Multilayer Cap

The inven­tion: A MIM energy stor­age device com­pris­ing a bot­tom elec­trode; a plur­al­ity of con­duct­ive ver­tic­al nano­struc­tures; con­form­ally coat­ing a bot­tom con­duct­ive con­trol lay­er of each of the plur­al­ity of con­duct­ive ver­tic­al nano­struc­tures; and a layered stack of altern­at­ing con­duct­ive con­trol lay­ers and elec­trode lay­ers con­form­ally coat­ing the bot­tom con­duct­ive con­trol lay­er, the layered stack includ­ing at least a first odd-numbered elec­trode lay­er at the bot­tom of the layered stack, a first odd-numbered con­duct­ive con­trol lay­er dir­ectly on the first odd-numbered elec­trode lay­er, and a first even-numbered elec­trode lay­er dir­ectly on the first odd-numbered con­duct­ive con­trol lay­er. Each even-numbered elec­trode lay­er in the layered stack is con­duct­ively con­nec­ted to the bot­tom elec­trode; and each odd-numbered elec­trode lay­er in the layered stack is con­duct­ively con­nec­ted to any oth­er odd-numbered elec­trode lay­er in the layered stack.

Granted patents relating to the innovation