VBFZ-2130-S+

Overview

The VBFZ-2130-S+ is a connectorized bandpass filter from Mini-Circuits designed for RF signal conditioning. It operates with a center frequency of 2.13 GHz and provides a bandwidth of 260 MHz, covering the range from 2000 MHz to 2260 MHz. The component features a 50 Ohm impedance and utilizes SMA connectors for termination. It exhibits an insertion loss of 1.88 dB and complies with RoHS standards.

Feature Summary

• Provides selective bandpass filtering within the specified frequency range
• Utilizes SMA connectors for reliable RF interconnection
• Maintains 50 Ohm system impedance compatibility

Applications

• RF signal conditioning in communication systems
• Filtering applications requiring specific frequency selection
• Integration into RF modules using standard SMA interfaces

Procurement Notes

Verify the exact part number suffix against official Mini-Circuits documentation to ensure correct specifications. Confirm that the SMA termination style matches your system requirements. Check for updated datasheets to validate current compliance status and environmental ratings before finalizing procurement decisions.

Selection Notes

Select this component when a fixed center frequency of 2.13 GHz is required. Ensure the 260 MHz bandwidth aligns with the signal spectrum needs. Verify that the SMA interface is compatible with existing cabling and connectors. Consider the insertion loss characteristics relative to system sensitivity requirements.

Part Context

This model belongs to the VBFZ series of connectorized bandpass filters by Mini-Circuits. These components are engineered for precision RF applications, offering consistent performance across defined frequency bands. The series supports various center frequencies while maintaining standardized impedance and connector types for ease of integration.

Replacement Considerations

Consult Mini-Circuits documentation for direct substitutes such as the VBFZ-2130 or MINI-VBFZ-2130-S+. Verify electrical parameters and physical dimensions before substitution.