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SPWM103F SPWM Core Structure New members of the PWM-Core family, SPWM103F-2S0P and SPWM103F-1S2P, have been introduced. The SPWM103F family is designed as a sinusoidal PWM core that digitally models a sine wave. The SPWM103F-2S0P version provides two SPWM outputs, while the SPWM103F-1S2P version provides one SPWM output and two standard PWM outputs. Programmable Sinusoidal PWM Parameters In the SPWM signal structure, the sine model parameters can be configured according t

PS105F6A Software Update Overview The PS105F6A software has been updated with important changes. With this update, the module gains more precise duty cycle control and new operating modes for adjustable PWM signal generation. These improvements make the module more flexible in test setups, driver experiments and R&D applications where signal parameters need to be changed during operation. New Operating Modes The updated software includes three operating modes. In INS mode

SPWM Model Example We wanted to share an SPWM model example used in the SPWM103F-1S2P and SPWM103F-2S0P modules. This model shows how sinusoidal waveform behavior can be represented by using PWM signal generation. In this structure, the PWM output is shaped according to a sinusoidal reference, allowing the signal pattern to follow the intended sinusoidal form over time. Sinusoidal PWM Approach SPWM, or sinusoidal pulse width modulation, is used when a sinusoidal signal ne

Programmable Dead-Time Module Beta Development A new member of the gate driver category is expected to enter the beta stage soon. This module is being developed with programmable dead-time capability and isolated dual switching support. The aim is to provide a practical hardware structure for applications where two switching signals must be controlled with a defined delay between transitions. Why Dead Time Matters Dead time is an important parameter in many switching circ

SPWM Signal Generator Beta Development New members of the PWM-Core family are expected to enter the beta stage soon. These modules are being developed for SPWM signal generation, with the aim of producing high-resolution sinusoidal PWM signals up to 10 kHz. This makes the development relevant for applications where sinusoidal signal modeling, PWM-based waveform generation or inverter-oriented signal control is required. High-Resolution Sinusoidal PWM SPWM, or sinusoidal p