FMMT6008

RF Detectors Overview

The FMMT6008 is a tunnel diode zero bias RF detector manufactured by Fairview Microwave. It operates within a frequency range of 6 GHz to 18 GHz and features an SMA in-line module package. The device provides positive video output with a typical voltage sensitivity of 700 mV. It supports a maximum input power of +17 dBm and exhibits a pulse risetime of 5 nsec. The component functions reliably across a temperature range from -65°C to +115°C.

RF Detectors Feature Summary

• Utilizes tunnel diode technology for zero bias detection
• Provides positive video output signal
• Supports high-speed pulse risetime performance

RF Detectors Applications

• RF signal detection in microwave systems
• Pulse measurement applications
• High-frequency monitoring circuits

RF Detectors Procurement Notes

Verify current availability status as supply may be limited or discontinued. Confirm that the SMA in-line module package matches your circuit layout requirements. Ensure the operating temperature range meets your environmental specifications. Check for any specific handling precautions related to the tunnel diode construction before installation.

RF Detectors Selection Notes

Select this model when positive video output is required for frequencies between 6 GHz and 18 GHz. Consider the 700 mV sensitivity for appropriate signal conditioning needs. Verify compatibility with SMA connectors in your system design. Evaluate the thermal performance limits against your operational environment constraints.

RF Detectors Part Context

This component belongs to Fairview Microwave's RF detector category, specifically designed for wireless and RF integrated circuit applications. It complements other models like the FMMT6009, which offers negative video output for similar frequency ranges. The product line focuses on providing reliable detection solutions for high-frequency engineering tasks.

RF Detectors Replacement Considerations

The FMMT6009 serves as a functional substitute offering identical frequency coverage but with negative video output instead of positive. Engineers must account for the polarity difference when integrating replacement components into existing signal processing chains.