Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Technology-compatible graphene synaptic transistor with adsorbate removal prior to encapsulation, yielding a more symmetric transfer characteristic and a larger memory window at nonzero gate bias. Graphene channel is monolayer, transferred from CVD-grown Cu foil and patterned to a 50 µm width with 5 µm channel length.
Technology-compatible graphene synaptic transistor fabricated without long preheating in Ar, resulting in adsorbate-assisted doping and a shifted transfer characteristic with lower-power readout at VREAD = 0. Graphene channel is monolayer, transferred from CVD-grown Cu foil and patterned to a 50 µm width with 10 µm channel length.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Technology-compatible graphene synaptic transistor with adsorbate removal prior to encapsulation, yielding a more symmetric transfer characteristic and a larger memory window at nonzero gate bias. Graphene channel is monolayer, transferred from CVD-grown Cu foil and patterned to a 50 µm width with 5 µm channel length.
Technology-compatible graphene synaptic transistor fabricated without long preheating in Ar, resulting in adsorbate-assisted doping and a shifted transfer characteristic with lower-power readout at VREAD = 0. Graphene channel is monolayer, transferred from CVD-grown Cu foil and patterned to a 50 µm width with 10 µm channel length.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Technology-compatible graphene synaptic transistor with adsorbate removal prior to encapsulation, yielding a more symmetric transfer characteristic and a larger memory window at nonzero gate bias. Graphene channel is monolayer, transferred from CVD-grown Cu foil and patterned to a 50 µm width with 5 µm channel length.
Technology-compatible graphene synaptic transistor fabricated without long preheating in Ar, resulting in adsorbate-assisted doping and a shifted transfer characteristic with lower-power readout at VREAD = 0. Graphene channel is monolayer, transferred from CVD-grown Cu foil and patterned to a 50 µm width with 10 µm channel length.
Each sample groups how it was prepared, characterized, and measured. Click a card to expand.
Technology-compatible graphene synaptic transistor with adsorbate removal prior to encapsulation, yielding a more symmetric transfer characteristic and a larger memory window at nonzero gate bias. Graphene channel is monolayer, transferred from CVD-grown Cu foil and patterned to a 50 µm width with 5 µm channel length.
Technology-compatible graphene synaptic transistor fabricated without long preheating in Ar, resulting in adsorbate-assisted doping and a shifted transfer characteristic with lower-power readout at VREAD = 0. Graphene channel is monolayer, transferred from CVD-grown Cu foil and patterned to a 50 µm width with 10 µm channel length.
