Examples of using Parallel circuit 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
It is a parallel circuit.
Explain the characteristics of a parallel circuit.
In a parallel circuit, there are 2 resistors.
Another way to calculate parallel circuits.
Oil way: Parallel circuit, power beyond option.
However, there are important advantages to parallel circuits.
Understand parallel circuits.
Today we're going to discuss series and parallel circuits.
Oil way: Parallel circuit, power beyond option.
Discuss basic electricity relationships in series and parallel circuits.
Parallel circuit is called an equivalent circuit. .
(R1//R4//R5)It is assumed the one to show the resistance of the parallel circuit of peel R1, R4, and R5.
Total resistance in a parallel circuit is less than any of the individual resistances.
Design structures that create single points of failure include bottlenecks andseries circuits(in contrast to parallel circuits).
The total resistance of a parallel circuit is smaller than any of the individual resistors.
For example: 8 6V, 120mA solar panels, first 2 series connected,and then together form 4 parallel circuits, the total power is: 12V/ 480mA.
A parallel circuit of LIF signalling pathways maintains pluripotency of mouse ES cells.
The parallel capacitance, C2, and the parallel inductance of the bias inductor, L1,tune out the reactance of the equivalent parallel circuit.
A high-resistance parallel circuit(resistors 57-60) is used for zero-balance in order to cancel bridge component mismatch at zero applied load.
Fail-Safe Circuits and Performance Analysis There are three basic types of fail-safe circuits: external-biasing circuit, in-path circuit, and parallel circuit.
The design of combining series circuits and parallel circuits can reduce internal power loss, increase conversion efficiency and enable better temperature coefficient.
At the resonant-matching network frequency of 315MHz, the tiny loop resistance is transformed by the series reactance of the loop andC1 to an equivalent parallel circuit with the optimum load resistance of 125Ω best load impedance for maximum MAX7044 efficiency.
BM6PH high flow hydraulic manifold, CETOP3, Size6,D03 valve parallel circuit high flow hydraulic manifold is used for large flow hydraulic system, the T port is larger than inlet port of P which will enable the pressure and flow drain quickly for reducing pressure.
To simplify and properly simulate the FM mixer's balanced to unbalanced L-C transformer and FM filter matching network, it is convenient to combine the IF load resistor with the Mixer's output model andconvert the differential parallel circuit to a differential series equivalent circuit. .
BM10PX high flow NFPA hydraulic manifold, D05, NG10,Size10 valve parallel circuit extra high flow with X& Y ported manifold is standard valve installation for mounting modular NFPA05 valve pattern.
In the parallel circuit, the voltage is constant, the total current= the number of solar panels(Q)* the current of each solar panel(I), for example: 2 6V, 120mA board in parallel, the total power is 6V/240mA solar panel series-parallel combination If you want to increase the voltage and current at the same time, you need to connect two or more solar panels in series and parallel. .
BM10PU hydraulic bar manifold, CETOP5, Size10 valve parallel circuit ultra high flow bar manifold is parallel circuit type ultra high flow hydraulic manifold, the BM10PU hydraulic bar manifold is only available for raw materials of high strength of carbon steel due to large flow rate with large threaded and port.
BM6PN hydraulic bar manifold, D03, CETOP3,Size 6 valve parallel circuit normal flow manifold is designed for NG6 valve with NFPA D03 pattern, with inner integrated circuit of parallel circuit normal flow, there are high strength of steel and alloy aluminum available as per different operation pressure.