Feb 23, 2008 #1 joe1986 Full Member level 4 Joined Jan 25, 2008 Messages 204 Helped 24 Reputation 48 Reaction score 11 Trophy points 1,298 Activity points 2,922 wht is the difference between KIRCHOFFS'S VOLTAGE LAW and kirchoff's current law??
Feb 23, 2008 #2 Q qslazio Full Member level 3 Joined May 23, 2004 Messages 175 Helped 18 Reputation 36 Reaction score 7 Trophy points 1,298 Activity points 1,420 difference between kcl and kvl laws KVL means the sum of voltage across any closed loop is zero KCL means the sum of current into one node is zero
difference between kcl and kvl laws KVL means the sum of voltage across any closed loop is zero KCL means the sum of current into one node is zero
Feb 23, 2008 #3 A angel_oax Newbie level 6 Joined Nov 21, 2007 Messages 14 Helped 2 Reputation 4 Reaction score 0 Trophy points 1,281 Activity points 1,356 KVL AND KCL??? KVL: The sum of all the voltages in a closed loop is zero KCL: The sum of the currents leaving a node=the sum of the currents entering the node i.e: N1 N2 N3 o---/\/\/\/\/\/\--o---/\/\/\/\/\/\--o I1 ---> I2 ---> here I1=I2 Sorry, the draw moves when i post it, but this is the idea
KVL AND KCL??? KVL: The sum of all the voltages in a closed loop is zero KCL: The sum of the currents leaving a node=the sum of the currents entering the node i.e: N1 N2 N3 o---/\/\/\/\/\/\--o---/\/\/\/\/\/\--o I1 ---> I2 ---> here I1=I2 Sorry, the draw moves when i post it, but this is the idea
Feb 23, 2008 #4 A amiran2001 Member level 3 Joined Jan 15, 2007 Messages 61 Helped 2 Reputation 4 Reaction score 0 Trophy points 1,286 Location USA Activity points 1,708 Re: KVL AND KCL??? KVL states that the sum of the elements voltage in a closed loop is zero but KCL says that for a closed surface the algebraic sum of the currents are zero.
Re: KVL AND KCL??? KVL states that the sum of the elements voltage in a closed loop is zero but KCL says that for a closed surface the algebraic sum of the currents are zero.