英語 での Ripple and noise の使用例とその 日本語 への翻訳
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Low Ripple and Noise.
Built-in EMI filter, low ripple and noise.
Low Ripple and Noise.
CE/ ROHS/ FCC approval* Low output ripple and noise.
About ripple and noise.
One or more discrete components used to attenuate output ripple and noise.
What is ripple and noise?
Ripple And Noise: 150mVp-p;
Low output ripple and noise.
Ripple and noise are measured at 20 MHz BW.
Output low ripple and noise.
Ripple and Noise Less than 120Mv at full road with 20MHz bandwidth.
Output low ripple and noise.
What is ripple and noise? Ac power adapter& Switching power supply manufacturers.
The following diagram illustrates the relation between ripple and noise accompanying transitions in the input current.
Ripple and noise are elements which indicate the performance of AC adaptersand are written in our specifications as follows.
It describes basic information on ripple and noise and their relationship with AC adapters.
Ripple and Noise: Advantage to Charge Pump Because charge pumpsand boost converters are switching regulators, they generate voltage and current ripple on their inputs and outputs, and radiate EMI from the inductor and switching nodes.
Under nominal voltage and nominal load, the ripple and noise are as follows when measure with Max. Bandwidth.
Sometimes this ripple and noise may couple into other sensitive circuits within the product, such as the RF transceiver in a cellular phone, and cause performance issues.
However, the impedance characteristic of the capacitor, and the resulting ripple and noise frequencies, must be checked.
Voltage Ripple and Noise(Max.).
If using a switching power supply or DC-DC converter,then take measures to reduce ripple and noise effects on the measurements.
Low output ripple and noise, high reliability.
The sum of all ripple and noise components measured over a specified band width and stated, unless otherwise specified, in peak-to-peak values.
PARD is the periodic and random deviation referring to the sum of all the ripple and noise components on the dc output of a power supply regardless of nature or source.
The difference between ripple and noise are explained in the standards stipulated in the figure shown below courtesy of the Japan Electronics and Information Technology Industries Association(JEITA).
Features IEEE 802.3af compliant 36V to 60V input voltage range 12V/1A output No minimum load requirement SmallSIL package size Low output ripple and noise High-efficiency powered device No external capacitor required Adjustable output voltage Low cost 1500V isolation(input to output) On-board ORing diode used with an external 12V adapter Pin Description Figure 2. Pin assignment. Table 1.
This page is about ripple and noise of AC adapters or switching power supplies.