Simplify the expression Sum-of-Product (SOP) for the logic function specified in the Table 1 using Kamaugh maps. [Ringkaskan ungkapan Jumlah-kepada-Produk (SOP) untuk fungsi logik yang dinyatakan dalam Jadual 1 menggunakan peta Karnaugh.] Table 1 [Jadual 1] Input [Masukan] Output [Keluaran] Q X Y 0. 1 1 X 1 1 1 b) Simplify the expression below and draw a logic circuit that represent it. [Ringkaskan ungkapan di bawah dan lukis litar logik yang mewakilinya.] Y = PQR + PQR + PQR + PQR + PQR Given the Sum-of-Product (SOP) expression below : [Diberi ungkapan Jumlah-kepada-Produk (SOP) di bawah:] c) F = RS + PQRS + PQRS + PQRS + PQRS + RS i. Formulate the simplify logic circuit using Karnaugh maps where P. Q. R and S are the logic Input whereas F is the logic Output. (Rumuskan litar logik yang mudah dengan menggunakan peta Karnaugh di mana A, B. C dan D adalah logik Masukan manakala F adalah Keluaran lomik ii. Draw the simplified logic circuit that represent it. [Lukis litar logik mudah yang mewakilinya.]

Simplify the expression Sum-of-Product (SOP) for the logic function specified in the Table 1 using Kamaugh maps. [Ringkaskan ungkapan Jumlah-kepada-Produk (SOP) untuk fungsi logik yang dinyatakan dalam Jadual 1 menggunakan peta Karnaugh.] Table 1 [Jadual 1] Input [Masukan] Output [Keluaran] Q X Y 0. 1 1 X 1 1 1 b) Simplify the expression below and draw a logic circuit that represent it. [Ringkaskan ungkapan di bawah dan lukis litar logik yang mewakilinya.] Y = PQR + PQR + PQR + PQR + PQR Given the Sum-of-Product (SOP) expression below : [Diberi ungkapan Jumlah-kepada-Produk (SOP) di bawah:] c) F = RS + PQRS + PQRS + PQRS + PQRS + RS i. Formulate the simplify logic circuit using Karnaugh maps where P. Q. R and S are the logic Input whereas F is the logic Output. (Rumuskan litar logik yang mudah dengan menggunakan peta Karnaugh di mana A, B. C dan D adalah logik Masukan manakala F adalah Keluaran lomik ii. Draw the simplified logic circuit that represent it. [Lukis litar logik mudah yang mewakilinya.]

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

See similar textbooks

Similar questions

Simplify the expression Sum-of-Product (SOP) for the logic function specified in the Table 1 using Kamaugh maps. [Ringkaskan ungkapan Jumlah-kepada-Produk (SOP) untuk fungsi logik yang dinyatakan dalam Jadual 1 menggunakan peta Karnaugh.] Table 1 [Jadual 1] Input [Masukan] Output [Keluaran] Q X Y 1 1 X 1 1 1
H.W: Reduce the combinational logic circuit in Figure below to a minimum form.
Construct the logic for 4-bit binary adder-subtractor using 4-bit parallel adder and XOR gates, draw the logic diagram, construct the circuit on hardware and complete the truth table
Design a logic circuit for decoder that accepts 3-bit input and displays alphabet “048” at the seven- segment as illustrated at Figure 1 (a). The input-output mapping shown in Table 1 (a). Refer Figure 1(b) and Figure 1(c) for seven-segment display format showing arrangements of segments using common anode connection. Show each steps clearly to produce the expressions and required design. [Rekabentuk litar logik untuk penyahkod yang menerima input 3-bit dan paparkan abjad "048" di tujuh-segmen seperti digambarkan pada Rajah 1(a). Pemetaan masukan-keluaran ditunjukkan dalam Jadual 1(a). Rujuk Rajah 1(b) and Rajah 1(c) untuk format paparan tujuh-segmen yang menunjukkan susunan segmen menngunakan sambungan 'common anode'. Tunjukkan setiap langkah dengan jelas untuk menghasilkan ungkapan dan reka bentuk yang dikehendaki.] Xs X6 X7 DECODER Figure 1(a) [Rajah 1(a)] a b с d e f g a 80123456789 Figure 1(c) [Rajah 1(c)] g Figure 1 (b) [Rajah 1(b)] b с DP
An X-input exclusive-OR gate and a Y-input exclusive-OR gate (where X=3, Y=4 have their outputs connected to a 2-input exclusive-NORgate. Do the following:a) Draw the logic diagram and analyze the logic expression of the output (in standard SOPform).b) List out all essential prime implicants.
Find the simplified sum-of-products representation of the function from the Karnaugh map shown in Figure below. Draw logic circuit. (Note that x is the don't care term) A-B 00 C-D 00 0 01 11 10 01 1 1 11 1 10 1
Consider two 8-bit inputs, A = $52 and B = $C3 to the arithmetic and logic unit (ALU). Compute R =A + B. Express R in the hexadecimal form $-- : -61 Express N-Z-V-C bits in the form ----:
A logic function is expressed by the equation = 0.1.8.9.4. Plot the the values on the K-map below Note: w is the msb (most significant bit) 3 x 10 0- - W X 1 00 01 Write the simplified Sum of Products (SOP) expression. Use yz WIM or "" for NOT; 11 10 for AND; "+" for OR (without the quotation marks.
Logic Design courses / EE200SP21 / General / Mid Term Examination Part II (Subjecti Compute the minimal products of sum and minimal sum of products expressions for following KMAP. Show your groupings on KMAP АВ CD 1 1 1 1 0. Instructions: You have to solve the answer by hand on paper, scan/take photo and upload it as a single file. Local Disk (D:) Mid Term Examinat.
I was able to fill out the truth table for part A. I ONLY need help for PART B. B) Implement the logic function (z) using the multiplexer 74HC151 shows in the picture.
(c) Figure Q3(c)(i) shows a register and Figure Q3(c)(ii) shows the input waveforms (CLOCK and Data in) to the circuit. A1 A9 A10 A2 Function generator A3 A11 A12 AS A13 A6 A14 A7 A15 Data in Bop.7) ip.r 82p.7) Logic analyser U1 U2 U3 U4 UO 6. 1. 6 1 6 INVERTER 3 CLK 3 CLK oCLK CLK 5 K K 5 K K 4027 Clock Function generator Figure Q3(c)(i) (i) Determine the type of register as shown in Figure Q3(c)(i).
USE DIGITAL LOGIC AND DESIGN Part 1: In Figure_4; we have 4-bit Comparator using 2-bit Comparators block. You have to satisfy given condition by applying all data on figure 4. At the end, given condition should produce HIGH output and other two should be LOW. A3 A2 A1 A0 = 1101 and B3 B2 B1 B0 = 1110 Figure_4 Part 2: The serial data-input waveform (Data in) and data-select inputs (S0 and S1) are shown in Figure_5. Determine the data-output waveforms from D0 through D3. Figure_5 Part 3: Decoder can be useful when we have to decode some specific numbers from their equivalent code. Figure 6 has a concept of 3 to 8 line decoder from which you have to generate output waveform from D0 to D7 with proper relationship to input. Figure_6 Part 4: The data-input and…