Honeywell BDA BDA-FBPS-10 Compact Reject Notch Filter, 806-816 MHz and 851-861 MHz

Optimize in-building public-safety and enterprise radio performance with the Honeywell BDA BDA-FBPS-10 compact reject notch filter. This Honeywell BDA bi-directional amplifier accessory targets the 806-816 MHz and 851-861 MHz bands to remove adjacent-band interference while maintaining overall system integrity. With low insertion loss (≤2.0 dB) and excellent return loss (≤-19 dB), the BDA-FBPS-10 preserves signal strength and reduces reflections that can degrade voice and data in security, surveillance, and monitoring environments. Built for reliability, the filter features low-PIM construction, 150W average (1500W peak) power handling and a 50-ohm impedance to withstand high traffic loads typical of emergency responder and facility networks. Its compact, lightweight design simplifies installation into existing BDA setups, keeping racks and cabinets tidy while delivering dependable RF performance. Ideal for system integrators and installers who need targeted filtering without sacrificing coverage, the BDA-FBPS-10 helps maintain clear communications for critical applications. Add this Honeywell BDA filter to your bi-directional amplifier deployment to strengthen security and surveillance communications — contact your supplier or order now for fast integration.

• Rejects targeted interference in the 806-816 MHz and 851-861 MHz bands to protect in-building public-safety and commercial radio coverage
• Low insertion loss (≤2.0 dB) and high return loss (≤-19 dB) preserve signal strength and system sensitivity for security and monitoring applications
• Low-PIM construction and 150W average (1500W peak) power handling ensure reliable performance under heavy traffic for surveillance and emergency communications
• Compact, lightweight form factor simplifies integration into bi-directional amplifier systems and rack installations, reducing installation time and space requirements
• 50-ohm impedance and robust RF matching minimize reflections and help maintain consistent coverage for critical networks