(1) Using your EMS Transformer EMS 8341, Power Supply, Resistance and DACI, connect the circuit shown in Fig. 1.0 using

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1 Using Your Ems Transformer Ems 8341 Power Supply Resistance And Daci Connect The Circuit Shown In Fig 1 0 Using 1 (45.69 KiB) Viewed 31 times

(1) Using your EMS Transformer EMS 8341, Power Supply, Resistance and DACI, connect the circuit shown in Fig. 1.0 using LVSIM-EMS and build the circuit using lab modules. (2) a. Calculate the apparent power for the primary (p) and secondary(s) side using the given / measured values. Record all measured values in the table 1.1. Show all calculations. b. Use LVSIM metering to find the Power factor. Show calculations to prove your reading c. What is the Power Factor, Apparent (S) and Active power (P) values. 3. Finally results, the circuit below is a auto transformer Given: Ej = 60 V. R = 4000 1 0-0.BAC A 0-0.5Aac А) 0-250E, Vac V 0-60 Vac V0-100 Vac Figure 1.0 Table 1.1 Measured Values (LVSIM) / Lab Modules 12 E E2 E R. Table 1.1 Calculated Value (LVSIM) 12 E E2 R Formulas: V Ap = Ex I, (VA), - (VA), E, I, = E.! VA: = Eyx 12 Power factor = P= 12 x R 5p NAOB NA+NBLOG Nato NATO C Note: Formulas Subscript (p) is for primary and subscript (s) is secondary. Apparent Power is (S) and Active Power (P)