英語 での Switching frequency の使用例とその 日本語 への翻訳
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The electromagnetic noise generated by its fundamental switching frequency and higher harmonics can interfere with other electronics.
Both devices operate up to a 2MHz switching frequency, thus allowing the use of small-sized components.
The PWM switching frequency is 10 kHz and the control algorithm is executed once per PWM period.
The high switching frequency of the MAX8520/21 also helps reduces external component size.
Its 1MHz switching frequency enables the use of small filter components, resulting in smaller board space and reduced system costs.
In items other than parts size and efficiency, the high switching frequency offers advantages.
These devices operate up to 2MHz switching frequency, thus allowing for small component size.
Input ripple is minimized by a unique regulation scheme that maintains a fixed 750kHz switching frequency over a wide load range.
Higher switching frequency operation, combined with an extremely small package, enables system designers to save board space and still deliver superior performance.
Their switching frequency is up to 2.5MHz and they are great for battery-powered applications where long battery life is a must.
The high switching frequency, along with the PWM current-mode architecture, allows for a compact, all-ceramic capacitor design.
The switch mode charger uses a high switching frequency to eliminate heat and allow tiny external components.
After the soft start, a voltage controller is used to control the full bridge switching frequency.
The frequency of the triangular voltage is equivalent to the switching frequency at which the power semiconductors switch. .
The ICs operate over the 4.5V to 40V input voltage range with an adjustable switching frequency from 15kHz to 500kHz.
They provide an operating distance of 1.5 mm and a high switching frequency of 850 Hz.
Using eGaN FETs and ICs in these designs reduces switching losses resulting in higher efficiency and/or higher switching frequency.
This control method does not require any control-loop compensation, maintaining nearly constant switching frequency.
The switching regulator section is configurable as a boost or SEPIC converter and its switching frequency is programmable from 100kHz to 1MHz.
This control scheme varies the converter switching frequency in direct relationship to the converter load.