A match network comprising one or more variable capacitors (1910, 1912), each of the one or more variable capacitors comprising: a digital input; N switched capacitors each having an on and an off state that is controlled by the digital input; an analog output; and an interconnect network coupled to each of the N switched capacitors, wherein the interconnect network is configured to provide a sum of the contributions of the N switched capacitors to a capacitance of the one or more variable capacitors between terminals of the analog output; wherein, in use, for each one of the N switched capacitors: a contribution of one of the N switched capacitors is a change in the capacitance of the one or more variable capacitors when a state of the one of the N switched capacitors is switched from off to on and all remaining N-1 switched capacitors' states remain the same, and the contribution of at least one of the N switched capacitors varies across a range based on the states of the remaining N-1 switched capacitors; wherein, in order to form an ordering of the N switched capacitors, the N switched capacitors are ordered from smallest to largest via an average of each switched capacitors' range of contributions to the capacitance of the one or more variable capacitors, wherein a gap size, D, in the capacitance of each of the one or more variable capacitors is less than or equal to two times a maximum of a contribution of the first of the N switched capacitors in the ordering of the N switched capacitors, and for k ranging from two to N, a maximum contribution of a k th switched capacitor is less than or equal to D plus a sum of minimum contributions of switched capacitor 1 through switched capacitor k-1. a digital input; N switched capacitors each having an on and an off state that is controlled by the digital input; an analog output; and an interconnect network coupled to each of the N switched capacitors, wherein the interconnect network is configured to provide a sum of the contributions of the N switched capacitors to a capacitance of the one or more variable capacitors between terminals of the analog output; wherein, in use, for each one of the N switched capacitors: a contribution of one of the N switched capacitors is a change in the capacitance of the one or more variable capacitors when a state of the one of the N switched capacitors is switched from off to on and all remaining N-1 switched capacitors' states remain the same, and the contribution of at least one of the N switched capacitors varies across a range based on the states of the remaining N-1 switched capacitors; wherein, in order to form an ordering of the N switched capacitors, the N switched capacitors are ordered from smallest to largest via an average of each switched capacitors' range of contributions to the capacitance of the one or more variable capacitors, wherein a gap size, D, in the capacitance of each of the one or more variable capacitors is less than or equal to two times a maximum of a contribution of the first of the N switched capacitors in the ordering of the N switched capacitors, and for k ranging from two to N, a maximum contribution of a k th switched capacitor is less than or equal to D plus a sum of minimum contributions of switched capacitor 1 through switched capacitor k-1. a contribution of one of the N switched capacitors is a change in the capacitance of the one or more variable capacitors when a state of the one of the N switched capacitors is switched from off to on and all remaining N-1 switched capacitors' states remain the same, and the contribution of at least one of the N switched capacitors varies across a range based on the states of the remaining N-1 switched capacitors; wherein, in order to form an ordering of the N switched capacitors, the N switched capacitors are ordered from smallest to largest via an average of each switched capacitors' range of contributions to the capacitance of the one or more variable capacitors, wherein a gap size, D, in the capacitance of each of the one or more variable capacitors is less than or equal to two times a maximum of a contribution of the first of the N switched capacitors in the ordering of the N switched capacitors, and for k ranging from two to N, a maximum contribution of a k th switched capacitor is less than or equal to D plus a sum of minimum contributions of switched capacitor 1 through switched capacitor k-1.