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Concepts of Signal Integrity - Differential Pairs

Concepts of Signal Integrity - Differential Pairs

Differential pairs are a means of transmitting electronic data using complementary signals. It carries two types of signals: a differential signal excited when the net pair is driven in the odd mode, and a common signal when the net pair is driven in the even mode.


Efficient Power Supply Burn-in Using Regenerative Electronic Loads

Efficient Power Supply Burn-in Using Regenerative Electronic Loads

Switched-mode power supplies utilized in data centers, industrial equipment, medical devices and other critical applications are subjected to burn-in operation at full load over an extended period to detect and eliminate early failures and ensure reliable operation over the supply’s rated lifetime.


System Level Verification and Debug of DDR3/4 Memory Designs

System Level Verification and Debug of DDR3/4 Memory Designs

Understanding Vector Signal Generators

Understanding Vector Signal Generators

Teleoperation: Remote Operation of Connected & Autonomous Vehicles

Teleoperation: Remote Operation of Connected & Autonomous Vehicles

Fast validation of EMC test sites above 1 GHz with time-domain SVSWR Method

Fast validation of EMC test sites above 1 GHz with time-domain SVSWR Method

Best Practices for Achieving Accurate Power Integrity Measurements

Best Practices for Achieving Accurate Power Integrity Measurements

Identifying Defective Single Elements in Antenna Arrays

Identifying Defective Single Elements in Antenna Arrays

Power Integrity Measurements With R&S®RTP Oscilloscopes

Power Integrity Measurements With R&S®RTP Oscilloscopes

Testing WLAN Modules With 2×2 MIMO

Testing WLAN Modules With 2×2 MIMO

Selecting the Right Programmable DC Power Supply

Selecting the Right Programmable DC Power Supply

Easily Find Elusive Signal Faults with a Fault Hunter

Easily Find Elusive Signal Faults with a Fault Hunter

Telematics Control Unit: Design and Testing Considerations

Telematics Control Unit: Design and Testing Considerations

Detailed Technical Comparison of Automotive Serial Buses

Detailed Technical Comparison of Automotive Serial Buses

Analyzing Automotive Radar Signals with an Oscilloscope: Automotive Radars on the Test Bench

Analyzing Automotive Radar Signals with an Oscilloscope: Automotive Radars on the Test Bench

Characterizing the PSRR of Data Acquisition μModule Devices with Internal Bypass Capacitors

Characterizing the PSRR of Data Acquisition μModule Devices with Internal Bypass Capacitors

Peak Current of Isolated Gate Drivers

Peak Current of Isolated Gate Drivers

From Cable Replacement to the IoT: Bluetooth 5.1

From Cable Replacement to the IoT: Bluetooth 5.1

Increasing Test Coverage In Hard Switching Half-Bridge Configurations

Increasing Test Coverage In Hard Switching Half-Bridge Configurations

Determining Current-Voltage Characteristics with the Oscilloscope

Determining Current-Voltage Characteristics with the Oscilloscope