Imagine 1 Amp of Current in a 1mm² Switch
Imagine 1 Amp of Current in a 1mm² Switch
Imagine 1 Amp of Current in a 1mm² Switch
Cenfire has succeeded where many companies have failed by creating an extremely small switching platform that is manufacturable, scalable, and capable of the highest current density of any switch in the world — over one amp through a component only 1mm x 1mm in size!
Cenfire has succeeded where many companies have failed by creating an extremely small switching platform that is manufacturable, scalable, and capable of the highest current density of any switch in the world — over one amp through a component only 1mm x 1mm in size!
Cenfire has succeeded where many companies have failed by creating an extremely small switching platform that is manufacturable, scalable, and capable of the highest current density of any switch in the world — over one amp through a component only 1mm x 1mm in size!
Cenfire has succeeded where many companies have failed by creating an extremely small switching platform that is manufacturable, scalable, and capable of the highest current density of any switch in the world — over one amp through a component only 1mm x 1mm in size!
Cenfire has succeeded where many companies have failed by creating an extremely small switching platform that is manufacturable, scalable, and capable of the highest current density of any switch in the world — over one amp through a component only 1mm x 1mm in size!
Cenfire has succeeded where many companies have failed by creating an extremely small switching platform that is manufacturable, scalable, and capable of the highest current density of any switch in the world — over one amp through a component only 1mm x 1mm in size!
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What’s in the eBook?
We’ll introduce a better relay platform – a truly manufacturable switch.
We’ll introduce a better relay platform – a truly manufacturable switch.
We’ll introduce a better relay platform – a truly manufacturable switch.
We’ll introduce a better relay platform – a truly manufacturable switch.
We’ll introduce a better relay platform – a truly manufacturable switch.
We’ll analyze why MEMS are the solution to future demands.
We’ll analyze why MEMS are the solution to future demands.
We’ll analyze why MEMS are the solution to future demands.
We’ll analyze why MEMS are the solution to future demands.
We’ll analyze why MEMS are the solution to future demands.
And to kick it off, we’ll take a walk through the evolution of switches and relays.
And to kick it off, we’ll take a walk through the evolution of switches and relays.
And to kick it off, we’ll take a walk through the evolution of switches and relays.
And to kick it off, we’ll take a walk through the evolution of switches and relays.
And to kick it off, we’ll take a walk through the evolution of switches and relays.