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NC520 Series

NC520 Series

The NC520 low voltage (surface mount) noise module is an economic solution for built-in test requirements. It contains complete bias circuits and require no external components.

The surface mount package is suitable for mounting on microstrip. The modules produce extremely flat output power versus frequency characteristic that is insensitive to temperature and voltage variations.

Typical applications for the NC520 module includes built-in test equipment (bite), signal strength meters for cellular, pcs, catv, calibrators, spectrum analyzers, radar warning receivers (rwr), and dither A/D quantization error. Maury can optimize frequency range and output levels for specific applications.

Specifications

Output

Minimum Power Output

Crest Factor

Flatness

White Gaussian noise

25 dB ENR (-143 dBm/Hz) min

5:1

+/-3dB

 

Features & Benefits

  • Complete bias circuits
  • Requires no external components
  • Optimizations available for frequency range and output levels

Filters

Description

Name Description
NC520 NC520 Low Voltage Surface Mount Noise Source 200 kHz to 5 GHz
  • Built-in test equipment (BITE)
  • Signal strength meters for cellular, PCS and CATV
  • Calibrators
  • Spectrum analyzers
  • Radar warning receivers (RWR)
  • Dither A/D quantization error
  • Gain-bandwidth product testing
Explore more

Related Resources

01

Anatomy of a Noise Source Poster

This poster provides a concise overview of important power measurement topics, including the detection of RF power, rise time and video bandwidth, and more. Ensure next-generation performance with this convenient visual guide for measuring RF power. 

02

5G and mmWave Testing Solutions Guide

In this solutions guide, learn how Maury noise sources generate the broadband noise required to perform critical benchmarking and quantify component and system performance across the microwave and millimeter bands.

03

Secure Wireless Transmissions with Truly Random Noise Source Data Encryption

This article will explore the basic concept of securing data with noise, as well as provide insight into the possible design of these encryption systems by reviewing relevant noise applications.

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