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priyanshu

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  1. Asked: August 15, 2024In: Education

    When reverse breakdown occurs in a diode

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:53 pm

    d Explanation: Recall the I-V curve of a diode in the 3rd quadrant.

    d

    Explanation: Recall the I-V curve of a diode in the 3rd quadrant.

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      • 0
  2. Asked: August 15, 2024In: Education

    Ideally the voltage drop across a conducting diode must be

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:50 pm

    b Explanation: Ideal conduction = No losses.

    b

    Explanation: Ideal conduction = No losses.

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      • 0
  3. Asked: August 15, 2024In: Education

    A Schottky diode can be switchd off much faster than an equivalent p-n junction diode due to its

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:48 pm

    b Explanation: Due to the metal-silicon junction there are no stored charges, hence no reverse recovery time due to which the switching is faster.

    b

    Explanation: Due to the metal-silicon junction there are no stored charges, hence no reverse recovery time due to which the switching is faster.

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  4. Asked: August 15, 2024In: Education

    A Schottky diode has __________

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:43 pm

    b Explanation: Schottky diode uses a Al-Semiconductor junction.  

    b

    Explanation: Schottky diode uses a Al-Semiconductor junction.

     

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  5. Asked: August 15, 2024In: Education

    As compared to a p-n junction diode(of the same rating), a Schottky diode has ___________

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:40 pm

    c Explanation: Due to the metal-silicon junction there are no stored charges, hence no reverse recovery time due to which the switching is faster.

    c

    Explanation: Due to the metal-silicon junction there are no stored charges, hence no reverse recovery time due to which the switching is faster.

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      • 0
  6. Asked: August 15, 2024In: Education

    In a Schottky diode, the silcon is usually

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:37 pm
    This answer was edited.

    a Explanation: Usually only n-type silicon is used because the p-type has certain limitations.     

    a Explanation: Usually only n-type silicon is used because the p-type has certain limitations. 

     

     

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  7. Asked: August 15, 2024In: Education

    Which of the following are/is the majority charge carriers in a Schottky diode?

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:34 pm

    b Explanation: The metal has no holes hence major(almost full) current flows due to the electrons only.

    b

    Explanation: The metal has no holes hence major(almost full) current flows due to the electrons only.

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  8. Asked: August 15, 2024In: Education

    A Schottky diode _____

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:32 pm

    b Explanation: Due to the metal-silicon junction there are no stored charges hence, no reverse recovery time, due to which the switching is faster.

    b

    Explanation: Due to the metal-silicon junction there are no stored charges hence, no reverse recovery time, due to which the switching is faster.

    See less
      • 0
  9. Asked: August 15, 2024In: Education

    Which of the below mentioned statements is false regarding Schottky diodes?

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:29 pm

    c Explanation: The majority charge carriers in a Schottky diode are electrons not holes.

    c

    Explanation: The majority charge carriers in a Schottky diode are electrons not holes.

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      • 0
  10. Asked: August 15, 2024In: Education

    Which of the following diodes uses a metal-semiconductor junction?

    priyanshu
    priyanshu
    Added an answer on August 15, 2024 at 1:26 pm

    c Explanation: Schottky diode uses a Al-Semiconductor junction.

    c

    Explanation: Schottky diode uses a Al-Semiconductor junction.

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