KYOCERA AVX BP Series Multilayer Organic Band Pass Filters are low-profile devices and utilize high dielectric constant and low loss materials to realize high Q passive printed elements. These filters have best-in-class performance based on multilayer organic high-density interconnect technology. These BP series MLO band pass filters are less than 1.0mm in thickness and support many frequency bands and multiple wireless standards. Typical applications include mobile communications, GPS, and satellite receivers.
KYOCERA AVX BP Series Multilayer Organic Band Pass Filters
Features
- 50Ω impedance
- Expansion matched to PCB
- High rejection out-of-band
- RoHS-compliant
- Steep roll-off
- Surface mount
- Wide passband and low insertion loss
Applications
- GPS
- Instrumentation
- Mobile communications
- Satellite receivers
- Vehicle location systems
- Wireless LANs and APs
Resources
Video
This TTI Tech Specs video for KYOCERA AVX Multilayer Organic Band Pass Filters explains that they exhibit low insertion loss within wide passbands, steep roll-offs, and very high rejection of out-of-band frequencies.
Read Video Transcript Below
Video Transcript
Are your electronics organic? AVX MLO filters are. MLO filters are based on AVX’s patented multilayer organic high-density interconnect technology, and while you won’t find them at your local organic grocer, you will find plenty of benefits when you use them in your next design. Available in low-pass, high-pass, and band-pass variants, MLO filters support many frequency bands and wireless standards and feature 50Ω input and output and low insertion loss. The filters also offer steep roll-off for high rejection of unwanted frequencies.
MLO filters are less than 1 millimeter thick and use LGA pads to keep the profile to a minimum and minimize parasitics. They are also expansion matched to most organic PCB materials for improved reliability compared to silicon and ceramic devices. The small size, light weight, and high performance make AVX MLO filters ideal for wireless communications, portable electronics, base stations, and other applications.