SPWM Signal Generator Coming Soon in Beta Version
- Lentark Electronics

- Jan 10, 2020
- 2 min read

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 pulse width modulation, is commonly used when a sinusoidal waveform needs to be represented through PWM switching signals.
In this development, the main focus is high-resolution sinusoidal modeling. By generating PWM signals according to a sinusoidal reference, the module family is intended to support applications that require controlled waveform behavior rather than only fixed-duty PWM output.
Part of the PWM-Core Family
The upcoming SPWM signal generator modules are planned as new members of the PWM-Core family.
This continues the development direction of configurable PWM modules that support timing control, signal generation and embedded system integration. The beta stage will help evaluate the signal structure, usability and practical behavior of the modules before wider release.
Typical Application Areas
The SPWM signal generator structure can be useful in applications where sinusoidal PWM control or waveform-based switching is required.
Typical application areas include:
· SPWM signal generation
· Inverter control experiments
· Motor control studies
· Power electronics development
· Sinusoidal waveform modeling
· PWM-based driver and switching tests
· Prototype and R&D setups
Conclusion
The upcoming SPWM signal generator modules represent a new development step in the PWM-Core family. With high-resolution sinusoidal PWM generation up to 10 kHz, these modules are intended to support R&D work, waveform-based control experiments and power electronics prototype applications.


