Consider the following diagram and answer the following questions Is it SRAM or DRAM What is the size of this RAM How many input and output lines are there Explain working of all the components in this diagram.

Q: Name the four different kinds of RAM that have been discussed in this chapter.

A: Introduction: R.A.M. is an acronym for Random Access Memory. It is used to efficiently and…

Q: Other parties cannot directly interact with data storage. While constructing Data Flow Diagrams,…

A: Answer is

Q: Should the CPU and memory be connected via an asynchronous or synchronous bus? Does it have the best…

A: On synchronous buses, the clock ticks, and instructions are only carried out. The rate of clock…

Q: Assume that the components have the following latencies in picoseconds (ps). Component Latency in ps…

A: Latency is related with a positive client experience (UX) while high idleness is related with poor…

Q: Give a brief explanation of what dynamic RAM is.

A: The solution to the given question is: DRAM is a type of semiconductor memory used to store data or…

Q: a) Buses are conductive routes in a microprocessor's circuitry. This means that there is potential…

A: Introduction : The question consists of two parts that relate to microprocessors, which are a…

Q: Explain the instruction format in detail as per the no. of address in the instruction with examples?

A:

Q: The two types of memory chips, RAM and ROM, are both made with information already stored in them…

A: Answer: False

Q: Describe the differences between PROM and EEPROM memory products and state the type of applications…

A: Solution:--   1)As per given in the question there are 3 subquestion given to     solve as per the…

Q: Explain direct memory access (DMA), and input/output timming diagram with clock synchronization?

A: Computer memory: It is the place where data and procedure to perform task is stored and maintained…

Q: flowchart and microinstruction

A: Given :- In the above question, the statement is mention in the above given question   Need to write…

Q: Separate the two primary groups of processor registers and provide examples to support your…

A: The two main categories of processor registers are  : Memory address Register (MAR) and Memory…

Q: I need the answer at 20 minute .

A: As per the guidelines, only the first 3 questions can be answered.1. Total number of 4096x2 chips…

Q: There are three distinct designs for the central processing unit (CPU), which may be either a stack,…

A: The component of the computer that gets and executes instructions is called the central processing…

Q: Answer T (True) or F (False) for the following questions 1. Computers using word addressable…

A: 1  Word addressing has the advantage of allowing additional memory to be addressed in the same…

Q: Note: Your answer for this question based on your Student ID a) Construct a memory system. The…

A: a) construct a memory system. the memory has RAM and ROM only. A RAM chip has two chipselects (CS1…

Q: Give a brief explanation of what dynamic RAM is.

A: To be decided: Briefly describe alignment restrictions. alignment limitations The operands for all…

Q: Describe Direct Memory Access (DMA), as well as an input/output timing diagram with clock…

A: Computer memory: It is the place where data and procedure to perform task is stored and maintained…

Q: 1. CONTROL AND DISPLAY PANEL 00 LOCAL CPU CONTROL AND DISPLAY O MEMORY 卓 SERIAL

A: Converting to simple block diagram, From the given block diagram we have seen control and display…

Q: two types of memory addresses

A: Given :- In the above given question, a statement is mention in the above given question   Need to…

Q: Design an 8 Kbyte memory system, whose first 6KByte is RAM and the rest is ROM, you have:   1 RAM…

A: Available memory is 2K*8 means 8 bit data line and address line, 2K=21×210=2112K=21×210=211 So 11…

Q: 3. Draw the block diagram of a 16Gx64bit RAM using 8Gx32bit RAM ICs, external gates, and decoders.…

A: Memory Sequential circuits all depend upon the presence of A flip-flop can store one bit of A…

Q: What is the cycle time required for each instruction? a) load b) store c) add

A: The given data is - We will calculate - load , store and add.

Q: In the market there are only 128B RAMS and 512B ROMS are available. Now let us design a memory…

A: Introduction: RAM: It is the main memory of the computer system used to store data for a short…

Q: Give a brief explanation of what dynamic RAM

A: DRAM : - DRAM stands for Dynamic Random Access Memory. It is a type of semiconductor memory that is…

Q: Assume that the components have the following latencies in picoseconds (ps) Latency in ps Component…

A: I have given solution below.

Q: List the 6 types of semiconductor memory discussed in class and mention each of the categories they…

A: Given: List the six types of semiconductor memory reviewed in class, as well as the groups into…

Q: Explain Direct Memory Access (DMA), and Input/output timing diagram with clock synchronization

A: Direct Memory Access (DMA):  Direct Memory Access transfers the block of data between the memory…

Q: 1. Why there is a need interfacing between the input/output devices and the microprocessor?

A: 1) A microprocessor is a central processing unit (CPU) that serves as the brain of a computer system…

Q: Discuss the pros and cons of static RAM (SRAM) and dynamic RAM (DRAM).

A: Hello studentGreetingsThe choice between static RAM (SRAM) and dynamic RAM (DRAM) is a fundamental…

Q: Describe how to expand a 32K byte RAM to a 128K word RAM (post your schematic). Please provide a…

A: The answer is given in the below step

Q: ICs, RAM using 8G×32-bit rnal gates, mal number of components. Each RAMI as R/W. CLOCK, EN', Data…

A: Given, to draw a block diagram of a 16.*64 bit Ram using 8G*32 bit Ram ICs. Below is the detailed…

Types of database architectures

A Database Architecture represents the Database Management System’s (DBMS) design (schema). The DBMS architecture makes it easy to understand the components involved in the database system and their relations. The DBMS architecture may vary based on the system on which it runs. Some systems contain both client and server machines whereas some run only on a server machine. Based on the architecture, the system can be classified as centralized, decentralized, or hierarchical.