Computer Organization

Here, the output is OFF only when both the inputs are ON.

Each operand datum occupies one byte in 8086 processor.

Here, a latching circuit timed with the clock signal would most likely have to be connected to the IGFET gate to ensure full discharge of the capacitor when the comparator's output goes high.

The output is ON only when any one of the inputs were ON and output is OFF if both inputs are at the same logic.

 Full Adder :
The Full Adder accepts three 1 bit inputs and generates a Sum and a Carry output.

This flag is set to 1 if the low-order 8 bits of the result contains an even number of 1's, otherwise it is cleared in 8086 processor.

It should be used to clock a catch and hold circuit such as 74LS245 or 74LS373.

This line indicates that the 8085 micro processor is going to send data away from itself.

This line indicates that the 8085 micro processor is expecting data to be fed to it.

It takes n input lines and provides pow(2,n) output lines.

Here, if any of the input resistor is different, the input voltages would have different degrees of effect on the input and the output voltage would not be a true sum.

These instructions permit the accumulator to access groups of data bytes, as may be necessary with long precision arithmetic in 8085 processor.

Multiplexers take data in parallel from several sources and send the data out serially on one line in a time sequence.

It indicates when two numbers are equal or which number is greater than the other.

These instructions provide a quick means of adding one to the contents of a register or memory location in 8085 processor.

These instructions provide a means of subtracting 1 from the contents of a register or a memory location in 8085 processor.

These instructions perform a logical AND function between the specified byte, either in a register or in the address contained in the H&L registers, and the contents of the accumulator in 8085 processor.

In a priority encoder, the highest value input digit is encoded and any other active input is ignored.

It is one in which all the flip-flops are simultaneously triggered from the same clock input.

These bits are used for error detection in digital codes.

These instructions perform inclusive OR's between the specified byte, either in a register or in the address contained in the H&L registers and the contents of the accumulator in 8085 processor.

It situates various bits to form masks or generate output data via SOD line in 8085 processor.

These instructions perform Exclusive Or's functions between a specified byte, either in a register or in a byte contained in the address in the H&L registers, and the contents of the accumulator in 8085 processor.

This instruction compares the contents of the accumulator to a fixed value provided by the second byte of the instruction in 8085 processor.

The mode control may control the direction of shifting in some real devices and the data will be shifted one bit position for each clock pulse.

This flag is set to 1 if the result is zero and 0 if the result is nonzero in 8086 processor.

This instruction permits the system to examine the interrupt mask by loading into the A register a byte which defines the condition of the mask bits for the maskable interrupts in 8085 processor.

If the complement output of a ring counter is fed back to the input instead of the true output, a Johnson Counter results.

This instruction includes the carry flag in the circle in 8086 processor.

The high-to-low transition of the comparator's output will cause the shift register to load whatever binary count is being output by the counter, thus updating the ADC circuit's output.