Low-Voltage Poly(3-Hexylthiophene)/Poly(Vinyl Alcohol) Field-Effect Transistor and Inverter

Copper phthalocyanine based vertical organic field effect transistor with naturally patterned tin intermediate grid electrode

“…The PVA solution was prepared as described in Ref. [22], dissolving 60 mg/mL PVA in ultrapure deionized water (resistivity > 18.2 MU/cm). The preparation of the cross-linked PVA (cr-PVA) films was made adding 25% w/w ammonium dichromate (AD) to the PVA solution [19].…”

The effect of metal-buffer bilayer drain/source electrodes on the operational stability of the organic field effect transistors

“…Poly (4-vinylalcohol) (PVA) as a water-soluble and cross-linkable polymer with high dielectric constant, and low leakage current has been used as the gate dielectric [30,31]. The given below: (1) In this relation C i =22 nF/cm 2 is the capacitance per unit area of the gate insulator.…”

“…Therefore, in fabrication and optimization of an OFET structure, both the electrical properties and temporal behavior should be considered. Stability of an OFET can be affected by different phenomena such as penetration of air impurities which can be avoided by suitable encapsulation [24][25][26][27] or utilization of stable polymeric A C C E P T E D M A N U S C R I P T…”

Strong molecular weight effects of gate-insulating memory polymers in low-voltage organic nonvolatile memory transistors with outstanding retention characteristics

“…Of various organic materials, poly (vinyl alcohol) (PVA) has also been introduced as a gate insulating layer for organic field-effect transistors to investigate a memory effect at high voltage (~80 V) (n-type small molecule), 31 a hysteresis trend (no memory study, p-type small molecule), 32 and a typical transistor performance (no hysteresis/memory effect). [33][34][35] However, no study has been reported on the influence of PVA molecular weights on the low-voltage operation and high retention stability of TOMDs with conjugated polymer channel layers.…”