Explain how to design a regulated dc power supply

Assignment Help Electrical Engineering

Reference no: EM13253834

Design a regulated DC power supply. You will have for input a 110 V input source at a frequency of 60 Hz. The Zener diode to use is the 1N4733A (which is available in the lab). The output voltage is to be 5.1 V with a load resistance above 2.2K.

Reference no: EM13253834

Questions Cloud

Explain very small relative to the size of the whole atom : What evidence exist to support the theory that an atom contains a massive nucleus that is very small relative to the size of the whole atom

Compute the molecular formula : A quantity of 6.882g of and organic compound is dissolved in water to make 276.0 mL of solution. The solution has an osmotic pressure of 1.43 atm at 27 degree celsius. The analysis of this compound shows that it contains 41.8% C, 4.7% H, 37.3 % O ..

Calculate the eigen-value for the system : Show (prove) that the signal 3^j2t is an eigenfunction of any LTI system, and nd the formula for the eigenvalue. That is, use the convolution integral and simplify to show that if you input 3^j2t into an LTI system

Explain lithium atoms react with on nitrogen atom elements : In the reaction of lithium, li with nitrogen n2 three lithium atoms react with on nitrogen atom elements lose one electron, atoms of the other element gain three electrons

Explain how to design a regulated dc power supply : Design a regulated DC power supply. You will have for input a 110 V input source at a frequency of 60 Hz. The Zener diode to use is the 1N4733A (which is available in the lab). The output voltage is to be 5.1 V with a load resistance above 2.2K.

Explain an aqueous solution contains the amino acid glycine : an aqueous solution contains the amino acid glycine (NH2CH2COOH). Assuming that the acid does not ionize in water, calculate the molarity of the solution if it freezes at -2.7 Degree celsius

Find the speed of the child : Use conservation of energy to determine the speed the child will have at the bottom of the arc when she is let go

Find the initial charge stored on the capacitance : A capacitance C is charged to an initial voltage Vi. At t = 0, a resistance R is connected across the capacitance. A) Write an expression for the current. Express your answer in terms of some or all of the variables R, C, Vi, and t.

Explain the compound carbon disulfide : suppose 12.0g of carbon (c) react with 70.0g of sulfur (s) to give 76.0g of the compound carbon disulfide (CS2).In the process all the carbon used up, but some elemental sulfur is left over.

User Account

All Pages