AM922B1591-C

Overview

The AM922B1591-C is a 922 MHz center frequency ceramic bandpass filter manufactured by Anatech Electronics Inc. It features a 10.5 MHz bandwidth and a 50 Ohm impedance. The device exhibits an insertion loss of less than 4.4 dB. It provides attenuation greater than 20 dB at 912.5 MHz and greater than 14 dB at other specified off-band frequencies. The component utilizes a connectorized package design suitable for RF applications.

Feature Summary

• Ceramic construction for stable RF performance
• Connectorized housing configuration
• Bandpass filtering capability centered at 922 MHz

Applications

• RF signal processing systems
• Wireless communication infrastructure
• Test and measurement equipment

Procurement Notes

Verify the specific datasheet version for the AM922B1591-C to confirm exact mechanical dimensions and connector type compatibility with your system design. Ensure that the operating environment remains within the manufacturer's specified temperature range to maintain the stated electrical performance characteristics over time.

Selection Notes

Select this component when a fixed 922 MHz center frequency with a 10.5 MHz bandwidth is required. The low insertion loss of under 4.4 dB makes it suitable for applications where signal integrity is critical. Verify that the connectorized form factor aligns with existing PCB or chassis mounting requirements.

Part Context

This part belongs to Anatech Electronics Inc.'s line of ceramic bandpass filters. These components are designed for high-reliability RF applications requiring precise frequency selection. The series typically offers robust performance in demanding electromagnetic environments, supporting various communication standards through standardized impedance and bandwidth options.

Replacement Considerations

Check for direct substitutes such as the AM922B1591 if connectorized packaging is not strictly mandatory. Verify that any alternative maintains the 922 MHz center frequency and 10.5 MHz bandwidth specifications to ensure circuit compatibility without redesign.