SPECIAL ANNOUNCEMENT

Join us in July for the Vision Spectra Conference!
Register by June 18 and you could win a Google Nest Hub!

view all white papers and application notes

Identifying Thermally Activated Delayed Fluorescence (TADF)

Author: Stuart Thomson
Tuesday, May 7, 2019
Edinburgh Instruments Ltd.

OLEDs have become one of the most popular display types for high-end televisions and smartphones due to their superior contrast ratios and lower power consumptions than conventional LCD displays. A new generation of OLED utilising thermally activated delayed fluorescence (TADF) is currently under intense research and development. In this application note, the need for a new generation of OLEDs is discussed, the physics behind TADF OLEDs introduced, the characterisation of a new TADF emitter using a spectrofluorometer presented.

Download

DOWNLOAD APPLICATION NOTE

File: TADF_FS5_Web.pdf (963.29 KB)
To download this application note, please complete the *required fields before clicking the "Download" button.

Your contact information

* First Name:

* Last Name:

* Email Address:

* Company:

Address:

Address 2:

City:

State/Province:

Postal Code:

* Country:

Phone #:

Fax #:

* Required

When you click "Download", you agree that your personal contact information may be shared with Edinburgh Instruments Ltd. and they may contact you about their products and services in the future. You also agree that Photonics Media may contact you with information related to this request, and that you have read and accept our Privacy Policy and Terms and Conditions of Use.

SIMILAR WHITE PAPERS AND APPLICATION NOTES

Identifying Thermally Activated Delayed Fluorescence using a SpectrofluorometerTADF was first observed in 1924 by Francis Perrin. In 2012 it received a resurgence in attention when Professor Chihaya Adachi and colleagues at Kyushu University used the TADF mechanism to harvest...

3/11/2020

- Edinburgh Instruments Ltd.

Measuring the Phosphorescence Spectrum of a TADF EmitterIn this application note the measurement of the low temperature phosphorescence spectrum of a TADF emitter using a gated PMT is demonstrated.

7/2/2019

- Edinburgh Instruments Ltd.

High-Resolution Chemical Imaging with Tapping AFM-IRWhere the spatial resolution of conventional bulk IR spectroscopy is limited by diffraction to ~3-10 µm, atomic force microscopy (AFM) provides a nanoscale topographic map of a sample surface....

4/1/2019

- Bruker Nano Surfaces

Menu

Search

Identifying Thermally Activated Delayed Fluorescence (TADF)