ZVBP-2072R5-S+

Overview

The ZVBP-2072R5-S+ is a cavity bandpass filter manufactured by Mini-Circuits, designed for high-performance RF signal conditioning. It operates within a passband of 2030 to 2115 MHz, centered at 2072.5 MHz with an 85 MHz bandwidth. The component features a nominal insertion loss of 1.2 dB and maintains a 50 Ohm impedance system. Constructed in the QT2302 module style, it utilizes SMA connectors for interface connectivity. This device implements resonant structures with very high Q factors, making it suitable for narrow-band applications requiring precise frequency selection and interference rejection.

Feature Summary

• High-Q resonant structure design for superior selectivity
• Narrow-band filtering capability for precise frequency isolation
• Robust cavity construction ensuring stable performance

Applications

• RF signal conditioning systems
• Narrow-band communication receivers
• Interference rejection circuits

Procurement Notes

Verify the specific datasheet version and mechanical dimensions against the QT2302 case style before integration. Confirm that the SMA connector polarity and mating requirements align with the system board layout. Ensure environmental operating conditions remain within the manufacturer's specified limits to prevent permanent damage or performance degradation during deployment.

Selection Notes

Select this component when narrow-band filtering is required within the 2030-2115 MHz range. The choice depends on the need for low insertion loss and high Q-factor performance in a modular format. Evaluate the physical constraints of the QT2302 package against available board space. Consider the SMA interface compatibility with existing interconnect infrastructure.

Part Context

This part belongs to Mini-Circuits' cavity filter series, which are engineered for demanding RF environments. These filters utilize resonant structures to achieve high Q values, distinguishing them from standard planar filters. The ZVBP-2072R5-S+ represents a specific frequency configuration within this broader family of signal conditioning components.

Replacement Considerations

Consult official Mini-Circuits documentation for verified substitute part numbers. Do not assume functional equivalence based on generic specifications alone.