There is no simple, straight forward, one-fits-all formula. There is a method, however-creating a thevanin equivalent circuit with one resistive element and your voltage source, you can convert this to a current source (I = V / R).
A dependent current source is a bilateral element. This means that it behaves the same way regardless of the direction of current flow. Its output depends on a voltage or current elsewhere in the circuit, but the relationship is consistent in either direction. In contrast, unilateral elements, like independent current sources, have direction-dependent behavior.
A dependent source is a source that is dependent on, i.e. a function of, some other thing in the circuit. Often, a transistor is represented as a dependent current source, with collector-emitter current being dependent on base-emitter current times hFe, or beta-gain, limited by the collector-emitter resistor network.
The maximum current that can be drawn from a voltage source is dependent on the impedance of that source, the impedance of the connections to the source, and the energy available from that source.
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The first thing you need to know is the internal resistance of the current source, the voltage source will have the same internal resistance. Then compute the open circuit voltage of the current source, this will be the voltage of the voltage source. You are now done.
An independent source is a source that produce constant currents and voltage. Dependent sources are voltage sources that depend on a voltage somewhere else in the network.
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A dependent current source is a bilateral element. This means that it behaves the same way regardless of the direction of current flow. Its output depends on a voltage or current elsewhere in the circuit, but the relationship is consistent in either direction. In contrast, unilateral elements, like independent current sources, have direction-dependent behavior.
A dependent DC source is a circuit element whose output voltage or current depends on another voltage or current in the circuit, while an independent DC source provides a constant voltage or current regardless of other circuit elements. Independent sources can be either voltage sources or current sources, and they maintain their specified output without any influence from the circuit conditions. In contrast, dependent sources are typically used in controlled circuits and are represented by a specific relationship to another variable in the system.
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A dependent source is a source that is dependent on, i.e. a function of, some other thing in the circuit. Often, a transistor is represented as a dependent current source, with collector-emitter current being dependent on base-emitter current times hFe, or beta-gain, limited by the collector-emitter resistor network.
Independent SourcesIndependent sources produce current/voltage at a particular rate that is dependent only on time. These sources may output a constant current/voltage, or they may output current/voltage that varies with time.Dependent SourcesDependent sources are current or voltage sources whose output value is based on time or another value from the circuit. A dependent source may be based on the voltage over a resistor for example, or even the current flowing through a given wire. The following sources are possible:Current-controlled current sourceCurrent-controlled voltage sourceVoltage-controlled current sourceVoltage-controlled voltage sourceDependent sources are useful for modelling transistors or vacuum tubes.
Yes.Source transformation in dependent voltage source can be solved the same like independent voltage source
Boss its a circuit not a device, you can also create one of yours..... just use simple logic of voltage divider and current divider rules...-satendra.svnit@gmail.com
The maximum current that can be drawn from a voltage source is dependent on the impedance of that source, the impedance of the connections to the source, and the energy available from that source.
Short-circuiting an independent voltage source effectively sets its voltage to zero, deactivating it. Since current in a short circuit is maximized, this creates a situation where the voltage source cannot maintain its specified voltage. Open circuiting an independent current source prevents the flow of current, effectively deactivating it because without a complete path for current to flow, the current source cannot maintain its specified current output.
True