doi:10.1063/1.5054443Dewanta Arya NugrahaArifian DimasNita Depit SetyaniA. SuparmiRetno WinarniAIP Publishing LLC AIP PublishingAmerican Institute of Physics Conference Series
enabling the circuit to supply power to various devices. To calculate voltage, you can use Ohm's law, which states that voltage (V) is equal to the product of current (I) and resistance (R): V = IR.
When resistors are in series, the voltage drops across each resistor, and the total resistance is equal to the sum of all the resistors. We know in the above circuit, the current anywhere is constant. We know the voltage drops across each resistor, and we know that the total of all the...
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Results show that these students tend to perceive such questions in resistance-current terms, with a primary focus on resistor addition, rather than in voltage terms, with two loads being driven from the same source. Common errors in predicting voltages across parallel branches suggest that few ...
Application Note 1 August 1984 Understanding and Applying the LT1005 Multifunction Regulator Jim Williams The number of voltage regulators currently available makes the introduction of another regulator seem almost unnecessary. However, a new device, the LT®1005, offers auxiliary functions which help ...
External electronic devices are used to measure the resistance of the sensor by passing a small electrical current through the sensor to generate a voltage. Typically 1 mA or less measuring current, 5 mA maximum without the risk of self-heating. Standard Tolerances RTDs are built to several ...
The current-sense gain is usually expressed as the product of the current-sense amplifier gain and the sense resistor: Ri = Gi ⋅RS 3 UNDERSTANDING AND APPLYING CURRENT-MODE CONTROL THEORY by Robert Sheehan The current-sense gain is an equivalent resistance, the units of which are volts/amp...
When driving MOSFETs and IGBTs high, the external gate resistor RON and the transistor's internal gate resistance RGFET_Int , reduce the peak output current as shown in Equation 1. IOH § min¨¨© 4.3 A, RNMOS || VCC2 ROH RON · RGFET _ Int ¹¸¸ (1) Likewise, the peak...
There are conduction losses associated with the compo- nents that are important in determining the minimum and maximum achievable output voltage. Most important of these are the on resistance of the high- and low-side switch elements, and the series resistance of the output inductor. Taking ...