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Fabrication and Evaluation of Organic Field-Effect Transistors (OFETs) : 10-QTP-10

10-QTP-10 [D4888]

5,5'''-Didecyl-2,2':5',2'':5'',2'''-quaterthiophene
10-QTP-10
CAS RN: 514188-77-3
Product Number: D4888

Performance of 10-QTP-10 [D4888]-based OFETs

Fabrication method and evaluation of vacuum-deposited 10-QTP-10 [D4888]



Table. OFETs Characteristics of 10-QTP-10 [D4888]-based OFETs

Entry Fabrication Method Device Configuration SAM Treatment Tsub (°C) Polarity μ (cm2 V−1 s−1) Vth (V) Ion/Ioff
Entry1 Fabrication MethodVacuum deposition Device ConfigurationTCBG SAM Treatmentw/o
Bare
Tsub (°C)RT Polarityp μ (cm2 V−1 s−1)0.11 Vth (V)‒6.8 Ion/Ioff104

Figure. Transfer curves in the saturated region

Figure. Transfer curves in the saturated region and output curves at different gate voltages


Experimental details

Fabrication and evaluation of spin-coated 10-QTP-10 [D4888]-based OFETs

< Substrate>
  • Bare Si/SiO2 (thickness of SiO2: 200 nm)

< Vacuum Deposition>
  • Deposition rate of 10-QTP-10 [D4888] 0.3 Å/s (under a pressure of∼10−4 Pa)
  • Substrate temperature during deposition: RT
  • Deposition rate of Au: 0.6 Å/s (under a pressure of∼10−4 Pa)

< Device Configuration>
  • [n+-Si/SiO2 (200 nm) / 10-QTP-10 [D4888] (60 nm) / Au (40 nm)]
  • Top-Contact Bottom-Gate Type (TCBG)
  • Channel Length: 50 μm
  • Channel width: 1.5 mm

< Evaluation Condition>
  • Under N2
  • Field-effect mobilities (μ) were determined from the transfer curves in the saturation regime using the following equation: ID = (W/2L) μ Ci (VGVth)2
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