UNI-T  USG3000M-PM Pulse Modulation Option for USG3000M RF Generators

UNI-T USG3000M-PM Pulse Modulation Option for USG3000M RF Generators

Order # USG3000M-PM

Mfg # 1.91502E+11

call-regular 800-828-1470
$399.00
Loading...
Loading...
  • Overview

UNI-T USG3000M-PM Pulse Modulation Option for USG3000M RF Generators

Order # USG3000M-PM | Mfg # 1.91502E+11
$399.00
  • High On-Off Ratio: Achieves up to 80 dB on-off ratio for clean, well-defined pulse generation
  • Fast Transition Time: Rising/falling times of less than 20 ns (typical) for accurate edge definition
  • Multiple Pulse Modes: Includes free-run, square, externally triggered, adjustable doublet, gated, and pulse train modes
  • Customizable Pulse Trains: Create complex sequences of pulses with varying widths and delays
arrow_drop_down

Tariff fees or manufacture imposed surcharges may be applicable.

Overview

The UNI-T USG3000M-PM is a premium pulse modulation option for the USG3000M series RF signal generators. This option enhances the USG3000M generator with comprehensive pulse modulation capabilities, enabling the creation of precisely controlled pulsed RF signals essential for radar system development, wireless communications testing, and electronic warfare applications.

  • High On-Off Ratio: Achieves up to 80 dB on-off ratio for clean, well-defined pulse generation
  • Fast Transition Time: Rising/falling times of less than 20 ns (typical) for accurate edge definition
  • Multiple Pulse Modes: Includes free-run, square, externally triggered, adjustable doublet, gated, and pulse train modes
  • Customizable Pulse Trains: Create complex sequences of pulses with varying widths and delays
  • Flexible Configuration: Use internal or external pulse sources for maximum versatility

Applications

  • Radar System Development / Target Simulation
  • Wireless Communications & Pulsed Transmissions
  • Electronic Component / Subsystem Characterization
  • Electronic Warfare / Countermeasure Testing

Each Unit Includes

  • 1 - Pulse Modulation Kit (USG3000M-PM)