KS83ST0A Automation Software for Automotive Radar – ETSI

Features & Functions

• Immediate access to test cases to libraries of test routines for specific automotive radar test cases including major standards.
• Intuitive user interface for test configuration and sequencing
• Links to all necessary high-frequency instrumentation including calibration information
• Test results report documents test configuration, measurements made, pass/fail status, margin analysis and waveforms

Functional and Conformance Test

• Test operating frequency range, mean and peak power
• Test cases for unwanted and spurious emissions available (order hardware through E8740A-090 and E8740A-060)

Ordering information:
This software is installed onto your PC or signal analyzer

• Order KS83200A for basic functionality
• KS83RX0A for receiver testing – signal generation and interference test cases
• KS83ST0A will offer signal analysis and signal generation test cases for ETSI standards
• All software options are available with node-locked or transferable license type with 6,12, 24 or 36 months of support
   

The Keysight KS83ST0A automation platform for automotive radar – transmission and emission tests works with the KS83200A basic package to offer standards-compliant routines for testing and validation of radar transceivers. Its automated routines simplify programming, customization and testing.

This software will work with the E8740A automotive radar analysis solutions; E8740A-010, 040, 050, 060,070, 080 and 090 and will follow ETS standards EN 301 091,EN 302 264 and EN 302 858.

Required software options include 89601B-200 and 89601-BHP, N7608APPC, KS8400A, and KS83200A.

Our new software application provides the immediate access your team needs to accelerate your radar module testing workflow. The Keysight KS83200A Automation platform for automotive radar is a suite of standards-compliant routines for testing and validation of radar transmitters and receivers. Its automated routines simplify programming, customization and testing, and timely updates keep it current with the latest standards.

The platform also includes calibration routines that account for the instruments and fixtures in each specific test setup. Minimizing loss and increasing accuracy is especially important when working with mmWave instruments and signals: even the slightest variation can cause erroneous go/no-go results.