Home > Exhibitions / Brochures Download > Quarterly Printed Magazine "TCIMAIL" > Back Numbers > High Mobility Organic Semiconductor: 2,6-Diphenylanthracene

High Mobility Organic Semiconductor: 2,6-Diphenylanthracene

Extending the π-conjugation network/system of polyacene derivatives is a good molecular design strategy for the synthesis of high-mobility organic transistor materials. Pentacene and hexacene are well known as high-mobility organic semiconductors; however, their air/chemical instabilities are unsatisfactory.
Ding and Hu et al. developed a straightforward synthetic pathway (Scheme 1) to 2,6-diphenylanthracene (1) and reported its organic transistor characteristics.1) In a top-contact configuration, the anthracene derivative 1 exhibited a high mobility of more than 10 cm2/Vs on an OTS-treated Si/SiO2 substrate (Chart 1). The fabricated device was stable for a long time under an air atmosphere.
Chart 1.Device structure


The prices are subject to change without notice. Please confirm the newest price by our online catalog before placing an order.
In addition, sales products changes with areas. Please understand that a product is not available when the product details page is not displayed.