Question

Zip Drive

07 Aug 2023
Answer :
Word Count : 497

Zip Drive:

A Zip drive is a type of removable storage device that was developed by Iomega in the 1990s as a successor to floppy disks and a predecessor to modern USB flash drives and external hard drives. It gained popularity as a medium for storing and transferring larger amounts of data compared to floppy disks, which had limited storage capacity.

1. Physical Design: The Zip drive consisted of a drive unit and removable cartridges. The cartridges were similar in size and shape to a floppy disk but thicker. The most common capacity for Zip disks was 100 MB and later 250 MB, with larger capacities (such as 750 MB and 1 GB) introduced in later iterations.

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Related Questions

Please refer to Figure 4 of Unit 1 of Block 1 on page 11 of the Instruction execution example.
Assuming a similar machine is to be used for the execution of the following three consecutive
instructions:
 LODA A ; Load the content of Memory location A into the Accumulator Register.
 ADD B ; Add the content of memory location B from Accumulator Register.
 STOR C ; Stores the content of Accumulator register to memory location C.
 However, this machine is different from the example of Figure 4 in the following ways:
 Each memory word of this new machine is of 16 bits in length.
 Each instruction is of length 32 bits with 16 bits for operation code (opcode) and 16 bits for
specifying one direct operand.
 The Main Memory of the machine would be of size 216 words.
 The three consecutive instructions are placed starting from memory location (11FE)h ;
operand A is at location (1FFF)h and contains a value (4321)h, Operand B is at location
(2000)h and contains a value (1FFE)h and operand C is at location (2001)h and contains a
value (0000)h.
 The AC, PC, MAR and MBR registers are of size 16 bits, whereas IR register is of size 32
bits. The initial content of the PC register is (11FE)h.

 

Explain the functioning of the D flip-flop and the T flip-flop with the help of a logic diagram and characteristic table. Also, explain the excitation table of this flip-flop

Explain the characteristics of RISC? Also, explain the RISC pipelining

Demonstrate two valid instructions of the machine; put some valid data values in registers and memory locations and show these two instructions.

Refer to the Figure 2(b) on page 8 in Unit 1 of Block 2. Draw the Internal organisation of an 8×8 RAM. Explain all the Input and Output of this organisation. Also answer the following:

Assume that you have a machine, as shown in section 3.2.2 of Block 3 having the microoperations given in Figure 10 on page 62 of Block 3. Consider that R1 and R2 both are 8-bit
registers and contain 11100111 and 00111100 respectively. What will be the values of select
inputs, carry-in input, and the result of the operation (including carry-out bit) if the following
micro-operations are performed? (For each micro-operation you may assume the initial value
of R1 and R2 as given above)
(i) Decrement R1
(ii) Add R1 and R2 with Carry
(iii) Exclusive OR of the registers R1 and R2
(iv) Shift right R1

 

Represent (-121.25)10 and (0.0625)10 in IEEE 754 single precision and double precision formats

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