Answer All Questions:[each questions have same degree] A i Q1:How much voltage is required across two deflection plates separated by 1 cm to deflect an electron beam 1.5cm if the length of the deflection plates is 2 cm and the accelerating potential is 2000 V?[ take L = 30 cm ]. Then find the vertical deflection of the electron at the moment of departure of the vertical deflection plat Q2: Design a Hartly oscillator as shown below of oscillation frequency between 10MHz and 12MHz. AW MW R R u = L Sk
Answer All Questions:[each questions have same degree] A i Q1:How much voltage is required across two deflection plates separated by 1 cm to deflect an electron beam 1.5cm if the length of the deflection plates is 2 cm and the accelerating potential is 2000 V?[ take L = 30 cm ]. Then find the vertical deflection of the electron at the moment of departure of the vertical deflection plat Q2: Design a Hartly oscillator as shown below of oscillation frequency between 10MHz and 12MHz. AW MW R R u = L Sk
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Answer All Questions:[each questions have same degree] A i Q1:How much voltage is required across two deflection plates separated by 1 cm to deflect an electron beam 1.5cm if the length of the deflection plates is 2 cm and the accelerating potential is 2000 V?[ take L = 30 cm ]. Then find the vertical deflection of the electron at the moment of departure of the vertical deflection plat Q2: Design a Hartly oscillator as shown below of oscillation frequency between 10MHz and 12MHz. AW MW R R u = L Sk
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