A method of input sensing using a transcapacitive input device comprising transmitter electrodes and receiver electrodes, the method comprising: receiving, at a sensing region of the input device, one or more inputs; and obtaining, using a plurality of receiver electrodes of the input device, measurement signals corresponding to the one or more inputs, wherein obtaining the measurement signals comprises: driving a first subset of the transmitter electrodes of the input device according to a first portion of a code-division-multiplexing transmitter control matrix, wherein consecutive rows of the code-division-multiplexing transmitter control matrix represent consecutive drive iterations or periods in time for each transmitter electrode, and the columns indicate the polarity (+1 and -1) or not transmitting for each transmitter electrode, wherein the first portion comprises as many rows as there are transmitter electrodes in the first subset, wherein the code-division-multiplexing transmitter control matrix is a zero row sum matrix, and obtaining first measurement signals with the plurality of receiver electrodes; and driving a second subset of the transmitter electrodes according to a second portion of the code-division-multiplexing transmitter control matrix, wherein the first and second subsets of transmitter electrodes include at least one transmitter electrode in common, wherein the second portion comprises as many rows as there are transmitter electrodes in the second subset, and obtaining second measurement signals with the plurality of receiver electrodes. receiving, at a sensing region of the input device, one or more inputs; and obtaining, using a plurality of receiver electrodes of the input device, measurement signals corresponding to the one or more inputs, wherein obtaining the measurement signals comprises: driving a first subset of the transmitter electrodes of the input device according to a first portion of a code-division-multiplexing transmitter control matrix, wherein consecutive rows of the code-division-multiplexing transmitter control matrix represent consecutive drive iterations or periods in time for each transmitter electrode, and the columns indicate the polarity (+1 and -1) or not transmitting for each transmitter electrode, wherein the first portion comprises as many rows as there are transmitter electrodes in the first subset, wherein the code-division-multiplexing transmitter control matrix is a zero row sum matrix, and obtaining first measurement signals with the plurality of receiver electrodes; and driving a second subset of the transmitter electrodes according to a second portion of the code-division-multiplexing transmitter control matrix, wherein the first and second subsets of transmitter electrodes include at least one transmitter electrode in common, wherein the second portion comprises as many rows as there are transmitter electrodes in the second subset, and obtaining second measurement signals with the plurality of receiver electrodes. driving a first subset of the transmitter electrodes of the input device according to a first portion of a code-division-multiplexing transmitter control matrix, wherein consecutive rows of the code-division-multiplexing transmitter control matrix represent consecutive drive iterations or periods in time for each transmitter electrode, and the columns indicate the polarity (+1 and -1) or not transmitting for each transmitter electrode, wherein the first portion comprises as many rows as there are transmitter electrodes in the first subset, wherein the code-division-multiplexing transmitter control matrix is a zero row sum matrix, and obtaining first measurement signals with the plurality of receiver electrodes; and driving a second subset of the transmitter electrodes according to a second portion of the code-division-multiplexing transmitter control matrix, wherein the first and second subsets of transmitter electrodes include at least one transmitter electrode in common, wherein the second portion comprises as many rows as there are transmitter electrodes in the second subset, and obtaining second measurement signals with the plurality of receiver electrodes.