The bit capacity of a memory that has 2048 addresses and can store 8 bits at each address is ___________(a) 4096(b) 16384(c) 32768(d) 8129The question was asked in class test.I'm obligated to ask this question of Programmable Read Only Memory in chapter Memory Devices of Digital Circuits

The bit capacity of a memory that has 2048 addresses and can store 8 b

1.	The bit capacity of a memory that has 2048 addresses and can store 8 bits at each address is ___________(a) 4096(b) 16384(c) 32768(d) 8129The question was asked in class test.I'm obligated to ask this question of Programmable Read Only Memory in chapter Memory Devices of Digital Circuits
Answer» Right ANSWER is (b) 16384 Explanation: 1 address can store 8 bits. Therefore, TOTAL capacity of a memory having N addresses = 8 * n. Therefore, for 2048 addresses, total capacity of a memory = 2048 * 8 = 16384 bits.

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The bit capacity of a memory that has 2048 addresses and can store 8 bits at each address is ___________(a) 4096(b) 16384(c) 32768(d) 8129The question was asked in class test.I'm obligated to ask this question of Programmable Read Only Memory in chapter Memory Devices of Digital Circuits

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