365281 A \({p-n}\) junction diode is connected to a battery of emf \(5.7\,V\) in series with a resistant \(5\,k\Omega \) such that it is forward biased. If the barrier potential of the diode is \(0.7\,V\), neglecting the diode resistance, the current in the circuit is

365282 Assertion :
The value of current through \(p{\rm{ - }}n\) junction (ideal diode) in the given figure will be \(10\;mA\).

Reason :
In the above figure, \(p\)-side is at higher potential than \(n\)-side than \(n\)-side so, \(pn\) junction is forward biased.

365283 Potential drop across forward junction \(p-n\) diode is \(0.7\,V\). If a battery of \(4\,V\) is applied, calculate the resistance to be put in series, if the maximum current in the circuit is \(5\,mA\).

365284 In the circuit shown if drift current for the diode is \(20\,\mu A\), the potential difference across the diode is:

365285 Two ideal diodes connected as shown in the figure. The current flowing through the \({R_{2}}\) resistance will be

365281 A \({p-n}\) junction diode is connected to a battery of emf \(5.7\,V\) in series with a resistant \(5\,k\Omega \) such that it is forward biased. If the barrier potential of the diode is \(0.7\,V\), neglecting the diode resistance, the current in the circuit is

365282 Assertion :
The value of current through \(p{\rm{ - }}n\) junction (ideal diode) in the given figure will be \(10\;mA\).

Reason :
In the above figure, \(p\)-side is at higher potential than \(n\)-side than \(n\)-side so, \(pn\) junction is forward biased.

365283 Potential drop across forward junction \(p-n\) diode is \(0.7\,V\). If a battery of \(4\,V\) is applied, calculate the resistance to be put in series, if the maximum current in the circuit is \(5\,mA\).

365284 In the circuit shown if drift current for the diode is \(20\,\mu A\), the potential difference across the diode is:

365285 Two ideal diodes connected as shown in the figure. The current flowing through the \({R_{2}}\) resistance will be

365281 A \({p-n}\) junction diode is connected to a battery of emf \(5.7\,V\) in series with a resistant \(5\,k\Omega \) such that it is forward biased. If the barrier potential of the diode is \(0.7\,V\), neglecting the diode resistance, the current in the circuit is

365282 Assertion :
The value of current through \(p{\rm{ - }}n\) junction (ideal diode) in the given figure will be \(10\;mA\).

Reason :
In the above figure, \(p\)-side is at higher potential than \(n\)-side than \(n\)-side so, \(pn\) junction is forward biased.

365283 Potential drop across forward junction \(p-n\) diode is \(0.7\,V\). If a battery of \(4\,V\) is applied, calculate the resistance to be put in series, if the maximum current in the circuit is \(5\,mA\).

365284 In the circuit shown if drift current for the diode is \(20\,\mu A\), the potential difference across the diode is:

365285 Two ideal diodes connected as shown in the figure. The current flowing through the \({R_{2}}\) resistance will be

365281 A \({p-n}\) junction diode is connected to a battery of emf \(5.7\,V\) in series with a resistant \(5\,k\Omega \) such that it is forward biased. If the barrier potential of the diode is \(0.7\,V\), neglecting the diode resistance, the current in the circuit is

365282 Assertion :
The value of current through \(p{\rm{ - }}n\) junction (ideal diode) in the given figure will be \(10\;mA\).

Reason :
In the above figure, \(p\)-side is at higher potential than \(n\)-side than \(n\)-side so, \(pn\) junction is forward biased.

365283 Potential drop across forward junction \(p-n\) diode is \(0.7\,V\). If a battery of \(4\,V\) is applied, calculate the resistance to be put in series, if the maximum current in the circuit is \(5\,mA\).

365284 In the circuit shown if drift current for the diode is \(20\,\mu A\), the potential difference across the diode is:

365285 Two ideal diodes connected as shown in the figure. The current flowing through the \({R_{2}}\) resistance will be

365281 A \({p-n}\) junction diode is connected to a battery of emf \(5.7\,V\) in series with a resistant \(5\,k\Omega \) such that it is forward biased. If the barrier potential of the diode is \(0.7\,V\), neglecting the diode resistance, the current in the circuit is

365282 Assertion :
The value of current through \(p{\rm{ - }}n\) junction (ideal diode) in the given figure will be \(10\;mA\).

Reason :
In the above figure, \(p\)-side is at higher potential than \(n\)-side than \(n\)-side so, \(pn\) junction is forward biased.

365283 Potential drop across forward junction \(p-n\) diode is \(0.7\,V\). If a battery of \(4\,V\) is applied, calculate the resistance to be put in series, if the maximum current in the circuit is \(5\,mA\).

365284 In the circuit shown if drift current for the diode is \(20\,\mu A\), the potential difference across the diode is:

365285 Two ideal diodes connected as shown in the figure. The current flowing through the \({R_{2}}\) resistance will be