load resistance

It does not say how to choose the source resistance for a given load resistance.

Site analysis determining soil load resistance is often required before earth anchor installation.

The current consumption of the stage will be fixed by the load resistance to which the collector is connected.

At this point, the load resistance and internal resistance are equal.

The considerations should cover the lifting system model and load resistance model.

Nonetheless, it is often the case that such a circuit will provide adequate performance when the specified current and load resistance are small.

The load resistance can often be varied rapidly in order to test the power supply's transient response.

As a result, the output current is almost constant even if the load resistance and/or voltage vary.

Sometimes referred to as specific load resistance method.

Draw a graph of a real voltage source as a function of load resistance.

Shunt Clippers, where the diode is shunted across the load resistance.

The theorem states how to choose (so as to maximize power transfer) the load resistance, once the source resistance is given.

This creates an electric current between the lead anode and the gold-plated cathode through a load resistance.

Load resistance for compliance testing: -10 kOhms.

With a typical load resistance of a few kΟ, the magnitude of the signal voltage gain is around 100.

For any given load resistance a source resistance of zero is the way to transfer maximum power to the load.

An ideal voltage source can maintain the fixed voltage independent of the load resistance or the output current.

Calculate the output current, I, when the output terminals are short circuited (load resistance is 0).

Add an ammeter and voltmeter to the circuit to measure the current through and pd across the 10W load resistance.

Cells have a more linear performance: when the load resistance is low the cell is small at low illumination intensities.

In fact, the source resistance that maximizes power transfer is always zero, regardless of the value of the load resistance.

From this result, the input resistance of the amplifier is much larger than the output load resistance for large current gain .

Similar problems associated with structural design have been recognized by code writers and dealt with using partial safety factors or load resistance factors.

Common load resistances that attenuators are designed to operate into are 600Ο, 75Ο and 50Ο.

The strap is used for heavier duty applications and where greater edge strength and shock load resistance is required..