The MAX9960 dual-flash-pin electronics/supervoltage switch matrix replaces most of the relays and switches commonly needed to connect system resources to each of two pins in a flash memory or SOC ATE system (Figure 1). The device provides seven switches per channel to select up to four independent sources: the pin electronics (PE), two parametric measurement units (PMUs) or other Kelvin analog resources, and a flash memory programming supervoltage (FV HH _). The force-and-sense PMU switches are independently controlled, enabling their use to connect two non-Kelvin resources in place of each PMU or Kelvin resource. Each MAX9960 contains two complete seven-switch channels with fully independent controls. The MAX9960 features signal path switches with wide 600MHz bandwidth, low 3 series resistance, and low 8pF shunt capacitance over a voltage range compatible with common pin electronics ICs. An on-chip voltage-doubling buffer with selectable 1x or 2x gain generates the flash supervoltage, allowing a 6.5V DAC reference input to generate up to a maximum of 13V for flash-memory programming levels. When switching from the FVHH_ to PE_ or from PE_ to FVHH_, the device-under-test (DUT_) voltage behaves monotonically. Switching transitions between the PE_ and FVHH_ inputs are typically less than 350ns. The MAX9960 operates over a commercial 0C to +70C temperature range, and is available in the 48-pin thin QFN package (7mm x 7mm x 0.8mm) with an exposed pad on the bottom for heat removal.