**Magnitude Comparator Circuit Diagram 10**

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From the above examples we can summarize steps for 10's complement BCD subtraction as follows. • Find the 10's complement of a 4.37 shows the logic diagram of the circuit to implement above mentioned steps to perform BCD subtraction using 10's complement method. As shown in the Fig. 4.36 nbit comparator A>B A=B A<B A comparator is a special combinational circuit designed primarily to compare the relative magnitude of two binary numbers. Fig. 4.38 shows the block Offers a fresh, uptodate approach to digital design, whereas most literature available is sorely outdated Progresses though low levels of design, making a clear distinction between design and gatelevel minimization Addresses the various Q.34 Design a 4bit magnitude.comparator to compare two 4bit numbers. (NovVDec2007, 16 Marks) Ans. : If the number of bits to be compared is more than two bits, the truth tables and hence the circuit becomes more complicated. Thus, we can implement 4bit comparator with some 4. Q.35 Ans. Implement the Booleam function using 8 : 1. Fig. 10 4bit magnitude comparator D = 1 Fig. 1 (b) State diagram for JK. Digital Principles & Systems Design P 58 Design with MSI Devices.The pin configuration, logic diagram, and truth table are shown in Fig. 533. This adder is also capable of adding only one column of binary bits by using A\ and B\ as the input terminals, C0 as the carryin terminal, Si is the sum output, and 12 as the carryout pin, as listed in the truth tables.of Figs. 533(c) and (d). Inputs A2 and B2 must be tied low. 510 MAGNITUDE COMPARATOR The magnitude comparator circuit compares two binary numbers and indicates whether one number is Digital. Comparator. N LAST MONTH'S column, we discussed the analog comparator and illustrated some applications for it. This month, we're going to look at its digital counterpart, the magnitude ccrnparator. Figure 1 is the logic diagram for a simple magnitude comparator. The circuit, which can be made using a single On the other hand, if a leading bit is somehow changed from a 0 to a 1, a transmitted O10 will be received as a 12810. You can imagine the problems that would See also Logic functions bubbletobubble convention with, 104—105,.105f doublerail inputs with, 107 levels of gating with, 107 logic circuit design approach with, 135—137, 136f, 137f, 137t logic diagrams with, 104—110, 104f, 107f—110f 106f simplification by DeMorgan equivalent method for, 133—135, 133f—135f simplification by Karnaugh map method for, 125—133, 1261', 127f—133f,129t,130t,132t sum term with, 113, 117 synthesis with, 107 truth table from, 1 10—112, Design of adder, Subtractor, Comparators, Code converters , Encoders, Decoders, Multiplexers and demultiplexers, Function realization using gates and multiplexers.Synchronous Sequential CircuitsFlipflops SR, D, JK and T. Analysis of The circuit diagram of the addon card is given in Fig. 1. Description IC2 (74HCT688).is an 8bit magnitude comparator. The address bus lines A2 through A9 are continuously monitored by it, and compared with the address set by the resistors and the DIP switches on the right side (in Fig. 1) of IC2. Here, we have specified an address of 300 hex, which is a vacant I/O address on the IBM PC. This address has been reserved by IBM for experimental work. If 22 o 31 O IC3 74HCT245 14 Commercially available magnitude comparators contain three output pins for this purpose. The function table for a 1bit magnitude comparator is shown in Table 1014. Activehigh outputs are used to represent the specific output condition. The circuit must output high at the A — Boa{ output when B0A0 = 00 and B0An =11. The logic diagram for.the 1bit magnitude comparator is presented in Fig. 1039. The top AND gate in the figure will output a high when A < B (B0A0). The lower