Unused ttl inputs would normally default to logic 1 if left floating. but these inputs could act as antennas under certain conditions and they could pick up noise which can cause the circuit to malfunction.
both combinational and sequential circuits have two inputs and outputs..!
farmers obtain their inputs from the markets with their surplus income.
You need an output pin as well, so in the example of the 16 pin chip, you could have 13 inputs.
RKO
An OR gate is a digital logic gate. If one or both of the inputs to the gate are "1", then the ouput of the gate will be "1" . If both of the inputs to the gate are "0" then the output of the gate will be "0".
combinational circuit is depend only on inputs,like sequential circuits its not depend on previous outputs.
1. If the supply voltage rises too high. This can happen during a lightning strike nearby, or if the wrong power adaptor is used. 2. If the inputs or outputs of the IC are overloaded, for instance, if you connect too many speakers to the output of an integrated amplifier. 3. If the IC gets too hot. This can happen during soldering, or can be the result of an overload. 4. If the inputs or outputs of the IC break down due to discharge of static electricity. This is very common.
They take your inputs (numbers and operations) and use digital logic circuits to combine them into the requested answer.
both combinational and sequential circuits have two inputs and outputs..!
Short answer: An IC is a "Integrated Chip". An OrGate is a 2 (or more) input chip with onlt 1 output. Longer answer: IC stands for Integrated Circuit, we call them "Chips" and they have multiple electronic devices integrated into them like resistors, transistors, capacitors, all in one package to make monolithic circuit package, to form everything from AndGates, OrGates, NorGates, ExOrGates, Buffers, to microprocessors and more. an Or Gate is a digital divice with two or more INPUTS that will produce a digital OUTPUT depending on the input, if one OR the other inputs have an inupt of 1 the output will be 1 otherwise it will be 0. they are used to make "logic" and "arithmetic circuits" from calculators to computers to network cards and routers and much more.
Complex frequency is utilized in electric circuits in order to simplify the math, essentially. It is very similar to the use of phasors, except complex frequency can cover all types of inputs, not just sinusoids.
A combinational circuit's output depends only on its current inputs. This means, it has a truth table. A sequential circuit's output depends on its previous inputs. This means, it's output will depend on which state it is.
It is a circuit that controls some aspect of a system. In a car there may be multiple control circuits such as anti-lock brakes. It takes various inputs, processes the inputs and produces some control outputs, like pulsing the various brakes and assessing the results.
It is a circuit that controls some aspect of a system. In a car there may be multiple control circuits such as anti-lock brakes. It takes various inputs, processes the inputs and produces some control outputs, like pulsing the various brakes and assessing the results.
Logic gates are transistor circuits, normally arranged on a silicon base and encapsulated inside an integrated circuit. (chip). Using several transistors wired together, their inputs can be arranged such that, for given inputs, the output will only change state for certain conditions. The transistor switches are in either of two states, 'on' and 'off'. These are logic states 1 & 0 (one or zero), hence binary. The logic uses Boolean algebra. NOT, means it is 'not on', = OFF. This is abbreviated in the descriptions as the letter 'N' A simple AND gate, means that the output is at level zero until both inputs have a level 1 voltage on them. A NAND gate is a 'Not And' gate. The result is reversed. The output is always at logic level 1 until both inputs also have a level 1 also.
Unused ttl inputs would normally default to logic 1 if left floating. but these inputs could act as antennas under certain conditions and they could pick up noise which can cause the circuit to malfunction. it is better to tie unused inputs to Vcc through a 1k resistor (74LS, 74XX etc) or simply return the inputs to ground. for most other ttl families, the 1k resistor might not be required.- Stan (Nigeria)
It can be, but may not be required. Capacitors are used for biasing purposes, to remove DC from inputs, and for filtering in amplifier circuits (just to name a few).