SA-430F5 (1kHz to 100MHz, Voltage Gain 46dB, Noise Figure 1.10dB, Input Impedance 50Ω Low Noise Differential Amplifier)


Brand: NF
Model Series: SA Series

About Product

The NF SA Series Low Noise Preamplifiers are preamplifiers for submicro-signal detection, which have been developed to assure noise reduction never before accomplished. 7 types of SA series amplifiers, which vary by a frequency range, input form, and input impedance, are available. The SA Series are used to foster versatility as sensor head amplifiers or preamplifier for sensitivity improvement and noise reduction in analyzers and measurement instruments.

Product Features

  • Wide frequency range: DC to 100MHz
  • Input form: Single-ended or differential
  • Noise figure
    • 6dB (SA-230F5)
    • 10dB (SA-430F5)
  • Voltage gain
    • 40dB (SA-200F3, SA-230F5)
    • 46dB (SA-220F5, SA-400F3, SA-420F5, SA-421F5, SA-430F5)

Product Functions

  • Input voltage noise density of SA Series (See photo section)
  • Output noise of SA Series (See photo section)
  • Transient response of SA Series (See photo section)
  • Noise figure of SA Series
  • For measuring of small signal

Product Application

  • Superconducting device in quantum computers
  • MCT (Mercury Cadmium Tellurium) sensor for infrared detection
  • Squid sensor for micro-magnet detection
  • High-temperature superconducting Josephson device for microwave detection
  • Electromagnetic sensor for MRI systems
  • Photodetector such as a photo-multiplier and photo-transistor
  • Improving sensitivity of lock-in amplifiers

Standard Accessories

  1. Instruction Manual

Product Options

  1. SA915: Power Supply

Related Catalog

Specification-of-SA-Series

Our Company

Miko, established in 1980, is a leading instrumentation distributor in Hong Kong and China.

Over the years, we have been fully engaged in the sales and marketing of electronic T&M instruments in the territory. Our market sector coverage includes telecommunication, power, data communication, audio, broadcasting and education.