dc coupled inverting op-amp biased with VDB
![dc inverting vdb circuit diagram](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhrSVxQSaH6YmdFKFHAQR6IBwBYGvuqviRuN2rvGn4PT2huIt4EU3gQ2SMH3He05Q14Ewcw7rSa6xHEerVFv2NX2QmhRLAliBGJrJHeaiCJ1QcgcV1PEDtuFI_2fgIj14OX2QpXTonajYKqvaAFO7o87PbQUXrAb2kXSTZJgJ7XePr3NmejiR2Kirry4A/s1600/dc%20inverting%20vdb%20circuit%20diagram.png)
DC coupled Inverting Op-Amp biased with VDB
This calculators helps you to bias an dc coupled inverting op-amp using single supply voltage.
Equations Used:
\(A_v=-\frac{R_2}{R_1}\)
\(V_b = \frac{R_4}{R_3+R_4}V_s\)
ac coupled inverting op-amp biased with voltage divider biasing method
![ac coupled inverting op-amp biased with voltage divider biasing circuit diagram](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEh-G3bvAUx2CAL7_LA7c45oa79tzD7bpUGzZ89rhkTUopprA5YH4G_PjUFLudW22okYbvw3TbU7dQxE3iEOdBCCxIyLh7akQFNw6zzlcH2QwarLyfmC1UY87xOYhcdUf0XR90-3mIbsiwYss3l_L-o6z4O_YnoDrhAp2MpXi_Xd5LRUcWGlKfWUzJkzng/s1600/ac%20coupled%20inverting%20op-amp%20biased%20with%20voltage%20divider%20biasing%20circuit%20diagram.png)
ac coupled Inverting Op-Amp biased with voltage divider biasing method
This calculator can be used to bias ac coupled inverting op-amp using the split resistor biasing methods.
Equations Used:
\(A_v=-\frac{R_2}{R_1}\)
\(V_b = \frac{R_4}{R_3+R_4}V_s\)
ac coupled Inverting Op-Amp biased with voltage follower
![ac coupled Inverting Op-Amp biased with voltage follower biasing circuit diagram](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEig-rO6U9CSqiekYVU94v24g1vkvPlw_VwtXa3v3sGpfPfsgaZkviBw5I7hz4BD-WnIFzYxJ2Xs8A-irsTveozus-hUFUtIqrN05Nind-0OS2-pPruptPPjB3GGw29C2r5AZ3jXnYKJOtWoMUppwaF6Re-a1xJxtinjy4EgokvMQ__3KVME7_Gg1PupwA/s1600/ac%20coupled%20Inverting%20Op-Amp%20biased%20with%20voltage%20follower%20biasing%20circuit%20diagram.png)
ac coupled Inverting Op-Amp biased with voltage follower biasing method
The above calculator can be used to bias ac coupled inverting op-amp using voltage follower biasing method.
Equations Used:
\(A_v=-\frac{R_2}{R_1}\)
\(V_b = \frac{R_4}{R_3+R_4}V_s\)