RF AM Envelope Detector 0.1MHz–6GHz Double Voltage Module RF Detector Module Nixie 1Pcs

RF AM Envelope Detector 0.1MHz–6GHz Double Voltage Module

1Pcs
Sale price  $9.83 Regular price  $11.79
Skip to product information
RF AM Envelope Detector 0.1MHz–6GHz Double Voltage Module RF Detector Module Nixie 1Pcs

RF AM Envelope Detector 0.1MHz–6GHz Double Voltage Module

Sale price  $9.83 Regular price  $11.79
Color

RF AM Envelope Detector – 0.1MHz to 6GHz Wideband Module

The RF AM Envelope Detector is a compact, high-sensitivity wideband detection module covering 0.1 MHz to 6 GHz (6000 MHz). Built around a double voltage detector using two reverse microwave diodes, it delivers 6 dB greater sensitivity compared to single-tube detectors, with a typical sensitivity of -30 dBm and peak performance reaching up to -40 dBm. This makes it a significant upgrade over legacy diode detectors such as the 2AP9 and 1N60.

Whether you're working on amplitude modulation signal envelope detection, carrier signal level monitoring, or RF amplitude measurement, this module provides a clean, reliable output in a tiny metal housing.

Key Features

  • Ultra-wide frequency range: 0.1 MHz – 6 GHz (6000 MHz)
  • Double voltage detector circuit using two reverse microwave diodes
  • 6 dB higher sensitivity than single-tube detector designs
  • Typical sensitivity of -30 dBm, peak up to -40 dBm
  • Ideal for AM envelope detection and carrier signal amplitude measurement
  • Functions as a direct equivalent to a standalone envelope detector
  • Compact metal construction — approximately 4.3 cm in size
  • No battery required — passive detection module

Specifications

Frequency Range 0.1 MHz – 6 GHz
Detector Type Double Voltage (2× Reverse Microwave Diodes)
Sensitivity (Typical) -30 dBm (up to -40 dBm)
Material Metal
Size Approx. 4.3 cm
Battery Not required / Not included
Package 1 pc or 2 pcs
Country of Origin Made in China

What's in the Box?

  • 1 or 2 × RF AM Envelope Detector Module (as selected)

Applications

  • Amplitude modulation (AM) signal envelope detection
  • Carrier signal level and amplitude monitoring
  • RF lab testing, DIY electronics, and engineering prototyping
  • Signal measurement in the 0.1 MHz to 6 GHz frequency band

Note: Color may vary slightly due to monitor display settings. Measurements are manual and minor tolerances are expected.

Looking for more DIY electronics tools and accessories? Check out these related products from our store:

Learn more: ENERGY STAR product efficiency guidance

Frequently Asked Questions

Q: What is the frequency range of this RF AM Envelope Detector module?

A: This RF AM Envelope Detector covers a wideband frequency range of 0.1 MHz to 6 GHz (6000 MHz), making it suitable for a broad spectrum of RF signal detection and amplitude measurement applications.

Q: How does the double voltage detector design improve performance?

A: The double voltage detector uses two reverse-connected microwave diodes, which provides 6 dB higher sensitivity compared to a conventional single-tube detector. This results in a typical sensitivity of -30 dBm, with peak performance reaching up to -40 dBm — far exceeding legacy detectors like the 2AP9 or 1N60.

Q: Does this module require a battery or external power supply?

A: No battery or power supply is required. This is a passive envelope detector module that operates based on the incoming RF signal itself, making it simple to integrate into your existing RF test or DIY electronics setup.

Q: What is this RF detector module used for?

A: The module is primarily used for AM (amplitude modulation) envelope detection and carrier signal level/amplitude measurement. It acts as a direct detector equivalent and is well suited for RF lab testing, DIY electronics projects, and engineering prototyping across a wide frequency range.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

You may also like