Assertion (A): Each memory chip has its own address latch. Reason (R): ALE signal comes out of microprocessor 8085 and goes to memory chip.

Microprocessor
Assertion (A): Each memory chip has its own address latch. Reason (R): ALE signal comes out of microprocessor 8085 and goes to memory chip.

Both A and R are correct but R is not correct explanation of A

A is wrong R is correct

A is correct R is wrong

Both A and R are correct and R is correct explanation of A

Both A and R are correct but R is not correct explanation of A

A is wrong R is correct

A is correct R is wrong

Both A and R are correct and R is correct explanation of A

ANSWER DOWNLOAD EXAMIANS APP

Microprocessor
The multiplexing of address bus and data buses is used in

depends on the internal architecture.

none of these.

never multiplexed.

all the microprocessors.

depends on the internal architecture.

none of these.

never multiplexed.

all the microprocessors.

ANSWER DOWNLOAD EXAMIANS APP

Microprocessor
Using DeMorgan’s Theorem we can convert any AND-OR structure into

NAND-NOR

NAND-NAND

NOR-NAND

OR-NAND

NAND-NOR

NAND-NAND

NOR-NAND

OR-NAND

ANSWER DOWNLOAD EXAMIANS APP

Microprocessor
Maximum number of I/O that can be addressed by the INTEL 8085 is

256

285

65536

512

256

285

65536

512

ANSWER DOWNLOAD EXAMIANS APP

Microprocessor
In an intel 8085A, which is the first machine cycle of an instruction?

A memory write cycle

An I/O read cycle

A memory read cycle

An op-code fetch cycle

A memory write cycle

An I/O read cycle

A memory read cycle

An op-code fetch cycle

ANSWER DOWNLOAD EXAMIANS APP

Microprocessor
How can we make any bit of a register “1”?

OR that bit with “1” and remaining bits with “0”.

OR that bit with “0” and remaining bits with “1”.

AND that bit with “0” and remaining bits with “1”.

AND that bit with “1” and remaining bits with “0”.

OR that bit with “1” and remaining bits with “0”.

OR that bit with “0” and remaining bits with “1”.

AND that bit with “0” and remaining bits with “1”.

AND that bit with “1” and remaining bits with “0”.

ANSWER DOWNLOAD EXAMIANS APP

Microprocessor

Microprocessor Assertion (A): Each memory chip has its own address latch. Reason (R): ALE signal comes out of microprocessor 8085 and goes to memory chip.

Microprocessor The multiplexing of address bus and data buses is used in

Microprocessor Using DeMorgan’s Theorem we can convert any AND-OR structure into

Microprocessor Maximum number of I/O that can be addressed by the INTEL 8085 is

Microprocessor In an intel 8085A, which is the first machine cycle of an instruction?

Microprocessor How can we make any bit of a register “1”?

Microprocessor
Assertion (A): Each memory chip has its own address latch. Reason (R): ALE signal comes out of microprocessor 8085 and goes to memory chip.

Microprocessor
The multiplexing of address bus and data buses is used in

Microprocessor
Using DeMorgan’s Theorem we can convert any AND-OR structure into

Microprocessor
Maximum number of I/O that can be addressed by the INTEL 8085 is

Microprocessor
In an intel 8085A, which is the first machine cycle of an instruction?

Microprocessor
How can we make any bit of a register “1”?