95-162.05 MHz | 30 dB @ 162.4 MHz | 30 dB @ 161.60 | >14 dB | |
| AM162CR229 | 162 MHz | 100 KHz | <4.5 dB | 161.95-162.05 MHz | 40 dB @ 162.40 MHz | 40 dB @ 161.60 MHz | >14 dB | |
| AM162CR349 | 162 MHz | 80 KHz | <4.0 dB | 161.96-162.04 MHz | See Full Datasheet | 60 dB @ 162.4 MHz | >14 dB | |
| AM163.6CR334 | 163.6000 MHz | 3.15 KHz | <8.0 dB | 163.598425-163.601575 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM163.1625CR333 | 163.1625 MHz | 3.15 KHz | <8.0 dB | 163.160925-163.164075 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM164.0125CR335 | 164.0125 MHz | 3.15 KHz | <8.0 dB | 164.010925-164.014075 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM164.325CR336 | 164.3250 MHz | 3.15 KHz | <8.0 dB | 164.323425-164.326575 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM164.825CR167 | 164.825MHz | 6.25 KHz | <6.0 dB | 164.821875-164.828125 MHz | See Full Datasheet | 10 dB @ 164.85 MHz | >14 dB | |
| AM164.6125CR337 | 164.6125 MHz | 3.15 KHz | <8.0 dB | 164.610925-164.614075 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM164.8125CR338 | 164.8125 MHz | 3.15 KHz | <8.0 dB | 164.810925-164.814075 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM165.0375CR339 | 165.0375 MHz | 3.1 KHz | <8.0 dB | 165.035925-165.039075 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM165.775CR341 | 165.7750 MHz | 3.15 KHz | <8.0 dB | 165.773425-165.776575 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM165.0875CR346 | 165.0875 MHz | 3.15 KHz | <8.0 dB | 165.085925-165.089075 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM165.5375CR340 | 165.5375 MHz | 3.15 KHz | <8.0 dB | 165.535925-165.539075 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM166.225CR342 | 166.2250 MHz | 3.15 KHz | <8.0 dB | 166.223425-166.226575 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB | |
| AM166.425CR343 | 166.4250 MHz | 3.15 KHz | <8.0 dB | 166.423425-166.426575 MHz | 50 dB @ 50 KHz | 30 dB @ 25 KHz | >14 dB |