In this article, we will discuss different types of ICs (Integrated Circuits) in electronics. As we know, the integrated circuits (ICs) are one of the crucial parts of all electronic devices and systems. Without ICs, most of the hi tech electronic devices and gadgets that we use would cease to exist. Integrated circuits made the electronic devices and systems so small that they became an integral part of every field of human life. Therefore, integrated circuits or ICs are entirely responsible for miniaturization of electronic devices and circuits. Before discussing different types of ICs, let us first understand a ... Read More

FPGA (Field-Programmable Gate Array) and microcontrollers are two types of integrated circuits that serve different functions in electronic systems. While both can be used to implement digital logic functions, they have major architectural, flexibility, and application domain differences. Read this article to find out more about FPGA and Microcontrollers and how they are different from each other. What is FPGA? FPGA is an abbreviation for Field-Programmable Gate Array. It is an integrated circuit (IC) that contains a set of programmable logic blocks and interconnects. FPGAs are distinct in that they may be programmed or configured after manufacturing by a ... Read More

TTL (transistor-transistor logic) and CMOS (complementary metal-oxide semiconductor) are two common types of digital logic families used in electronic circuits. CMOS is a popular method of constructing digital integrated circuits. TTL is a widely used digital logic family in the design of integrated circuits. Read this article to find out more about CMOS and TTL and how they are different from each other. What is CMOS? CMOS (complementary metal-oxide semiconductor) is a popular method of constructing digital integrated circuits. Its low power consumption, good noise immunity, and compatibility with a wide range of voltage levels distinguish it. Here's a more ... Read More

Voltage and amperage are both significant topics in electrical engineering. While they are related, they are relevant to different electrical circuit features. Voltage and current are two important electrical concepts. Voltage, measured in volts (V), is the potential difference between two points in a circuit that drives current flow. The flow of electric charge through a conductor is referred to as current, which is measured in amperes (A or amps). Read this article to find out more about Volt and Amp and how they are different from each other. What is Volt? Voltage is a fundamental term in electricity that ... Read More

SPDT (single pole double throw) and DPDT (double pole double throw) switches are two typical types of switches used in electronic circuits. The primary difference between the two is the number of poles (the number of individual circuits that the switch can control) and the number of throws (the number of places the switch may be set to). SPDT switches have one pole and two throws, whereas DPDT switches have two poles and two throws. This means that an SPDT switch can control one circuit and can be set to one of two positions, whereas a DPDT switch can control ... Read More

Electrical conductors can be classified as either ohmic or non-ohmic based on how they respond to resistance. Because ohmic conductors have a constant resistance over a wide range of applied voltages, the voltage placed across them directly affects how much current overflows through them. The resistance of non- Ohmic conductors varies with the applied voltage, and the current flowing through them isn't commensurable to the voltage. Read this article to find out more about Ohmic and Non-Ohmic Conductors and how they are different from each other. What are Ohmic Conductors? Ohmic conductors are useful in electrical circuits and systems that ... Read More

Both Synchronous and Asynchronous Sequential Circuits are types of sequential circuits that use feedback for the next output generation. On the basis of the type of this feedback, both circuits can be differentiated. A sequential circuit is one whose output depends upon both present and past inputs. The classification of sequential circuits into synchronous and asynchronous sequential circuits is done on the basis of their triggering. In a synchronous sequential circuit, the changes in all the state variables are synchronized with the universal clock signal. In contrast, in an asynchronous sequential circuit, the changes in all the state variables are ... Read More

Both Virtual Circuits and Datagram Networks are the types of connection services which are used for transmission of information from a sender to a receiver. The most basic difference between the two is that the virtual circuits are connection oriented services that require resources like buffers, CPU, bandwidth, etc., for a data transfer session, while the datagram networks are connectionless services where no such resources are required for data transmission. There are many other key differences between virtual circuits and datagram networks, which we will discuss in this article. What are Virtual Circuits? Virtual Circuit is a connection oriented service ... Read More