DESCRIPTION:

The Yokogawa 700924 is a high-voltage differential probe designed for precision floating voltage measurement and waveform analysis using Yokogawa oscilloscopes and ScopeCorder platforms. The probe supports bandwidth performance up to 100 MHz for accurate acquisition of high-speed switching waveforms and transient electrical signals within industrial and laboratory environments.

The probe is suitable for inverter output analysis, switching power supply testing, PWM waveform measurement, motor drive diagnostics, gate-drive signal analysis, and high-speed power conversion applications requiring safe differential waveform acquisition capability. The isolated differential architecture enables accurate observation of non-ground-referenced and high-side switching circuits.

Designed for high-noise electrical environments, the 700924 incorporates high common-mode rejection performance together with precision attenuation characteristics and low circuit loading suitable for transient waveform analysis and dynamic switching signal measurement.

The compact insulated probe design incorporates robust industrial construction together with integrated compensation circuitry suitable for laboratory development, production engineering, and industrial troubleshooting applications requiring dependable high-speed differential waveform acquisition capability.

Key Features

• High-voltage differential oscilloscope probe
• Bandwidth up to 100 MHz
• Differential floating signal measurement capability
• Suitable for inverter and motor drive analysis
• Designed for switching power supply testing
• Suitable for PWM waveform analysis
• High common-mode rejection performance
• Isolated differential measurement architecture
• Suitable for transient waveform analysis
• Compatible with Yokogawa ScopeCorder systems
• Low circuit loading characteristics
• Robust industrial probe construction