Abstract: A converter circuit converts an input signal applied across a first and a second input node into a converted output signal across a first and a second output node. The converter circuit includes a switching network coupled to the first input node via an inductor having a current flowing therethrough. In a hysteresis current control mode of the switching network, the current flowing through the inductor has a triangular waveform with rising and falling edges between a first current threshold and a second current threshold alternating with a switching frequency. The switching frequency is controlled by varying the distance between the first current threshold and the second current threshold.

Abstract: Uncompensated upper and lower reference-currents are generated for first and second branches of a high-frequency half-bridge within an interleaved-totem-pole PFC.

Abstract: Uncompensated upper and lower reference-currents are generated for first and second branches of a high-frequency half-bridge within an interleaved-totem-pole PFC.

Abstract: A variable duty cycle switching signal at a switching frequency is applied to a switching current regulation circuit arrangement energizing a current storage circuit assembly. Switching of the variable duty cycle switching signal is controlled by an upper and a lower threshold current level. The upper and lower threshold current levels vary with time following an average current value time variation. Additionally, frequency jitter is introduced in the variable duty cycle switching signal by: defining at least a frequency modulation window around a limit frequency identifying a limit value for an acceptable EMI; and applying an amplitude modulation of the upper and/or lower threshold current levels varying with time, wherein the amplitude modulation is applied in a time interval between times when the switching frequency enters and exit the frequency window.

Abstract: A converter circuit converts an input signal applied across a first and a second input node into a converted output signal across a first and a second output node. The converter circuit includes a switching network coupled to the first input node via an inductor having a current flowing therethrough. In a hysteresis current control mode of the switching network, the current flowing through the inductor has a triangular waveform with rising and falling edges between a first current threshold and a second current threshold alternating with a switching frequency. The switching frequency is controlled by varying the distance between the first current threshold and the second current threshold.

Abstract: A variable duty cycle switching signal at a switching frequency is applied to a switching current regulation circuit arrangement energizing a current storage circuit assembly. Switching of the variable duty cycle switching signal is controlled by an upper and a lower threshold current level. The upper and lower threshold current levels vary with time following an average current value time variation. Additionally, frequency jitter is introduced in the variable duty cycle switching signal by: defining at least a frequency modulation window around a limit frequency identifying a limit value for an acceptable EMI; and applying an amplitude modulation of the upper and/or lower threshold current levels varying with time, wherein the amplitude modulation is applied in a time interval between times when the switching frequency enters and exit the frequency window.