Are led transistors?
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| Papers (17) | Insight |
|---|---|
| The classical semiconductors are indirect semiconductors and, therefore, unsuitable as light-emitting diodes (LED) materials. | |
| It can be seen that the transistors exhibit significant hysteresis behaviors and storage circles in current-voltage characteristics in the dark and under illumination, indicating that the transistors may act as a nonvolatile memory element. | |
| Thanks to the simple structure and nanoscale switching region, this modulated LED may offer a feasible method to replace traditional thin film transistors or CMOSs with complicated structures and techniques, enabling the potential application of low-cost and high-density LED displays. We developed an intensity-modulated light-emitting device (LED) by integrating a p-GaN/n-ZnO heterojunction with multilevel resistive random access memory (RRAM). | |
| These transistors have potential for transparent logic integrated circuit applications. | |
| To the best of our knowledge, these are the most radiation-hard thin film transistors reported to date. | |
103 Citations | These characteristics are comparable to those of LED on sapphire. |
| Vertical Organic Transistors are a novel technology that has the potential to overcome these limitations of OFETs. | |
| We demonstrate the possibility of producing flexible polymer light-emitting transistors using AgNW electrodes. | |
32 Citations | Here, a novel vertical integration scheme is utilized to fabricate nanowire LEDs with nanowire field effect transistors (FETs) for the first time. |
| Transistors fabricated by this method have a high optical transparency and reliable electrical performance. | |
27 Citations | This work is anticipated to be useful for the development of in-plane light-emitting transistors. |
46 Citations | The results presented here will open the way to fabricating efficient light-emitting transistors with high mobility. |
41 Citations | The results show the possibility of fabricating transistors with a very thin, highly doped base. |
102 Citations | Electrical output characteristics of both kinds of devices are reported, demonstrating that the performances of our devices may be compared to those of transistors fabricated employing different realization techniques. |
| The performance of the transistors seems to be compatible with application of them in active–matrix organic light emitting displays. | |
| These characteristics are comparable to those of LED on sapphire substrate. | |
141 Citations | The performance of these transistors compares favorably with that of similar devices constructed using conventional methods and inorganic substrates, dielectrics, and conductors. |
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What is transistor?5 answersA transistor is a crucial semiconductor device with three terminals, commonly utilized as an amplifier or a switch. Its invention is a result of a multi-decade evolution, starting from early observations of semiconductor crystal amplification in the 1910s and 1920s, leading to the eventual MOS-FET design in 1959. Transistors consist of various components, including a heterogeneous channel with oxide semiconductor material, conductive contacts, and a gate electrode. The channel material can vary, such as Si1-yGey and Si1-xGex compositions in the source/drain regions. Transistors can also exhibit unique properties like rectification, with the ability to rectify low current alternating current (a.c) with minimal voltage drop compared to traditional diodes. Overall, transistors have revolutionized electronics through their versatility and diverse applications, embodying a complex history of innovation and development.
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