Examples of using Logic inputs in English and their translations into Japanese
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Colloquial
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Ecclesiastic
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Computer
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Programming
Digital logic inputs.
All logic inputs are TTL and CMOS compatible.
Always sequence V+ on first, then V-, followed by the logic inputs, NO.
All logic inputs and outputs are TTL/CMOS compatible.
The devices feature low-threshold-voltage logic inputs, permitting them to be used with low I/O voltage systems.
All logic inputs and outputs are TTL/CMOS compatible.
The important factor is that onlyunits in the PNOZelog product group handle these logic inputs with their output signal from outputs 14 or 24.
All devices use two logic inputs per channel to control the positive and negative pulses.
Features offered by these early parts included simple open-drain orpush-pull outputs with limited drive current, and logic inputs with non-latching transition detection.
The logic inputs are protected against voltage spikes up to +14V, regardless of VDD voltage.
In quad five-level pulser mode,each channel is controlled by three logic inputs and the active return to zero has the same current driving of the pulser 2A typ.
Logic inputs and switched analog signals can range anywhere between the supply voltages without damage.
There are many dimming techniques, including analog DAC, logic inputs, on/off PWM, filtered-PWM, 1-wire serial pulse interface, and SPITM or I2C* serial interface.
Logic inputs and switched analog signals can range anywhere between the supply voltages without damage.
In octal three-level pulser mode,each channel is controlled by two logic inputs(DINN_/DINP_) and the active return to zero features half the current driving of the pulser 1A typ.
On the logic inputs, the self test on FET output 14/24 is used to identify a PNOZelog as a linked unit.
These devices offer enormous design flexibility as they allow fixed andadjustable thresholds to be selected through logic inputs and provide sequence timing through small external capacitors.
Pin-control logic inputs allow for operation with switching sensors that do not use a microcontroller.
Logic inputs, PEN1 and PEN2, select the correct current limits for dual-input or single-input operation.
These quad/dual pulsers feature independent logic inputs, independent high-voltage pulser outputs with active clamps and independent high-voltage supply inputs. .
Logic inputs are TTL and CMOS compatible and guaranteed over a +0.8V to +2.4V range-regardless of supply voltage.
These quad/dual pulsers feature independent logic inputs, independent high-voltage pulser outputs with active clamps and independent high-voltage supply inputs. .
Logic inputs are TTL and CMOS compatible and guaranteed over a +0.8V to +2.4V range for supply voltages up to +8V.
In parallel mode, eight logic inputs directly control the outputs and the serial interface can be used for configuration/monitoring.
Two logic inputs(active-low EN1 and active-low EN2) select suspend mode, 100mA, 500mA, or 750mA fast-charge mode.
The logic inputs(IN) are protected for positive faults up to(V-)+12V, but negative faults can exceed the negative supply by only a diode drop.
Two logic inputs control the H-bridge driver, which consists of four N-channel MOSFETs that drive motors bi-directionally with up to 10-A peak current.
Two logic inputs control the H-bridge driver, which consists of four N-channel MOSFETs that can control motors bidirectionally with up to 3.6-A peak current.
Two logic inputs(active-low EN1 and active-low EN2) select suspend mode, 100mA, 500mA, or≤ 1A input current limits to suit USB requirements.
The MAX5959/MAX5960s' logic inputs/outputs allow interfacing directly with the system hot-plug management controller or through an SMBusTM with an external I/O expander such as the MAX7313.