 Abstract organic electrochemical transistors, OECTs, based on poly or 3 for ethylenedioxyophen poly, styrene sulfonic acid, Pettit-OPSS, have been widely used as a benchmark system in organic bioelectronics due to their superior mechanical properties and ionic electronic transduction. However, these devices suffer from high static power dissipation, limiting their application in electronic systems. To address this issue, researchers developed Pettit-OPSS based dual gate OECTs with a solid state electrolyte, allowing for the adjustment of the threshold voltage during operation. This allows for the tuning of the threshold voltage without affecting the device's performance, making it easier for circuit designers to adjust the threshold voltage only by changing the device dimensions. Furthermore, the Pettit-OPSS based dual gate OECTs can also be pushed to accumulation mode operation, simplifying the design of complementary inverters. This article was authored by H.S.N. Seng, Anton Weisbach, Joseph Kaczynski, and others. We are article.tv, links in the description below.