AM2350B1229

Overview

The AM2350B1229 is a band pass ceramic filter manufactured by Anatech Electronics Inc. It operates with a center frequency of 2350 MHz and provides a bandwidth of 100 MHz within the 2.3 to 2.4 GHz range. The component features an impedance of 50 Ohms and exhibits an insertion loss of 2 dB. Designed for surface mount applications, it is housed in an 8-SMD module package.

Feature Summary

• Band pass filtering capability centered at 2350 MHz
• Ceramic construction for RF signal processing
• Surface mount module design

Applications

• RF communication systems requiring 2.3-2.4 GHz filtering
• Microwave circuit signal conditioning
• Wireless infrastructure components

Procurement Notes

Verify current availability status as the part may be obsolete or discontinued. Confirm package compatibility and mounting requirements before integration. Check for authorized distributor channels since direct manufacturer stock is not guaranteed. Ensure technical specifications match system requirements regarding impedance and frequency bands.

Selection Notes

Select this component when a 50 Ohm ceramic band pass filter is required for the 2.35 GHz range. Consider the 100 MHz bandwidth and 2 dB insertion loss against system sensitivity needs. Verify that the 8-SMD package fits the PCB layout constraints. Compare performance metrics with alternative filters if stricter loss or bandwidth specifications are necessary.

Part Context

Anatech Electronics Inc. specializes in RF and microwave filters for military and commercial applications. This model belongs to their ceramic filter lineup, designed for precise frequency selection in high-frequency environments. The company focuses on custom and standard filter designs meeting rigorous industry standards.

Replacement Considerations

No public confirmed substitute part numbers are available for this specific model. Evaluate generic 2.35 GHz ceramic band pass filters with similar 50 Ohm impedance and 100 MHz bandwidth if replacement is required. Verify electrical parameters closely to ensure functional equivalence.