Last year, Finnish and Italian physicists created a "heat" version of one of these, allowing voltage to control heat flow at low levels.  MESFET types are well suited for microwave applications such as cellular networks, while decreases in their size have successfully proven Moore's Law.  Point-contact devices from Brattain and Bardeen combined with work on junctions by William Schockley to produce the first of these devices, which earned the three the 1956 Nobel Prize in Physics.  FTP, name this circuit component with a base, a collector and an emitter, the main compo
Last year, Finnish and Italian physicists created a "heat" version of one of these, allowing voltage to control heat flow at low levels.  MESFET types are well suited for microwave applications such as cellular networks, while decreases in their size have successfully proven Moore's Law.  Point-contact devices from Brattain and Bardeen combined with work on junctions by William Schockley to produce the first of these devices, which earned the three the 1956 Nobel Prize in Physics.  FTP, name this circuit component with a base, a collector and an emitter, the main component of most electronic devices.          |
Last year, Finnish and Italian physicists created a "heat" version of one of these, allowing voltage to control heat flow at low levels.  
{Transistor}