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PS105F6A-07W21 MOSFET IGBT Gate Driver PS105F6A-07W21 is a gate driver module developed for MOSFET and IGBT switching applications in R&D and prototype environments. The module operates with a 9–18 V supply range and provides two PWM outputs. One output is non-inverted, while the other output is inverted. This structure makes the module practical for test setups, driver experiments and switching circuit development where complementary PWM signals may be required. High Cur

PP504F1A-02W40: 4-Channel PWM Core Structure A new member of the PWM-Core family, PP504F1A-02W40, is under development. The PP504F1A-02W40 is designed as a 4-channel PWM core module with programmable signal outputs. Each PWM channel can be configured with its own frequency, phase and duty cycle parameters, making the module suitable for applications where multiple timing-controlled PWM signals are required from a compact hardware platform. The module is designed to operat

As electronic systems become more advanced, the role of embedded control also becomes more important. Many products now require not only basic control functions, but also precise timing, signal generation, communication and parameter management. In this kind of design process, microcontroller selection can become more difficult than expected. A microcontroller may be suitable for the main application logic, but it may not always provide the required number of PWM channels,

MOSFETs and IGBTs are widely used as electronic switching components in power electronics applications. They make it possible to control electrical energy in many different systems, from motor control and heating applications to test setups and industrial control circuits. However, using these components effectively requires more than simply selecting the right transistor. The switching device must be driven correctly, and the control signal must be suitable for the applica

In electronic design, performance is not defined only by electrical specifications. User-friendly electronic design is also important because a device should be easy to control, easy to monitor and practical to use during real applications. This is especially important in laboratory setups, development environments and energy control systems where parameters may need to be adjusted frequently. The MOSFET driver device developed by Lentark was designed with this approach in