A resistive divider circuit (100, 300, 700) for differential signaling, wherein the resistive divider circuit is fabricated on a substrate, the resistive divider circuit comprising: a first branch; and a second branch; wherein each branch comprises: an input (106, 108); a first resistive component (110, 112) comprised of a plurality of unit resistors; a second resistive component (114, 116) comprised of a plurality of unit resistors; and an output (118, 120) connected between the first resistive component and the second resistive component, the output forming a differential mode output; wherein the number of unit resistors of the first resistive component in each of said branches is equal to the number of unit resistors of the second resistive component in each of said branches; wherein the unit resistors of the first resistive components are fabricated with dimensions similar to each other and similar to the unit resistors of the second resistive components; and wherein the plurality of unit resistors of each of the first resistive components (110, 112), respectively, are symmetrically positioned around a common centroid formed by the plurality of unit resistors of the first resistive components, and the plurality of unit resistors of each of the second resistive components (114, 116), respectively, are symmetrically positioned around a common centroid formed by the plurality of unit resistors of the second resistive components. a first branch; and a second branch; wherein each branch comprises: an input (106, 108); a first resistive component (110, 112) comprised of a plurality of unit resistors; a second resistive component (114, 116) comprised of a plurality of unit resistors; and an output (118, 120) connected between the first resistive component and the second resistive component, the output forming a differential mode output; wherein the number of unit resistors of the first resistive component in each of said branches is equal to the number of unit resistors of the second resistive component in each of said branches; wherein the unit resistors of the first resistive components are fabricated with dimensions similar to each other and similar to the unit resistors of the second resistive components; and wherein the plurality of unit resistors of each of the first resistive components (110, 112), respectively, are symmetrically positioned around a common centroid formed by the plurality of unit resistors of the first resistive components, and the plurality of unit resistors of each of the second resistive components (114, 116), respectively, are symmetrically positioned around a common centroid formed by the plurality of unit resistors of the second resistive components. an input (106, 108); a first resistive component (110, 112) comprised of a plurality of unit resistors; a second resistive component (114, 116) comprised of a plurality of unit resistors; and an output (118, 120) connected between the first resistive component and the second resistive component, the output forming a differential mode output; wherein the number of unit resistors of the first resistive component in each of said branches is equal to the number of unit resistors of the second resistive component in each of said branches; wherein the unit resistors of the first resistive components are fabricated with dimensions similar to each other and similar to the unit resistors of the second resistive components; and wherein the plurality of unit resistors of each of the first resistive components (110, 112), respectively, are symmetrically positioned around a common centroid formed by the plurality of unit resistors of the first resistive components, and the plurality of unit resistors of each of the second resistive components (114, 116), respectively, are symmetrically positioned around a common centroid formed by the plurality of unit resistors of the second resistive components.