Advanced Search
Search Results
101 total results found
App Settings
The file AppSettings.json contains all app settings in JSON format and is located here: C:\ProgramData\point electronic\microCAL It is read when the software starts and written every time the software is closed. If AppSettings.json doesn't exist, microCal cr...
Detection Settings
Detection settings include all settings, which are required for marker detection, decoding and sub-pixel measurement and allows for adapting to different measurement devices (e.q. SEM, AFM, CLSM). To select detection settings in the software, the corresponding...
Adjustment Settings
Adjustment settings include all settings, which are required for parameter estimation with least-squares method, including data snooping with statistical tests. To select parameter settings in the software (ADJUST in the native DLL), the corresponding files mu...
Instructions (How-to)
This chapter contains instructions for typical use cases, adaptations for specific applications, and troubleshooting tips for the software.
How do I perform a 3D Calibration?
This documentation explains the procedure for performing a 3D calibration of your microscope using the microCAL software. The procedure described here can be used for the 3D calibration of an AFM/SPM, a confocal microscope, or a 3D-capable SEM. Preparation and...
Adjusting the Detection Settings for Marker Measurement
This documentation describes how to adjust the settings for detecting and measuring reference marks and is only necessary if automatic measurement of the marks fails using the default values. WARNINGSoftware malfunction caused by incorrect settings!Creating or...
TurboTEM PULSE
TurboTEM Pulse is a modular, retrofittable signal processor that upgrades conventional analog electron detectors in scanning transmission electron microscopes (STEM) and scanning electron microscopes (SEM) to perform live, single-electron counting. Permission...
Scope
TurboTEM PULSE uses a live gradient-based digital signal processing algorithm to identify distinct electron events and narrow down piled-up particle profiles in high-speed raw analog signal directly from standard detectors (including scintillator-based systems...
Connections
Detectors signals cables
Digital/counting signal only Install the 1027 0012 0001 counting cable from the 100 MHz DIGITAL input connector at the back of the REVOLON controller, to the Pulse processor digital/pulse output. Standard cable provides up to four digital signal connector, cus...
An Introduction
A scan controller is the central real-time control and acquisition unit of a scanning microscope. It generates the precision X-Y signals that steer the beam across the specimen, acquires signals from detectors, coordinates external devices, and transforms phy...