Spectrum Analyzer Module 35MHz‑4400MHz Frequency Spectrum Analysis Board for WinNWT4 RF Signal Source

Spectrum Analyzer Module 35MHz4400MHz Frequency Spectrum Analysis Board for WinNWT4 RF Signal Source
Feature:
1. Tracking Source: The signal source of this simple spectrum analyzer has a tracking function. When the tracking source is turned on, the output bandwidth is 35mHz4400 mHz, safe and reliable.
3. Easy Installation: The spectrum analyzer module is compact and lightweight, convenient to install and use, suitable for DIY projects, and used for RF signal spectrum measurement.
4. Software and System: This spectrum analyzer module uses for WinNWT4 computer software, track source code analysis, suitable for WinXP, for Win7, and for Win10 computer operating system.
5. Type C Power Supply: This spectrum analyzer board supports Type C power supply and serial comm, making it convenient to use anytime and anywhere, greatly improving work efficiency.


Specification:
Item Type: Simple Spectrum Analyzer
Material: PCB
Serial Comm
Computer Software: For WinNWT4
RF Frequency Domain Analysis Tool
Power Supply: Type C
Standby Current: 100mA
Scan Current: 350mA
Scan Speed: 800 points per second
Dynamic Scan Record Ratio: >50dB
Frequency Point or Scan Output Power: About 0dBm
Input Detection: 10dBm
Background: About -60dBm
Built in Tracking Source: 35mHz-4400mHz
Computer Operating System: Suitable for WinXP, for Win7, for Win10
Application: RF signal spectrum measurement within the frequency range of 35mHz-4400mHz, signal output of 35mHz-4400mHz.
Size: Approx. 80 x 53mm / 3.1 x 2.1in



How to Use:
Follow the instructions in the promotional image to use the product.


Package List:
1 x Simple Spectrum Analyzer


Note:
The sensitivity of the spectrum analyzer is not high, with low noise around 70dB. It is recommended to directly connect the signal source using an SMA cable for measurements. If using an antenna, it needs to be very close to the signal. The distance may vary depending on the signal source, for example, for car key signals, measurements can be made within