Use a VCVS - voltage controlled voltage source. This is an E source. Connect the input terminals to your voltage source and reverse the output connections.
It's a pulse source: Vxxx n+ n- pulse (v1 v2 td tr tf pw per)
For a new pulse source VB between nodes B & 0 with complementary signal just reverse the voltage values v1 & v2 :
It's a pulse source: Vxxx n+ n- pulse (v1 v2 td tr tf pw per)
For a new pulse source VB between nodes B & 0 with complementary signal just reverse the voltage values v1 & v2 :
Thanks for your reply.....I have used the same to generate the complementary signal.....Is there any way to generate the signal without using the voltage source VA 0r VB since it ultimately increases the average power....
Use a VCVS - voltage controlled voltage source. This is an E source. Connect the input terminals to your voltage source and reverse the output connections.
it is as simple as that. I prefer it to a separate voltage source because if you change your original source the E source changes the complementary one automatically.
There are many ways to generate such signals: any type of oscillator + opAmp for phase reversal. But they all need power, whereas VCVS, pulse source or E-element sources don't consume any power (for themselves) as their internal generation resistance is zero.