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Q. Data transmission in Bus Topology ?
Bus Topology:This topology shares a single path or link way among all users. This common single path way is called bus. In this topology, link serves as a high way for all data signals and users connect on to the bus at their node location. In bus configurations, network control isn't centralized to a particular node. Here control is distributed among all nodes connected to the LAN. Data transmission on a bus network is generally in the form of small packets comprising user addresses and data. When one user/node desires to transmit data to another station, it monitors bus to determine if it's currently being used. If no other nodes/users are communicating over the network, monitoring node/user can start to transmit its data. Every node should monitor all transmission on the network and determine which are intended for them.
Which Segment is used to store interrupt and subroutine return address registers? Ans) Stack Segment in segment register is used to kept interrupt and subroutine return address
Q. Consider the bridge circuit given in Figure with R 1 = 24 k, R 2 = 48 k, and R 3 = 10 k. Find R when the bridge is balanced with V = 0.
how started the use of complex variables in circuit analysis for the first time.
Suppose that the x rays are emitted from a focal spot isotropically. The photon flux is 3.28 x 10 6 photons mm -2 sec -1 at a distance of 0.75 m from the focal spot. What is the
Explain the Parallel In - Parallel Out Shift Registers? For "parallel in - parallel out" shift registers all data bits show on the parallel outputs immediately following the si
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Q. Show NPN Common Emitter Amplifier? The common emitter configuration lends itself to voltage amplification and is the most common configuration for transistor amplifiers.
Q. Determine the Laplace transform for each of the following functions from the basic de?nition of Equation. (a) f 1 (t) = u(t) (b) f 2 (t) = e-at (c) f 3 (t) = df (t) dt,
Q. Consider a 1-bit version of the digital comparator shown in Figure. Note that the operation of this circuit is such that whichever output is 1 gives the desired magnitude compar
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