Analog and Digital Electronics Lab Equipment

PURCHASE OF ANALOG & DIGITAL ELECTRONICS LAB EQUIPMENT FOR EEE DEPARTMENT

VI Characteristics of PN Junction Diode and Zener Diode Kit • Built in Power Supply (0-6V) for forward bias and (0-24V) for reverse bias • To carryout forward and reverse VI Characteristics of PN Junction diode experiments • Provision to connect desk top meters externally, Wooden closed cabinet

Characteristics of BJT in CE Configuration Kit • To carryout input and output characteristics of NPN transistor in CE configuration • Necessary power supplies • Provision to connect necessary digital meters externally • Legend printed in the PCB • Necessary test points • Wooden closed cabinet

VI Characteristics of FET & UJT Kit • Built in 0-6V Power Supply in the input side and 0-30V Power Supply in the output side • To carryout drain output characteristics and transfer characteristics of JFET experiments • Provision to connect necessary desk top meters externally, Wooden closed cabinet.

Half Wave Rectifier with and without filter Kit • To observe variation in the ripple with load current Without • and with filter • To observe voltage regulation with load current • Without and with filter • Provision to connect necessary desk top meters externally • Legend printed in the PCB • Necessary test points • Wooden closed cabinet

Bridge Rectifier with and without filter Kit • To observe variation in the ripple with load current Without • and with filter • To observe voltage regulation with load current Without and with filter • Provision to connect necessary desk top meters externally • Legend printed in the PCB • Necessary test points • Wooden closed cabinet

Inverting Amplifier and Non-Inverting amplifier using Op-amp IC 741 and Test its performance Kit. • To carry out the Inverting amplifier, Non-inverting amplifier, • Provision to connect resistances • Built in Two variable voltage sources and Power supply for Op-amp • Legend printed in the PCB • Wooden closed cabinet

Summing Amplifier and Difference amplifier using Op-amp IC 741 and Test its performance Kit • Summing Amplifier and Difference amplifier, Voltage follower experiments • Provision to connect resistances • Built in Two variable voltage sources and Power supply for Op-amp • Legend printed in the PCB • Wooden closed cabinet

Zero Crossing Detector and Voltage Comparator using Op-amp IC 741 and Test its performance Kit. • Zero crossing detector and Voltage Comparator experiments • Provision to connect resistances • Built in Two variable voltage sources and Power supply for Op-amp • Legend printed in the PCB • Wooden closed cabinet

Astable Multivibrator circuit using IC 555 and Test its Performance Kit • To carryout Schemitt Trigger, Astable Multivibrator and monostable Multivibrator experiments • Provision to connect resistances and capacitances to change the Frequency. • Built in Power Supply • Legend printed in the PCB • Necessary test points • Wooden closed cabinet

Kit to Test the performance of IC Voltage Regulator Power Supplies using IC 7805, IC 7912. • To carryout Schemitt Trigger, Astable Multivibrator and • monostable Multivibrator experiments • Provision to connect resistances and capacitances to change the Frequency. • Built in Power Supply • Legend printed in the PCB • Necessary test points • Wooden closed cabinet

Realization of basic gates using NAND & NOR Gates. • Digital IC Trainer kit with 16 Digital input as toggle switch • Digital IC Trainer Kit with 16 Digital Output as LED. • Two Bread Board • On board fixed clock • 2-digit BCD Segment • One buzzer

Half Adder and Full Adder circuit using Discrete IC’s and Test its performance. • Digital IC Trainer kit with 16 Digital input as toggle switch • Digital IC Trainer Kit with 16 Digital Output as LED. • Two Bread Board • On board fixed clock • 2-digit BCD Segment • One buzzer,Mono Pulse.

Parity generator and checker using parity checker/ generator IC’s and Test its performance. • To wire 3 bit Parity generator and reader using logic gates • To test 8 bit Parity generator and reader using IC • Signal inputs and LED outputs • Built in Power Supply and wooden closed cabinet

RS, D, T & JK Flip-Flops and verify its truth table. • To Wire RS F/F, D F/F, JK F/F and T F/F • To verify the truth table of the flip flops • Necessary signal inputs and LED outputs • Built in Power Supply and wooden closed cabinet

Digital IC Trainer Kit 12 bit model • 12 Logic Input as switch • 12 Logic output as LED • Bread Board two Numbers • 2 Digit BCD Segment Display • Fixed Clock 10 HZ,100HZ,1KHZ,10KHZ,100KHZ • Mono pulser One number • Power Supply Fixed DC +/- 5V/2A & +/- 12V /2A • All terminal connectors are Banana connectors SP-7