365147 A pulsating voltage is a mixture of an \(a\).\(c\) component and a \(d\).\(c\) component. The circuit used to separate \(a\).\(c\) and \(d\).\(c\) component is called

365148 In a full wave junction diode rectifier the input \(a c\) has \(r m s\) value of \(20\;V\). The transformer used is a step up transformer having primary and secondary turn ratio \(1: 2\). The \(d c\) voltage in the rectified output is:

365149 The output of the given circuit in figure

365150 In a half wave rectifier output is taken across a \(90\,ohm\) load resistor. If the resistance of diode in forward biased condition is \(10\,ohm\), the efficiency of rectification of \(a c\) power into \(d c\) power is

365147 A pulsating voltage is a mixture of an \(a\).\(c\) component and a \(d\).\(c\) component. The circuit used to separate \(a\).\(c\) and \(d\).\(c\) component is called

365148 In a full wave junction diode rectifier the input \(a c\) has \(r m s\) value of \(20\;V\). The transformer used is a step up transformer having primary and secondary turn ratio \(1: 2\). The \(d c\) voltage in the rectified output is:

365149 The output of the given circuit in figure

365150 In a half wave rectifier output is taken across a \(90\,ohm\) load resistor. If the resistance of diode in forward biased condition is \(10\,ohm\), the efficiency of rectification of \(a c\) power into \(d c\) power is

365147 A pulsating voltage is a mixture of an \(a\).\(c\) component and a \(d\).\(c\) component. The circuit used to separate \(a\).\(c\) and \(d\).\(c\) component is called

365148 In a full wave junction diode rectifier the input \(a c\) has \(r m s\) value of \(20\;V\). The transformer used is a step up transformer having primary and secondary turn ratio \(1: 2\). The \(d c\) voltage in the rectified output is:

365149 The output of the given circuit in figure

365150 In a half wave rectifier output is taken across a \(90\,ohm\) load resistor. If the resistance of diode in forward biased condition is \(10\,ohm\), the efficiency of rectification of \(a c\) power into \(d c\) power is

365147 A pulsating voltage is a mixture of an \(a\).\(c\) component and a \(d\).\(c\) component. The circuit used to separate \(a\).\(c\) and \(d\).\(c\) component is called

365148 In a full wave junction diode rectifier the input \(a c\) has \(r m s\) value of \(20\;V\). The transformer used is a step up transformer having primary and secondary turn ratio \(1: 2\). The \(d c\) voltage in the rectified output is:

365149 The output of the given circuit in figure

365150 In a half wave rectifier output is taken across a \(90\,ohm\) load resistor. If the resistance of diode in forward biased condition is \(10\,ohm\), the efficiency of rectification of \(a c\) power into \(d c\) power is