Lab Manual Archive

PCB Design Experiment-Liquid Level Controller

EXPERIMENT:15. Design and create single sided PCB Layout for Liquid Level Controller. AIM: To design the single sided PCB layout for Liquid Level Controller with MULTISIM. APPARATUS REQUIRED: 1. PC loaded with MULTISIM software. 2. Laser printer. SIMULATION CIRCUIT: PCB LAYOUT CIRCUIT: PROCEDURE: • Open MULTISIM Software,

PCB Design Practical-Fan Regulator

EXPERIMENT: 14. Design and create single sided PCB Layout for Fan Regulator. AIM: To design the single sided PCB layout for Fan Regulator with MULTISIM. APPARATUS REQUIRED: 1. PC loaded with MULTISIM software. 2. Laser printer. SIMULATION PRACTICAL CIRCUIT: PCB LAYOUT CIRCUIT: • File => New =>

PCB Design for Flashing LEDs using 555 IC

EXPERIMENT: 13. Design and create single sided PCB Layout for Flashing LEDs using 555 IC. AIM: To design the single sided PCB layout for Flashing LEDs using 555 IC with MULTISIM. APPARATUS REQUIRED: 1. PC loaded with MULTISIM software. 2. Laser printer. SIMULATION CIRCUIT: PCB LAYOUT CIRCUIT:

PCB Design for Analog Multiplier using 741

EXPERIMENT: 12. Design and create single sided PCB Layout for Analog Multiplier using 741 IC. AIM: To design the single sided PCB layout for Analog Multiplier using 741 IC with MULTISIM. APPARATUS REQUIRED: 1. PC loaded with MULTISIM software. 2. Laser printer. SIMULATION CIRCUIT: PROCEDURE: • Open

PCB Layout for Positive Voltage Regulator using 7805 and 7812

EXPERIMENT: 11. Design and create single sided PCB Layout for Positive Voltage regulator using 7805 and 7812 IC. AIM: To design the single sided PCB layout for Positive Voltage regulator using 7805 and 7812 IC with MULTISIM. APPARATUS REQUIRED: 1. PC loaded with MULTISIM software. 2. Laser

PCB Design Practical Experiment-4 Bit Shift Register

EXPERIMENT: 10. Design and create single sided PCB Layout for 4 Bit Shift Register (PIPO) using JK Flip Flops. AIM: To design the single sided PCB layout for 4 Bit Shift Register (PIPO) using JK Flip Flops with MULTISIM. APPARATUS REQUIRED: 1. PC loaded with MULTISIM software.

PCB Design Practical-4 Bit Binary Counter

EXPERIMENT: 9. Design and create single sided PCB Layout for 4 Bit Binary Counter using D Flip Flops. AIM: To design the single sided PCB layout for 4 Bit Binary Counter using D Flip Flops with MULTISIM. APPARATUS REQUIRED: 1. PC loaded with MULTISIM software. 2. Laser

Full Adder Circuit PCB Design using Multisim

EXPERIMENT: 8. Design and create single sided PCB Layout for Full Adder using Logic gates. AIM: To design the single sided PCB layout for Full Adder using Logic gates with MULTISIM. APPARATUS REQUIRED: 1. PC loaded with MULTISIM software. 2. Laser printer. SIMULATION CIRCUIT: PCB LAYOUT CIRCUIT: