Digital Electronics
Showing all 9 results
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Digital ElectronicsExperimentation with Adders and Subtractors
Product Description
Experimentation with Adders and Subtractors is an elite training system for the digital laboratories. It is useful in understanding the working of Binary adders and subtractors.
describes Half Adder, Full Adder (using two half adders) and Half Subtractor. The training system is designed in such a way that for performing any experiment, students have to connect the links by patch cords, so it is easy to understand the inputs and outputs of adders and subtractors. Attractive input and output sections are provided on trainer in such a manner so that multiple experiments can be performed simultaneously.
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Digital ElectronicsExperimentation with Characteristics of TTL and CMOS
Product Description
Experimentation with Characteristics of TTL and CMOS is a compact product designed to explain the fundamentals of Transistor�Transistor Logic (i.e. TTL) and Complementary Metal Oxide Semiconductor (i.e. CMOS), like Voltage Transfer Characteristics, Noise Margin and Gate Delay. Inbuilt Function Generator and DC supply is provided for ease of operation.
The Voltage Transfer Characteristic of a logic gate is a graph between gate output voltage and gate input voltage. Noise margin is the voltage difference by which the signal exceeds the threshold voltage for Logic Low or Logic High. Gate delay is the span of time starting from the instant when the input to a logic gate becomes stable, to the time that the output of that logic gate becomes stable.
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Digital ElectronicsExperimentation with De-Morgans Theorem
Product Description
Experimentation with De-Morgan`s Theorem is an elite training system for the digital laboratories. It is useful in understanding the basic concept of De-Morgan`s Theorem. This trainer describes both the De-Morgan`s Theorem statements in two separate sections so it is very easy for students to understand both the statements separately.
The training system is designed in such a way that for performing any experiment students have to connect the links by patch cords, so it is very helpful for students to learn step by step implementation of De- Morgan`s Theorems. Attractive input and output sections are provided on trainer in such a manner so that multiple experiments can be performed simultaneously.
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Digital ElectronicsExperimentation with Logic Gates
Product Description
Experimentation with Logic Gates is an elite training system for the digital laboratories. It is useful in understanding the basic concepts and functioning of logic gates and their truth tables. Nvis 6551 describes the AND, OR, NOT, NAND, NOR, XOR and XNOR gates in a very easy way.
The training system is designed in such a way that for performing any experiment students have to connect the links by patch cords, so it is very helpful for students to learn the inputs and outputs of different logic gates. Attractive input and output sections are provided on trainer in such a manner so that multiple experiments can be performed simultaneously.
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Digital ElectronicsExperimentation with Universal Gates-Nand and Nor
Product Description
Experimentation with Universal Gates-Nand and Nor is an elite training system for digital laboratories. It is useful for understanding of the basic concepts and functioning of universal gates as well as their use as other logic gates. This trainer describes the formation of AND, OR, NOT, NAND, NOR, XOR and XNOR gates using NAND and NOR gates which are called universal gates.
The training system is designed in a way that for performing any experiment students have to connect the links by patch cords, thereby enabling students to learn step by step design of each gate using universal gates. Attractive input and output sections are provided on trainer in a manner that multiple experiments can be performed simultaneously.
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Digital ElectronicsParallel Adder and Subtractor Trainer
Product Description
Parallel Adder and Subtractor Trainer is a ready to use digital electronics experiment trainer. This product has been designed specifically for the students to understand the concept of parallel binary addition and subtraction methods for 4 bit and 8 bit binary numbers.
A Parallel Adder is a combinational logic circuit which has various registers to input the data and thus generate the output. Because of this, input bits are applied simultaneously and the sum appears at the output almost immediately.
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Digital ElectronicsShift Registers Trainer
Product Description
Shift Registers Trainer is a compact, ready to use digital electronics experiment board. This training product has been designed specifically for students to study all the four types of 3-bit and 4-bit shift registers on a single board and verify their truth tables.
A shift register is capable of shifting its binary information either to the left or right direction. The temporary memory storage and data shifting characteristics of shift registers make them extremely valuable for most digital electronics systems. machine has built-in clock source, logic high-low input facility and LEDs for visual indication of input-output logic states. Besides this, a +5V DC adaptor is also provided for power supply.
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Digital ElectronicsSOP & POS Implementation Trainer
Product Description
SOP & POS Implementation Trainer is a compact, ready to use digital electronics experiment board. It is useful for students to get a practical insight into the implementation of different canonical forms. The various applications of a canonical forms are representing any Boolean function as a product of sum or sum of product.
Trainer has built in clock source, logic high-low input facility and LEDs for visual indication of input-output states. Besides this, a +5V DC adaptor is also provided for power supply.
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Digital ElectronicsUnderstanding and Experimentation with Digital ICs
Product Description
Understanding and Experimentation with Digital ICs is a training product which provides complete flexibility for hands on learning of a wide range of experiments in digital electronics. This product provides vast learning scope for students to design their own experiments and applications.
Students can use digital ICs and connect their Input & Output to design & implement in the circuit. can be a part of library & can be issued to students to perform the experiments.