TCI有机晶体管新网页上线
TCI可以使用自己的产品制造和评估晶体管。器件性能和功能的检测结果为我们提供了合成和纯化过程的反馈,改进我们的技能,有助于为客户提供更可靠的试剂。
为了更好地了解有机晶体管相关产品
网页内容从以下四个方面展开
另外还有更多最新产品信息可以查看,例如↓↓↓
Top News
- Aug. 8, 2020 Added “High-purity silane coupling agent: octadecyltrichlorosilane (>99.0%)” on Featured Articles.
- Jul. 11, 2020 Added “High performance n-type organic semiconductors: TU” on Featured Articles.
- Jul. 4, 2020 Opened this specialized web section for organic transistors.
New Data
- Oct. 24, 2020 Added UV-Vis spectra of ZnPc, F16CuPc, Perylene Orange.
- Oct. 17, 2020 Added device fabrication and evaluation and evaluation pages of 5T and 6T.
- Oct. 10, 2020 Added UV-Vis spectra of PTCDI-C1, PTCDI-C8, PTCDI-C13.
- Oct. 3, 2020 Added device fabrication and evaluation pages of 10-QTP-10 and DD4T.
- Sep. 26, 2020 Added UV-Vis spectra of PDT, TCNQ and F4TCNQ.
- Sep. 19, 2020 Added device fabrication and evaluation pages of 6-QTP-6 and 8-QTP-8.
- Sep. 12, 2020 Added UV-Vis spectra and 2D-GIXD data of BisPCBM, C60MC12 and ICBA.
- Sep. 5, 2020 Added device fabrication and evaluation pages of trans-DBPen and anti-DMADT.
- Aug. 29, 2020 Added UV-Vis spectra and 2D-GIXD data of 6-QTP-6, 8-QTP-8, 10-QTP-10 and DD4T.
- Aug. 15, 2020 Added UV-Vis spectra of 7T.
- Aug. 1, 2020 Added UV-Vis spectra and 2D-GIXD data of 6,13-Diphenylpentacene, anti-DMADT, syn-DMADT, DBTTT and P3HT.
- Jul. 25, 2020 Added device fabrication and evaluation pages of Ph-BTBT-10, Fullerene C70, [60]PCBM and [70]PCBM.
- Jul. 18, 2020 Added UV-Vis spectra and 2D-GIXD data of Fullerene C70, [60]PCBM and [70]PCBM.
- Jul. 11, 2020 Added UV-Vis spectra and 2D-GIXD data of TU-1 and TU-3.
- Jul. 4, 2020 Published device fabrication and evaluation pages.
- Jul. 4, 2020 Published UV-Vis spectra pages.
- Jul. 4, 2020 Published 2D-GIXD data pages.
除了上线有机晶体管新网页,TCI还为客户精心制作了该系列的各种产品单页,请往下看↓↓↓↓↓↓↓
二维码涉及的网站安全有效,请放心点击查看
有机晶体管(OFET)材料
- 柔韧、轻薄、可折叠的电子电路
- 可植入的生物传感器
![](https://cn.chem-station.com/wp-content/plugins/lazy-load/images/1x1.trans.gif)
![](https://cn.chem-station.com/wp-content/plugins/lazy-load/images/1x1.trans.gif)
高区域规整性的有机半导体聚合物P3HT
- 高区域规整性(RR)>99%;
- 平均分子量:Mn=36k-44k,PDI <100 ppm);
- 电子材料等级:高纯度,低金属含量(Pd<100 ppm);
- 极易溶解,极易成膜。
高纯度高性能的p型有机半导体材料并五苯
- 电子材料级别[高纯度,低金属(<10 ppm)];
- 通过升华提纯至极度净化;
- 通过OFET器件确保半导体性能;[规格:空穴迁移率>0.35cm2/Vs(裸Si/SiO2基板)]。
超高性能有机半导体PH-BTBT-10
- 实际空穴迁移率 >10 cm2/Vs(通过蒸汽扩散法来保证技术规格);
- 也可用于溶液处理装置。
双极性有机半导体:CZBDF
![](https://cn.chem-station.com/wp-content/plugins/lazy-load/images/1x1.trans.gif)
![](https://cn.chem-station.com/wp-content/plugins/lazy-load/images/1x1.trans.gif)
有机晶体管试剂可溶性DNTT前体
- 可溶液加工的DNTT前体;
- 在薄膜中可热转换为DNTT;
- 适用于有机晶体管和存储设备。
稳定的p-型有机半导体二甲基蒽并二噻吩(DMADT)
- 与并五苯相比HOMO能级更低,因此对氧化反应也更稳定;
- 高纯度anti-DMADT和syn-DMADT无异构体污染,因此可用于单一异构体的器件制备。
p型半导体苉衍生物菲并二噻吩
- 应用在场效应晶体管(FET)的薄膜中时,场效应迁移率高达10-1 cm2/Vs;
- 可通过甲锡烷基化或溴化P2383合成半导体聚合物。
可溶性有机电子材料
高纯n-型半导体材料F16CuPc
![](https://cn.chem-station.com/wp-content/plugins/lazy-load/images/1x1.trans.gif)
n型半导体材料可溶性富勒烯衍生物
![](https://cn.chem-station.com/wp-content/plugins/lazy-load/images/1x1.trans.gif)
高迁移率n型有机半导体TU-1,TU-3
- 电子迁移率>1 cm2/Vs;
- 适用于干/湿工艺。
![](https://cn.chem-station.com/wp-content/plugins/lazy-load/images/1x1.trans.gif)
- 微信号|TCI_chemicals
- 新浪微博|TCI_chemicals
No comments yet.