Examples of using Minimum input in English and their translations into Japanese
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Computer
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Programming
Minimum input pulse width.
Ideal pattern-OBE minimum input.
C-axis minimum input increment deg 0.001.
A light-touch sales CRM built for minimum input and maximum output.
With a minimum input voltage of 2.7V, the SIMO power tree maximizes access to the available battery capacity.
These voltage drops determine the series losses and minimum input voltage that can sustain 1x mode.
The 1.7V minimum input voltage allows these LDOs to be powered from one of the step-down DC-DC converter outputs rather than from the battery directly.
For this case, the negative excursion is just below 100mV,violating the LVDS minimum input levels.
It is critical to find out what is the minimum input available power to the MAX2242 to determine the gain requirement.
This circuit can be more useful than a normal Shottky diode under a high load current andlow minimum input voltage.
We set the minimum oscillation frequency at minimum input voltage(VIN=300 V) to fsw=92 kHz.
Single-phase electricity is required, the range of the voltage is AC176- 264V, the range of the frequency is 50- 60Hz, the minimum input current is 10A.
The MAX77650/1 internal control logic dictates the minimum input voltage required by the system, which is 2.7V.
Under minimum input signal level conditions, the RF channel quality is purely limited by the receiver's noise contribution, which is determined by its noise figure NF.
The 3.3V LDO with amaximum dropout voltage of 100mV dictates the minimum input voltage required by the system, which is 3.4V.
For example, with the minimum input voltage, maximum load current, and temperature lower limit as the conditions of one set, observe the output voltage waveform when the input power supply is turned on.
Because the forward voltage of the LEDs and the voltage across the ballastresistors will be less at 15mA, the minimum input voltage is also lower.
With the lower limit set to the minimum input voltage of 11.0V, the output voltage can be freely set to up to 15.0V.
This common dilemma can be solved by using a single-inductor, multiple-output(SIMO)topology to lower as much as possible the FoM and the minimum input voltage required.
VCE(Sat) ratings are important because the difference between the minimum input voltage(9V) and the maximum LED string voltage(3× 2.65V 7.95V) is only 1.05V.
In cases of short bursts of high power demanded by downstream circuitry, the common single-power tree can experience UVLO because there is not enoughvoltage margin between the loaded voltage of a LiFePO4 and the minimum input voltage required by the power tree for operation.
The common single-inductor power tree in Figure 1, with a minimum input voltage of 3.3V plus the dropout voltage of the LDO linear regulator, does not use all the available battery capacity of a LiFePO4 battery with a nominal open-circuit voltage slightly below 3.5V.
For these reasons, the battery requires a form of regulated distribution with the following features: Provides power conversion for several voltage rails as efficiently as possible Steps down a fully charged battery and step up a discharged battery to maintain a constant voltage across the load Prevents exceeding the minimum cut-off voltage Preventsexceeding the maximum discharge current The highest minimum input voltage required in a power management system is the lowest battery voltage the system can operate on.
Calculating the primary winding inductance Lp andprimary-side peak current Ippk The minimum oscillation frequency fsw at minimum input voltage(VIN=300 V) and maximum load is determined, and the primary winding inductance Lp and primary-side peak current Ippk are calculated.
In this mode of operation, the TPS6128xA enables the utilization of the full battery capacity:A high battery-cut-off voltage originated by powered components with a high minimum input voltage is overcome; new battery chemistries can be fully discharged; high current pulses forcing the system into shutdown are buffered by the device seamlessly transitioning between boost and by-pass mode back and forth.
This efficient switch-mode power supply boosts input voltages from as low as 100 mV up to 3 V. During a cold start, with the battery completely discharged,a 380-mV minimum input voltage is required, but in normal operation, where either the battery is not completely drawn down or some energy is left in the super capacitor, any input signal down to 100 mV can be converted to a higher potential and stored for later use.
The MAX3841 has 150mVP-P minimum differential input sensitivity and 500mVP-P nominal differential output swing.