FMPH1000A

Overview

The FMPH1000A is a variable phase shifter manufactured by Fairview Microwave, designed for signal conditioning applications within the 18 GHz to 40 GHz frequency range. This component features a 2.92mm interface and provides an adjustable phase range of 0 to 360 degrees. It is rated for high power handling with a capacity of 100 Watts. The unit weighs approximately 347 grams and is packaged in a bag for shipping.

Feature Summary

• Provides continuous variable phase adjustment across a full 0 to 360-degree range
• Operates effectively within the high-frequency spectrum from 18 GHz to 40 GHz
• Engineered for high-power signal handling capabilities up to 100 Watts

Applications

• Radar systems requiring precise phase control
• High-frequency signal conditioning networks
• Test and measurement instrumentation setups

Procurement Notes

Verify the specific interface type and power ratings against your system requirements before ordering. Confirm that the 2.92mm connector compatibility matches your existing infrastructure. Ensure the operating environment supports the specified frequency range and power levels. Check for any specific handling instructions related to the precision mechanical components. Validate that the packaging condition meets your storage standards upon receipt.

Selection Notes

Select this model when a wide continuous phase adjustment range is required at millimeter-wave frequencies. Consider the 100W power rating to ensure it exceeds your system's maximum output. Evaluate the 2.92mm interface for compatibility with your interconnects. Assess the physical dimensions and weight for integration into your chassis or test setup. Compare performance metrics against fixed phase shifters if variable tuning is not strictly necessary.

Part Context

This component belongs to the signal conditioning category, specifically within the phase shifter sub-class. It is part of Fairview Microwave's portfolio of RF modules designed for high-performance applications. The product is categorized under RF ICs and Modules, indicating its role in advanced electronic systems requiring precise signal manipulation.