Distributed mode registers in memory devices

1. A semiconductor device, comprising:

a plurality of mode registers;

a common address path coupled to each of the plurality of mode registers;

a common data path coupled to each of the plurality of mode registers, wherein the plurality of mode registers is configured such that only a respective one of the plurality of mode registers is selected responsive to a respective address signal on the common address path corresponding to the respective one of the plurality of mode registers;

a common read command path coupled to each of the plurality of mode registers;

a common write command path coupled to each of the plurality of mode registers; and

a plurality of AND gates, wherein each AND gate of the plurality of AND gates is configured to receive a read command signal on the common read command path and a respective select signal indicative of the address signal corresponding to the respective one of the plurality of mode registers.

2. The semiconductor device of claim 1 , comprising a plurality of driver circuits, wherein each driver circuit of the plurality of driver circuits is configured to output data stored in the respective one of the plurality of mode registers onto the common data path in response to receiving the read command signal on the common read command path and the address signal on the common address path that corresponds to the respective one of the plurality of mode registers.

3. The semiconductor device of claim 1 , comprising a plurality of driver circuits, wherein each driver circuit of the plurality of driver circuits is configured to receive an enable signal from a respective AND gate of the plurality of AND gates based on the read command signal and the respective select signal, wherein the enable signal is configured to cause a respective driver circuit to output data stored in the respective one of the plurality of mode registers onto the common data path.

4. The semiconductor device of claim 1 , comprising a plurality of circuit components, wherein each circuit component of the plurality of circuit components is configured to write data provided via the common data path into a respective mode register in response to receiving a write command signal on the common write command path and the address signal that corresponds to the respective mode register.

5. The semiconductor device of claim 1 , wherein each AND gate of the plurality of AND gates is configured to receive a write command signal on the common write command path and the respective select signal.

6. The semiconductor device of claim 5 , comprising a plurality of circuit components, wherein each circuit component of the plurality of circuit components is configured to receive a signal from a respective AND gate of the plurality of AND gates based on the write command signal and the respective select signal, wherein the signal is configured to cause a respective circuit component to store the data provided via the common data path into a respective mode register.

7. The semiconductor device of claim 1 , wherein each of the plurality of mode registers comprises an address decoder configured to determine whether the address signal corresponds to the respective one of the plurality of mode register.

8. A method, comprising:

receiving an address signal via a common address path coupled to each of a plurality of mode registers, wherein the address signal is indicative of an address of one of a plurality of mode registers;

receiving a write command via a common write command path coupled to each of the plurality of mode registers, wherein the write command is configured to begin a write operation of the one of the plurality of mode registers;

writing data present on a common data path coupled to each of the plurality of mode registers into the one of the plurality of mode registers in response to receiving the write command and determining that the address of the address signal corresponds to the one of the plurality of mode registers, wherein writing the data into the one of the plurality of mode registers comprises:

generating a signal indicative of a presence of the write command and the address of the address signal corresponding to the one of the plurality of mode registers; and

providing the signal to a circuit component configured to write the data into the one of the plurality of mode registers in response to receiving the signal.

9. The method of claim 8 , comprising:

receiving a read command via a common read command path coupled to each of the plurality of mode registers, wherein the read command is configured to begin a read operation of the one of the plurality of mode registers; and

outputting data stored on the one of the plurality of mode registers onto the common data path coupled to each of the mode registers, in response to receiving the read command and determining that the address of the address signal corresponds to the one of the plurality of mode registers.

10. The method of claim 9 , wherein outputting the data stored on the one of the plurality of mode registers onto the common data path comprises:

generating a select signal indicative of the address of the address signal corresponding to the one of the plurality of mode registers; and

providing an enable signal to a driver circuit coupled to the one of the plurality of mode registers, wherein the enable signal is configured to cause the driver circuit to output the data onto the common data path.

11. The method of claim 10 , wherein the driver circuit is coupled to the common data path and the one of the plurality of mode registers.