AB5742B1170

Overview

The AB5742B1170 is a cavity bandpass RF filter manufactured by Anatech Electronics Inc. It operates within a passband of 5650-5835 MHz, providing a center frequency of approximately 5742.5 MHz with a bandwidth of 185 MHz. The component features SMA connectors and maintains an insertion loss of less than 1 dB across the specified passband. It offers a passband return loss of at least 18 dB and provides rejection of 60 dB or greater at 5590 MHz.

Feature Summary

• Cavity construction for high-performance RF filtering
• Low insertion loss within the designated passband
• High out-of-band rejection capabilities
• SMA connector interface for standard integration

Applications

• Wireless communication systems operating in the 5 GHz range
• RF signal processing modules requiring precise band selection
• Test and measurement equipment filters

Procurement Notes

Verify the specific datasheet version for the AB5742B1170 to confirm mechanical dimensions and connector details. Ensure compatibility with system impedance requirements. Check for any specific handling instructions related to cavity filter components. Confirm RoHS status if required by your manufacturing standards, as indicated in available documentation.

Selection Notes

Select this component when a narrow bandpass characteristic is required around 5.74 GHz. The low insertion loss makes it suitable for sensitive receiver chains. Consider the physical size of the cavity module against available board space. Verify that the SMA interface matches existing cable or adapter infrastructure.

Part Context

Anatech Electronics Inc. specializes in RF filters and components. The AB5742B1170 belongs to their line of cavity bandpass filters designed for specific frequency applications. These components are typically used in environments where high selectivity and stability are critical for signal integrity.

Replacement Considerations

No direct public substitute part numbers are confirmed for this specific model. Evaluate other Anatech cavity filters with similar frequency ranges if availability is an issue. Ensure any alternative meets the same insertion loss and rejection specifications.