Mar 13, 2011 #1 I IvanTheTerrible Junior Member level 1 Joined Oct 3, 2009 Messages 18 Helped 0 Reputation 0 Reaction score 0 Trophy points 1,281 Activity points 1,398 The layout on the right reduces Rg by a factor of 4 by having 2 Rg/2 in parallel, how does the layout on the left reduces Rg?
The layout on the right reduces Rg by a factor of 4 by having 2 Rg/2 in parallel, how does the layout on the left reduces Rg?
Mar 13, 2011 #2 M Milad-D Full Member level 3 Joined Jan 13, 2011 Messages 169 Helped 59 Reputation 118 Reaction score 58 Trophy points 1,308 Location Netherlands Activity points 2,189 I think the left one also reduces the rg by 4. For RF transistors, both ideas are used to reduce the rg.
I think the left one also reduces the rg by 4. For RF transistors, both ideas are used to reduce the rg.
Mar 14, 2011 #3 V vijaymishra Newbie level 5 Joined Jun 8, 2009 Messages 8 Helped 1 Reputation 2 Reaction score 1 Trophy points 1,283 Activity points 1,333 Intutively, the layout technique on the left, is like, applying same potential to either ends of a resistor, thereby making them in parallel.
Intutively, the layout technique on the left, is like, applying same potential to either ends of a resistor, thereby making them in parallel.