![[CHART]: Principle of TEM Image Recording by IP](images/principle.gif)
Principle of TEM Image Recording by IP
![[HEADLINE]: Excellent linearity enables accurate quantification
of electron dose.](images/hl_ip1.gif)
The inherently wide dynamic range of the FDL 5000 IP captures all levels of
intensity in a broad range of specimens, as shown in this CBED pattern of
silicon.
Excellent linearity enables accurate quantification of the electron
dose.
CBED pattern of silicon from a JEOL JEM200CX.
Accelerating voltage: 200kV
Camera length: 25 cm.
(Data courtesy of Dr. Naoki Yamamoto, Tokyo Institute of Technology.)
IP's inherently wide dynamic range covers all levels of intensity for
accurate analysis in a broad range of specimens.
![[HEADLINE]: Sensitivity Characteristics of Imaging Plate](images/hl_ip2.gif)
IP is far more sensitive than conventional film
- enabling observation of beam-sensitive specimens.
Its true linearity allows accurate quantification of the electron
dose.