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PP504F1A-02W40: 4-Channel PWM Generator PP504F1A-02W40 is a PWM-Core module developed for applications that require four programmable PWM signal outputs. The module operates with a 5–18 V input supply and provides four PWM channels. The frequency, phase and duty cycle parameters of each channel can be configured independently. This structure makes the module useful in applications where multiple PWM signals must be generated with controlled timing relationships. Phase-Adj

Lentark Technical Documentation Technical documentation for Lentark products is now available. These documents are prepared to provide a clearer technical overview of each product and to support users during product evaluation, development and application design. Each technical document includes key product information such as general features, application areas, general description, usage details, electrical characteristics, operating limits, product code structure and t

Product Development Update from Lentark We would like to share a short update on the current status of several products under development at Lentark. The first member of the PWM-Core family, PP504F0A-02W30, has successfully passed the beta stage and has moved into production. This module is designed as a 3-channel phase-adjustable PWM generator for applications that require programmable frequency, phase and duty cycle control. Another member of the PWM-Core family, PP504F1A

PP504F0A-02W30: 3-Channel PWM Generator PP504F0A-02W30 is a PWM-Core module developed for applications that require three programmable PWM signal outputs. The module operates with a 5–24 V input supply and provides three PWM channels. The frequency, phase and duty cycle parameters of each channel can be configured independently. This structure makes the module useful in applications where multiple PWM signals must be generated with controlled timing relationships. Phase-A

EMI and EMC PCB Layout Overview EMI, Electromagnetic Interference, and EMC, Electromagnetic Compatibility, are two important concepts in electronic hardware design. EMI and EMC PCB layout is one of the key design considerations for reducing unwanted electromagnetic emissions and improving immunity against external noise. A circuit may work correctly in a laboratory environment, but if it is sensitive to external electromagnetic noise or if it generates excessive electromagn