Tender For Purchase Of Kits For Basic Electronics Laboratory, Pune-Maharashtra

Tender For Purchase Of Kits For Basic Electronics Laboratory - 01 Clipper and Clamper Circuits Technical Specification: Operating DC supply : +/-5V, 200mA Circuit type : Diodes (2N4007) Circuit configuration : Single Ended and Double ended Clipper Circuits Positive and Negative Clamper Circuits Experiments : Study of Single Ended and Double ended Clipper Circuits Study of Positive and Negative Clamper Circuits Interconnections : 2 mm sockets Study points : Test points to study signals at various stages of circuit Other features : on-board Schematic diagram Flexibility of making circuit connections Manual : Operating manual and Experiments along with detailed theory 04 02 Voltage Multiplier Circuits Technical Specification: Operating DC supply : +/-12V, 200mA Circuit type : Diodes (2N4007) Circuit configuration : Single Ended and Double ended Clipper Circuits Positive and Negative Clamper Circuits Experiments : Study of Voltage Multiplier Circuits To observe the effect of Variation of Frequency for Voltage Multiplier To observe the effect of Load Regulation for Voltage Multiplier Interconnections : 2 mm sockets Study points : Test points to study signals at various stages of circuit Other features : on-board Schematic diagram Flexibility of making circuit connections Manual : Operating manual and Experiments along with detailed theory 04 03 04 05 Half wave and Full wave Rectifier Technical Specification: Operating AC supply : 18V - 0V -18V Circuit type : Rectifier Circuit using Diodes (2N4007) Circuit configuration : Half wave and Center Tapped Full wave Rectifier circuits Experiments : Study of Half Wave Rectifier Study of Center Tapped Full Wave Rectifier Study of Rectifier Output with Filter and without Filter Interconnections : 2 mm sockets Study points : Test points to study signals at various stages of circuit Other features: on-board Schematic diagram Flexibility of making circuit connections Manual : Operating manual and Experiments along with detailed theory 04 06 BJT Characteristics and its h-Parameters Technical Specification: Operating power supply : +12V, +5V DC, 200mA Circuit type : NPN Transistor BC 547 Circuit configuration : CE Input output Characteristics of BJT and its h-Parameter Experiments : Study of CE Input output Characteristics of BJT Study of h-Parameter of BJT Interconnections : 2 mm sockets Study points : Test points to study signals at various stages of circuit Other features: on-board Schematic diagram Flexibility of making circuit connections Manual : Operating manual and Experiments along with detailed theory 04 07 Single Stage BJT CE Amplifier Technical Specification: Operating power supply : +12V DC, 200mA Circuit type : using NPN Transistor Circuit configuration : Single Stage BJT CE Amplifier Experiments : Basic operation of CE Transistor Amplifier circuit Study of Single Stage BJT CE Amplifier and evaluation of : a. Operating Point of the Amplifier b. Voltage gain of the Amplifier AV c. Input and Output Impedance of the Amplifier d. Current Gain of the Amplifier Interconnections :2 mm sockets Study points : Test points to study signals at various stages of circuit Other features: on-board Schematic diagram Flexibility of making circuit connections Manual : Operating manual and Experiments along with detailed theory 04 08 Nvis 6550 Understanding and Experimentation with Digital ICs It should have following features: • Illustration of Combinational and Sequential circuits • ZIF Socket provided for easy connections • Compact size • Simultaneous use of multiple ICs It should have following Technical Specification: Mains Supply : 90V - 250V, 50Hz Fixed DC Power Supply : +12V, -12V, +5V, -5V Fixed TTL Generator : 1Hz, 10Hz, 100Hz, 1kHz, 10kHz and 100kHz Pulse Generator : 5V ZIF Socket : 20 Pins (6 Nos.) 40 Pins (1 No.) Input Section : 12 toggle switches Output Section : 12 LED indicator Display : 7 Segment (2 Nos.) Scope of Learning • Study of Basic Gates • Study of Half Adder using Logic Gates • Study of Full Adder • Study of Half and Full Subtractor using Logic Gates • Study of Magnitude Comparator • Study of Encoder / Priority Encoder • Study of Decoder & Demultiplexers • Study of Multiplexers 04 • Study of BCD to 7 Segment Display • Study of Flip-Flop • Study of Register Study of Counter 09 Study of Multiplexer & Demultiplexer Technical Specification: Operating power supply : +5V DC, 200mA Logic Circuit : Multiplexer & Demultiplexer Logic ICs : IC 74153 and 74154 Experiments : Study of Multiplexer Logic Circuit Study of Demultiplexer Logic Circuit Interconnections : 2 mm sockets Input Logic : Switches (High / Low) Output Logic : LEDs (On/Off) Study points : Test points to study signals at various stages of circuit Other features: on-board Schematic diagram Flexibility of making circuit connections Manual : Operating manual and Experiments along with detailed theory 04 10 Scientech 2612A Advanced Analog Circuits Development Platform It should have following features: Advanced Analog Lab comprises of following blocks : • DC Power Supplies • Function GeneratorToggle Switches • Voltmeter • PC Interface • AC Voltage • Continuity Tester • Potentiometers • Ammeter • Frequency Measurement It should have following Technical Specification: Size of Breadboard : 172.5 mm x 128.5mm Tie Points on Breadboard : 1685 nos (solderless) DC Power Supplies : +5V, 1A (fixed) +12V, 500 mA (fixed) -12V, 500 mA (fixed) +12V, 500 mA (variable) -12V, 500 mA (variable) AC Supply : 9V-0V-9V, 500mA Function Generator : Sine, Square, and Triangular functions Frequency range:1Hz to 100KHz In 5steps (variable in between the steps) Voltage/Current/Frequency : Voltage range: +12V to - 12V (DC) Measurement Current range: 0 to 500 mA (DC) Frequency range: DC to 100KHz (all with respect to ground) PC Interface : Acquisition from two analog input channels (max. input 1V) Continuity Tester : For testing the continuity (provided with beeper sound)Mains Supply : 110- 220V ±10%, 50Hz Study of: • Band Pass Filter • CE configuration of NPN transistor • CB configuration of NPN transistor • CE Amplifier Circuit • Monostable Multivibrator using Transistor • Bistable Multivibrator using Transistor • Astable Multivibrator using Transistor • Diodes in DC circuits • Light emitting diodes in DC circuits • Half wave rectifier • Full wave rectifier • Zener diode as a voltage regulator • Transistor series voltage regulator • Transistor shunt voltage regulator

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