![Ge and Si diodes start conducting at 0.3 V and 0.7 V respectively. In the following figure if Ge diode connection are reversed, the value of Vo changes by : (assume that Ge and Si diodes start conducting at 0.3 V and 0.7 V respectively. In the following figure if Ge diode connection are reversed, the value of Vo changes by : (assume that](https://dwes9vv9u0550.cloudfront.net/images/4803840/7cee9358-b139-422a-b869-ddc86b4e282c.jpg)
Ge and Si diodes start conducting at 0.3 V and 0.7 V respectively. In the following figure if Ge diode connection are reversed, the value of Vo changes by : (assume that
![Ge and Si diodes conduct at 0.3 V and 0.7 V respectively. In the following figure if Ge diode connection is reversed, the value of V 0 changes by Ge and Si diodes conduct at 0.3 V and 0.7 V respectively. In the following figure if Ge diode connection is reversed, the value of V 0 changes by](https://haygot.s3.amazonaws.com/questions/1118972_d6e63d376bf941beaad6e371540d2310.png)
Ge and Si diodes conduct at 0.3 V and 0.7 V respectively. In the following figure if Ge diode connection is reversed, the value of V 0 changes by
![Ge and Si diodes start conducting at \\[0.3\\,{\\text{V}}\\] and \\[0.7 \\,{\\text{V}}\\] respectively. In the following figure if Ge diode connection are reversed, the value of \\[{{\\text{V}}_{\\text{o}}}\\] changes by: (assume that the Ge diode Ge and Si diodes start conducting at \\[0.3\\,{\\text{V}}\\] and \\[0.7 \\,{\\text{V}}\\] respectively. In the following figure if Ge diode connection are reversed, the value of \\[{{\\text{V}}_{\\text{o}}}\\] changes by: (assume that the Ge diode](https://www.vedantu.com/question-sets/c548906a-049a-4d47-bae6-2d2a9d0f53de5574612316842034532.png)
Ge and Si diodes start conducting at \\[0.3\\,{\\text{V}}\\] and \\[0.7 \\,{\\text{V}}\\] respectively. In the following figure if Ge diode connection are reversed, the value of \\[{{\\text{V}}_{\\text{o}}}\\] changes by: (assume that the Ge diode
![Two junction diodes one of germanium (Ge) and other of silicon (Si) are connected as shown in figure to a battery of emf 12 v and a load resistance 10 k Ω . Two junction diodes one of germanium (Ge) and other of silicon (Si) are connected as shown in figure to a battery of emf 12 v and a load resistance 10 k Ω .](https://dwes9vv9u0550.cloudfront.net/images/2250528/bb716bdb-4e6c-4be0-ad14-193692f8fcba.jpg)
Two junction diodes one of germanium (Ge) and other of silicon (Si) are connected as shown in figure to a battery of emf 12 v and a load resistance 10 k Ω .
A voltage drop across a diode is 0.7V on load. Is this true that on no load voltage drop is 0.4V? - Quora
![A diode made of silicon has a barrier potential of `0.7 V` and a current of `20 mA` passes through t - YouTube A diode made of silicon has a barrier potential of `0.7 V` and a current of `20 mA` passes through t - YouTube](https://i.ytimg.com/vi/tVSDiM5bPaM/maxresdefault.jpg)
A diode made of silicon has a barrier potential of `0.7 V` and a current of `20 mA` passes through t - YouTube
![In the given circuit a silicon diode with knee voltage 0.7V is forward biased with a battery - YouTube In the given circuit a silicon diode with knee voltage 0.7V is forward biased with a battery - YouTube](https://i.ytimg.com/vi/P17YzSQV6As/maxresdefault.jpg)
In the given circuit a silicon diode with knee voltage 0.7V is forward biased with a battery - YouTube
![diodes - Why is the Vbe threshold of a Si NPN transistor 0.7V and not -0.7V? - Electrical Engineering Stack Exchange diodes - Why is the Vbe threshold of a Si NPN transistor 0.7V and not -0.7V? - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/Ylzdu.png)
diodes - Why is the Vbe threshold of a Si NPN transistor 0.7V and not -0.7V? - Electrical Engineering Stack Exchange
![For the given circuit shown below, the diode has Von = 0.7 V, but otherwise acts as ideal diode. The magnitude of current i2 in mA is equal to .Answer upto 2 decimal places For the given circuit shown below, the diode has Von = 0.7 V, but otherwise acts as ideal diode. The magnitude of current i2 in mA is equal to .Answer upto 2 decimal places](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/1340578/original_10.png)