https://uni-trendus.com/collections/all.atom Uni-Trend US 2025-03-18T15:46:32-04:00 Uni-Trend US https://uni-trendus.com/products/10031969272092 2025-03-18T15:46:32-04:00 2025-03-18T15:46:32-04:00 USG5000M-PM Waveform Generator Accessory Uni-T

Vendor: Uni-T
Type: Waveform Generator Accessory
Price: 2299.00

UNI-T USG5000M-PM Pulse Modulation Option

Overview

The USG5000M-PM pulse modulation option adds advanced pulse modulation capabilities to the USG5000M series microwave signal generators. This high-performance option enables precise generation of pulsed RF signals across the extended frequency ranges of the USG5000M series, making it ideal for sophisticated radar system development, satellite communications testing, and millimeter-wave applications.

Key Features

  • Superior On-Off Ratio: Up to 80 dB (≤ 6.5 GHz) and 70 dB (≤ 22 GHz) for clean pulse definition
  • Fast Transition Times: Rising/falling times < 20 ns for accurate edge definition
  • Multiple Operating Modes: Free-run, square, external triggered, adjustable doublet, gated, and custom pulse train modes
  • Programmable Pulse Sequences: Create complex pulse patterns with user-defined timing parameters
  • Wide Frequency Coverage: Full pulse modulation across the entire frequency range of the generator
  • Flexible Triggering: Internal, external, or bus-triggered operation

Technical Specifications

Parameter Specification
On-Off Ratio ≥ 80 dBc (typical) for frequencies ≤ 6.5 GHz
≥ 70 dBc (typical) for frequencies ≤ 22 GHz
Rising/Falling Time (10%/90%) < 20 ns (typical)
Minimum Pulse Width 100 μs to (Pulse period -1 μs)
Pulse Period Pulse width +1 μs to 42 s
Resolution 1 μs
Adjustable Delay Free-run: 0 to (Period – Pulse width -1 μs)
Trigger: 1 μs to (Maximum pulse period-1 μs)
Level Accuracy < ± 0.5 dB (Relative to CW)
Width Compression ≤ 10 ns (Relative to RF width of pulse output)
Video Feed-through ≤ 50 mV
External Pulse Input Delay 500 ns (nominal)
RF Delay 50 ns (nominal)
Pulse Overshoot ≤ 20%

Application Examples

Advanced Radar Development

Support cutting-edge radar system testing with precise pulse control:

  • Generate complex pulse patterns for modern phased array radar development
  • Test radar receiver sensitivity with controlled pulse widths and repetition rates
  • Validate advanced radar signal processing with precisely defined pulse characteristics
  • Simulate multi-target environments with customized pulse trains
  • Verify radar performance across extended microwave and millimeter-wave bands

Satellite Communications Testing

Evaluate satellite communications equipment with accurate pulsed signals:

  • Test transponder performance with precisely controlled pulse characteristics
  • Verify ground station receiver sensitivity using pulsed signals
  • Simulate burst transmissions for time-division multiple access systems
  • Characterize satellite receiver performance across Ku, K, and Ka bands

Millimeter-Wave System Development

Support pre-5G and 5G millimeter-wave system development:

  • Generate pulsed signals for 5G FR2 component characterization
  • Test receiver performance under pulsed interference conditions
  • Characterize power amplifiers under pulsed conditions
  • Evaluate beam-forming network performance with pulsed excitation

Electronic Warfare Systems

Support electronic warfare applications with sophisticated pulse control:

  • Create complex pulse patterns for radar warning receivers
  • Simulate target returns for missile guidance systems
  • Test electronic countermeasure effectiveness
  • Evaluate direction finding systems with pulsed signals

Integration with USG5000M Series

The USG5000M-PM option works with all models in the USG5000M series:

  • USG5014M (9 kHz to 14 GHz)
  • USG5014M-P (9 kHz to 14 GHz with mechanical attenuator)
  • USG5022M-P (9 kHz to 22 GHz with mechanical attenuator)

The pulse modulation functions are seamlessly integrated into the generator's user interface, with dedicated controls for all pulse parameters accessible through the front panel and remote interfaces.

Compatibility with Other Options

The USG5000M-PM pulse modulation option works in conjunction with:

  • USG5000M-PG narrow pulse generator option for ultra-narrow pulse generation
  • USG5000M-PK power meter kit for accurate power control during pulse modulation
  • USG5000M-GPIB interface for remote control of pulse parameters

Ordering Information

Item Order Number
Pulse Modulation Option for USG5000M Series USG5000M-PM

For enhanced narrow pulse capabilities down to 20 ns, the USG5000M-PG option is recommended as an additional upgrade.

Installation

The USG5000M-PM option can be installed at the time of purchase or added later as an upgrade. For existing units, the option is enabled through a license file installation procedure that can be performed by the user.

]]> USG5000M Option https://uni-trendus.com/products/10031969272092 Default Title 2299.00 191502400021 0 https://uni-trendus.com/products/10031969403164 2025-03-18T15:46:28-04:00 2025-03-18T15:46:28-04:00 USG5000M-PK Waveform Generator Accessory Uni-T

Vendor: Uni-T
Type: Waveform Generator Accessory
Price: 2299.00

UNI-T USG5000M-PK Power Meter Option

Overview

The USG5000M-PK Power Meter Option is a precision measurement accessory for the USG5000M series microwave signal generators. This integrated solution provides accurate RF and microwave power measurement, output power control, and line loss calibration across the full frequency range of the generators. The USG5000M-PK ensures that the exact power level reaches your device under test, critical for high-frequency applications where cable and connector losses can significantly impact measurement accuracy.

Key Features

  • Extended Frequency Coverage: Measure power across the full frequency range of the USG5000M series
  • Precision Power Measurement: Directly measure RF power at the device under test with high accuracy
  • Automatic Output Control: Set the desired power at the test point and let the system compensate for all losses
  • Line Loss Calibration: Create comprehensive loss profiles across frequency to ensure accurate power delivery
  • Seamless Integration: Connect directly to the front panel USB port for plug-and-play operation
  • Easy Operation: Intuitive controls through the signal generator's user interface

Technical Specifications

Parameter Specification
Frequency Range 10 MHz to 22 GHz
Power Measurement Range -35 dBm to +20 dBm (frequency dependent)
Power Measurement Accuracy ±0.5 dB (typical) up to 18 GHz
±0.7 dB (typical) up to 22 GHz
Return Loss > 14 dB (typical)
Connector Type NMD 2.92 (compatible with SMA)
Cable Length 1.5 meters (typical)
Interface USB (connects to front panel USB port)

Application Examples

Millimeter-Wave System Development

Ensure accurate power delivery in high-frequency applications:

  • Compensate for significant cable losses at microwave frequencies
  • Ensure precise power levels for 5G FR2 component testing
  • Maintain consistent power levels during frequency sweeps up to 22 GHz
  • Calibrate test setups for satellite communications in Ku, K, and Ka bands

Microwave Component Characterization

Improve measurement accuracy in component testing:

  • Precisely control input power for amplifier gain and linearity measurements
  • Maintain exact power levels for mixer conversion loss testing
  • Ensure accurate stimulus levels for filter response characterization
  • Compensate for temperature-dependent cable losses during environmental testing

Production Testing of High-Frequency Devices

Enhance manufacturing test efficiency and accuracy:

  • Ensure consistent power levels reach each device under test
  • Automatically compensate for test fixture and cable variations between test stations
  • Create frequency-dependent compensation tables for complex test setups
  • Maintain calibrated power levels throughout extended production runs

Research and Development

Support precise laboratory measurements:

  • Provide accurate power control for sensitive experiments
  • Document actual power levels at the device under test
  • Eliminate uncertainty from cable and connector losses
  • Maintain experiment repeatability through precise power calibration

Integration with USG5000M Series

The USG5000M-PK power meter kit works with all models in the USG5000M series:

  • USG5014M (9 kHz to 14 GHz)
  • USG5014M-P (9 kHz to 14 GHz with mechanical attenuator)
  • USG5022M-P (9 kHz to 22 GHz with mechanical attenuator)

The power meter functions are seamlessly integrated into the generator's user interface, with dedicated menus for measurement, calibration, and power control functions.

Key Advantages at Microwave

]]> USG5000M Option https://uni-trendus.com/products/10031969403164 Default Title 2299.00 191502400018 0 https://uni-trendus.com/products/10031969337628 2025-03-18T15:46:24-04:00 2025-03-18T15:46:24-04:00 USG5000M-PG Waveform Generator Accessory Uni-T

Vendor: Uni-T
Type: Waveform Generator Accessory
Price: 299.00

UNI-T USG5000M-PG Narrow Pulse Generator Option

Overview

The USG5000M-PG narrow pulse generator option enhances the USG5000M series microwave signal generators with ultra-narrow pulse generation capabilities. This specialized option enables the creation of extremely short RF pulses with precise timing control, essential for advanced radar systems, automotive millimeter-wave radar development, and high-speed digital communications testing at microwave frequencies.

Key Features

  • Ultra-Narrow Pulse Generation: Create pulses as narrow as 20 ns with 10 ns resolution
  • High-Precision Timing Control: Set pulse parameters with 10 ns timing resolution
  • Extended Frequency Coverage: Generate narrow pulses across the full frequency range up to 22 GHz
  • Flexible Pulse Period: Configure pulse periods from 40 ns to 42 seconds
  • Advanced Triggering Options: Free-running or triggered operation for versatile test setups
  • Seamless Integration: Fully integrated with the standard user interface for intuitive operation

Technical Specifications

Parameter Specification
Minimum Pulse Width 20 ns
Resolution 10 ns
Pulse Period 40 ns to 42 s
Adjustable Delay (Free-running) 0 to (Period – Pulse width -20 ns)
Adjustable Delay (Triggered) 20 ns to (Maximum pulse period -20 ns)
On-Off Ratio In conjunction with USG5000M-PM:
≥ 80 dB (≤ 6.5 GHz)
≥ 70 dB (≤ 22 GHz)
Rise/Fall Time < 20 ns (typical)

Application Examples

Automotive Millimeter-Wave Radar Testing

Support advanced automotive radar development with precise pulse control:

  • Generate narrow pulses for 77 GHz and 79 GHz automotive radar testing
  • Simulate target returns with precise timing characteristics
  • Test radar receiver sensitivity with controlled narrow pulses
  • Validate collision avoidance radar systems with precise pulse sequences
  • Characterize automotive radar components across temperature ranges

High-Frequency Communications Testing

Evaluate cutting-edge communications systems:

  • Test pulse recovery in high-speed microwave receivers
  • Characterize timing margins in broadband communications systems
  • Evaluate jitter performance with precisely controlled pulse timing
  • Test recovery time of communication system components
  • Simulate burst transmissions in time-division systems

Advanced Aerospace and Defense Applications

Support sophisticated aerospace and defense testing:

  • Generate precise timing signals for phased array radar systems
  • Test radar warning receivers with narrowly defined pulses
  • Simulate electronic countermeasures with complex pulse patterns
  • Characterize guidance system components with precise timing control
  • Create realistic radar environments for system validation

Research and Advanced Development

Enable cutting-edge research applications:

  • Support terahertz technology development with precisely defined pulses
  • Create timing references for synchronizing multiple test instruments
  • Generate stimulus signals for high-speed digital circuit testing
  • Support quantum communications research with precise timing control
  • Enable sophisticated time-domain measurements in microwave circuits

Integration Requirements

The USG5000M-PG option requires the USG5000M-PM pulse modulation option to be installed first. Together, these options provide comprehensive pulse generation capabilities from standard to ultra-narrow pulse widths across the full frequency range of the USG5000M series.

The USG5000M-PG option can be installed on any model in the USG5000M series:

  • USG5014M (9 kHz to 14 GHz)
  • USG5014M-P (9 kHz to 14 GHz with mechanical attenuator)
  • USG5022M-P (9 kHz to 22 GHz with mechanical attenuator)

Key Advantages for Test and Measurement

  • Enhanced Radar Testing: Simulate modern radar systems with shorter pulses and higher PRFs
  • Improved Resolution: 10 ns resolution provides finer control than standard pulse generators
  • Extended Frequency Coverage: Generate narrow pulses across microwave and millimeter-wave frequencies
  • Automotive Radar Development: Support development of collision avoidance and adaptive cruise control systems
  • Research Applications: Enable advanced time-domain measurements at microwave frequencies

Ordering Information

Item Order Number
Narrow Pulse Generator Option for USG5000M Series USG5000M-PG
Required Pulse Modulation Option USG5000M-PM

Both options must be specified to achieve full narrow pulse generation capabilities.

Installation

The USG5000M-PG option can be installed at the time of purchase or added later as an upgrade. For existing units, the option is enabled through a license file installation procedure that can be performed by the user after installing the USG5000M-PM option.

]]> USG5000M Option https://uni-trendus.com/products/10031969337628 Default Title 299.00 191502400019 0 https://uni-trendus.com/products/10031969468700 2025-03-18T15:46:20-04:00 2025-03-18T15:46:20-04:00 USG5000M-GPIB Waveform Generator Accessory Uni-T

Vendor: Uni-T
Type: Waveform Generator Accessory
Price: 559.00

UNI-T USG5000M-GPIB RF Signal Generator

Overview

The UNI-T USG5000M-GPIB option adds comprehensive GPIB connectivity to the USG5000M Series RF Signal Generator, enabling seamless integration with automated test systems. This IEEE-488.2 compliant interface provides full remote control capabilities with SCPI command compatibility, making it ideal for production testing environments.

Key Features

  • IEEE-488.2 Compliant Interface for complete automated test integration
  • Full SCPI Command Set Support for easy programming
  • Fast Command Response Time of less than 2ms for efficient test execution
  • Comprehensive Status Reporting for reliable operation in production environments
  • Compatible with Industry-Standard Test Software including LabVIEW and MATLAB
  • Operates Alongside USB and LAN Interfaces for flexible connectivity options

UNI-T USG5000M-GPIB Details

The GPIB interface option enables remote control of all instrument functions, including frequency and amplitude settings, modulation parameters, and sweep configurations. The quick response time of less than 2ms ensures efficient test execution even in complex test sequences. Built-in status reporting and error handling capabilities provide robust operation in production environments where reliability is paramount.

The USG5000M-GPIB interface works alongside the standard USB and LAN interfaces, offering maximum flexibility for integration into various test systems. It supports standard SCPI command sets, simplifying integration with existing test systems and reducing development time for new automated test applications.

Applications

Production Testing

Manufacturing environments benefit from the USG5000M-GPIB's seamless integration into automated test systems. The instrument's reliability, repeatability, and high-speed command processing contribute to efficient production testing with minimal test time per unit.

Research & Development

R&D engineers can automate complex measurement sequences for consistent, repeatable results when characterizing new devices or systems. The GPIB interface enables programmatic control of all signal parameters for comprehensive test coverage.

Education and Training

Technical universities can use the GPIB interface to teach automated test principles and RF measurement techniques, preparing students for industry-standard practices.

Installation

The USG5000M-GPIB option can be ordered with a new USG5000M Series RF Signal Generator or added to an existing instrument. For existing instruments, installation must be performed by an authorized UNI-T service center.

Technical Specifications

Parameter Specification
Interface Standard IEEE-488.2
Connector 24-pin GPIB connector
Command Language SCPI
Command Response Time < 2ms
Address Range 0-30

Compatible Instruments

  • USG5014M Series RF Signal Generator
  • USG5022M Series RF Signal Generator

Package Contents

  • GPIB Interface Module
  • Installation Certificate
  • GPIB Programming Guide

Ordering Information

Order Number: USG5000M-GPIB

Note: The GPIB option can be ordered with a new instrument or as an upgrade to an existing instrument. For upgrades, please provide your instrument's serial number when ordering.

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