英語 での Switching frequency の使用例とその 日本語 への翻訳
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Programming
Switching frequency: 1MHz.
Maximum allowable switching frequency times/min.
Switching frequency 20kHz.
The device switches at a 200kHz switching frequency.
Switching frequency: 500kHz.
人々も翻訳します
The MAX17690 switches at a 100kHz switching frequency.
Switching Frequency 5 Cycles/ Sec.
Mechanical Lifespan: More than 50 million times(Switching frequency 300 times/minute).
High switching frequency and DCM allow compact magnetics.
The aperiodic random component on the powersource output which is unrelated to source and switching frequency.
High switching frequency significantly reduces the magnetic size.
Electrical Lifespan: 100,000 times or more(Resistive load, Switching frequency 20 times/minute, In rating control capacity).
Variable switching frequency to simplify EMI filter design.
Further space savings are achieved through peak-current-mode control, which reduces component count,and by selecting a high switching frequency, reducing the inductor footprint.
Programmable switching frequency reduces transformer size.
Switching Frequency: 4.0MHz, supporting very small 0.47uH inductor3.
Operating at 300 kHz, the EPC9115 switching frequency is 50%- 100% higher than similar commercial units.
Switching frequency is 1MHz and the switching transient is 38ns.
The 132 kHz switching frequency permits the use of small, low-cost magnetics.
High switching frequency allows it to operate above the AM band, requiring very little EMI filtering.
Thanks to their high switching frequency and short-circuit rating, they enable high efficiency and robust automotive designs.
Switching frequency: For high frequency open and close, the site performance is more than 2000 times each day.
A minimum switching frequency of 170 Hz facilitates the achievement of less than 10-mW no-load power.
The high switching frequency allows the use of ultrasmall, multilayer inductors and ceramic capacitors.
The LT8645S's switching frequency can be programmed from 200 kHz to 2.2 MHz and synchronized throughout this range.
A higher switching frequency results in a much smaller inductors and much smaller output filtering capacitors.
High maximum switching frequency allows very low?ux density transformer designs, practically eliminating audible noise.
The higher switching frequency devices allow the use of smaller capacitors for space-limited applications.
The MAX20003 switching frequency can be programmed using a resistor to ground on the FOSC pin from 220kHz to 2.2MHz.
This circuit's high switching frequency and adjustable inductor-current limit enable the use of small surface-mount inductors and output-filter capacitors.