Which Electronic Components Are Used In Second Generation Computers



The second generation computers were much smaller than the first generation ones. They were also faster, and they could store more data in a smaller space. These new computers were made with gallium arsenide microprocessors, silicon memory chips, and copper wire instead of aluminum wire.

The second generation microprocessors were made out of gallium arsenide.

Gallium arsenide is a semiconductor material that can be used to make transistors. It’s also used in the manufacture of integrated circuits, so it’s pretty useful stuff!

The memory was based on silicon.

In the second generation computers, memory was based on silicon.

Why is silicon used for memory? The answer lies in its properties as a semiconductor. In order to understand why this material is so important, we need to take a step back and look at how transistors work at their most basic level.

The speed of the computers increased by at least two times compared to the first generation ones.

The speed of the computer increased by at least two times compared to the first generation ones. This was possible because of faster clock speeds, more transistors and better microprocessor design.

The increase in speed was also due to improved memory design where data could be accessed faster than before, thus allowing the CPU to perform tasks quicker and more efficiently than before

The size of the computer was much smaller than first generation computers.

The size of the computer was much smaller than first generation computers. This was mainly due to three reasons:

  • The chip that powered the computer was much smaller than the first generation chips and so less space was required for its housing.
  • The memory used in second generation computers was also much smaller than that used in first generation computers, which meant that there was less physical space needed for its installation inside a box or case containing all components of a computer system (including CPU’s).
  • Finally, because there were fewer electronic parts involved in making up an entire system (as compared with earlier models), less power consumption occurred during operation – resulting in reduced heat production and thus further reductions needed to cool down internal temperatures so as not damage fragile parts like CPUs or RAM modules (and thus reducing their overall size).


  • The speed of second generation computers was at least two times faster than the first generation.
  • The memory used in these computers was based on silicon.
  • Gallium arsenide was used to make microprocessors, which are one of the most important parts of a computer system.

With the increase in the speed and size of the computer, it was time for another change in its design. The second generation computers were smaller and faster than their predecessors. They also had other new features like the ability to connect multiple devices at once without any problem. These changes made life easier for people who wanted something more than just a simple calculator but didn’t want all of their time spent on learning how it works!

Answers ( 2 )


    Which Electronic Components Are Used In Second Generation Computers


    When you think about the second generation computers, what are the first things that come to mind? iPhones, iPads, and Android devices, most likely. But there’s more to these machines than meets the eye. In this blog post, we will explore the different electronic components that are used in second generation computers and their impact on our lives. From processors to displays, read on to learn more about the technologies that make these devices possible.


    Intel is a leading global technology company that produces processors and chipsets for computers, tablets, smartphones, and other consumer electronics. Intel’s second generation processors are equipped with high-performance graphics processing units (GPUs) to provide an improved user experience when playing games or using other visual applications. Additionally, Intel offers a wide range of wireless connectivity solutions, including 4G LTE and Wi-Fi, that help users stay connected wherever they are.


    AMD processors are often found in second generation computers. They are cheaper and faster than Intel processors. AMD processors have been used in Dell, Hewlett-Packard, Apple, Lenovo, Samsung, and Acer laptops.


    Nvidia is a company that manufactures graphics processing units (GPUs) and related software for gaming, professional workstations, and other high-performance computing applications. Nvidia’s GPUs are found in many desktop computers as well as laptops and gaming consoles. In second generation PCs, Nvidia’s GPUs are used to provide 3D graphics, video encoding/decoding, and general performance enhancement. Second generation CPUs also use faster DDR3 memory which has reduced the need for Nvidia’s GPUs.


    In this article, we have covered the different types of electronic components that are found in second generation computers. This includes processors, motherboards, graphics cards, and more. By understanding what these components are and how they work together, you can get a better idea of how your computer operates. With this knowledge at hand, you can make sure that your computer is running smoothly and using the right resources for the task at hand. So if you’re looking to upgrade your current computer or build a new one from scratch, be sure to take into account all of the different parts that go into making it happen!


    While computers have evolved quite a bit over the years, there are still some parts that remain the same. For example, you can still find integrated circuits in your computer today! However, there are also some new components that have been introduced to second generation computers compared to first generation computers. Let’s take a look at what those components are:

    Integrated circuits, or ICs

    Integrated circuits, or ICs, are made up of transistors and resistors. They’re used in the CPU to control the flow of electricity and store data. They also function as memory for your computer system.


    Transistors are used in the second generation computer. They are semiconductor devices that can amplify and switch electronic signals. They are also used to control the flow of electricity in a circuit. Transistors were developed at Bell Laboratories in 1947 by John Bardeen, Walter Brattain and William Shockley, who won the Nobel Prize for Physics for their work on them later that year. These three scientists invented this device because they needed something smaller than vacuum tubes but could still carry out similar functions as their larger predecessors did when used in radios and televisions at that time period before transistors were invented by them (Bardeen et al., 1948).

    The transistor has many uses today besides just being part of your computer’s CPU or RAM components; it is also found inside televisions, radios, cell phones and other electronic devices such as video games consoles like PlayStation 4 from Sony Corporation Japan Tokyo KK (2019).


    Diodes are one-way valves for electricity. They allow electricity to flow in one direction only, which is why they’re used in electronics. A diode allows electrons to pass through it when there is a negative voltage applied on its cathode side (the side without the stripe), but prevents them from flowing when there is no voltage applied or if there is a positive voltage applied on its anode side (the side with the stripe).

    This property makes diodes ideal for converting alternating current (AC) into direct current (DC). When AC enters one end of a diode, half of it passes through while half gets absorbed by internal resistance within the device’s body; this results in DC output at that end instead!


    Capacitors are used in the power supply to smooth out the voltage and store energy. They’re also used in memory circuits to store data (like what you see on your computer screen).

    The second generation computers use a lot of capacitors because they’re cheap, reliable and easy to make. The main reason why they are so popular is because they can be made with different types of materials like ceramic, plastic or metal foils; all these materials have different properties which allows them to be used for different jobs within a circuit board!

    A second generation computer uses electronic components that were not used in the first generation.

    The second generation of computers used electronic components that were not used in the first generation. The integrated circuit (IC), transistor, diode and capacitor are four examples of these new technologies.

    ICs were developed at Bell Laboratories in New Jersey around 1960 by Jack Kilby and Robert Noyce who both won Nobel Prizes for their work on this technology. It is an electronic circuit that has been miniaturized onto a single semiconductor chip which allows greater processing power at lower cost than using individual transistors or tubes would allow for because fewer parts are needed to create them. Transistors amplify signals electronically by controlling current flow through them while diodes only allow current flow in one direction; they do this by allowing electrons to pass through their junction when voltage levels are high enough but blocking them when they drop below a certain threshold level (they’re like open doors). Capacitors store energy electrostatically between two layers separated by an insulator such as air or plastic film; this makes them useful for storing charge before discharging it into another component such as an LED light bulb so you can see what’s happening inside while working on your computer!

    The second generation of computers is very different from the first. It uses electronic components that were not used in the first generation, like ICs, transistors and capacitors.

Leave an answer