Design the circuit in Multisim. (figure 2). Should look similar to the Multisim diagram provided.

1. Design a 5 volt DC output switching regulator with 10 volts DC of input.

2. Pick the ratio for R1 and R2 that sets the output to 5 volts DC (Figure 2 of datasheet). The minimum values for R1 and R2 should be 1000 ohms.

Adjustable Output Voltage Version FEEDBACK LM2576HV- ADJ L1 OUTPUT 000 2 100 COUT D1 1000 uF MBR360 VOUT 5.00 7V - 60V UNREGULATED DC INPUT 100 pF CND 3 ON/OFF 5 R2 L GN R1 Oca 01147608 R2 VOUT - VREF (1+ R1 (1 R2 = R VOUT VREF -1) where VREF = 1.23V, R1 between 1 and 5k. FIGURE 2. Vin BUCK 4112 LM2576ADJ Feedback output L1 Gnd 100 D1 Vout 10V C1 on-off C2 C3 100F R2 3k 470uF RL 1k MBR360G 470uF R1 1k IN 4148 Adjustable Output Voltage Version FEEDBACK LM2576HV- ADJ L1 OUTPUT 000 2 100 COUT D1 1000 uF MBR360 VOUT 5.00 7V - 60V UNREGULATED DC INPUT 100 pF CND 3 ON/OFF 5 R2 L GN R1 Oca 01147608 R2 VOUT - VREF (1+ R1 (1 R2 = R VOUT VREF -1) where VREF = 1.23V, R1 between 1 and 5k. FIGURE 2. Vin BUCK 4112 LM2576ADJ Feedback output L1 Gnd 100 D1 Vout 10V C1 on-off C2 C3 100F R2 3k 470uF RL 1k MBR360G 470uF R1 1k IN 4148