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Quick Start Steps This is the common system setup sequence performed at the start of every measurement mode (Calibration, Transient Image, and Steady State Image) before proceeding to the mode-specific steps. Check System Status. Make sure the System Status in...

Microsanj Test Sample Sample Structure The Microsanj test sample layer stack (from the source diagram): a SiO2 (200 nm) top layer; Au(130 nm)/Cr(5 nm) contact pads on either side; a SiO2 (300 nm) layer; a Si (n++) substrate core; and a SiO2 (300 nm) bottom lay...

Calibration Perform the common setup in Quick Start Steps, then click Calibration to start. Continue with the steps below. Hardware Set Base Temp to 20 °C and click Set Low Temp. Note: The temperature set on the 4D Nano Align should change. If it does not, mak...

Transient Image Perform the common setup in Quick Start Steps, then click Transient Image to start. Continue with the steps below. Hardware Set the Base Temp to 20 °C, then click Set Base Temp. Note: Microscope Settings are auto-filled from Project Manager (no...

Steady State Image Perform the common setup in Quick Start Steps, then click Steady State to start. Continue with the steps below. Hardware Set the Base Temp to 20 °C. Set Device ON Voltage to 5 V and Device OFF Voltage to 0 V. Note: Microscope Settings are au...

SanjAnalyzer PLUS – Image Processing SanjAnalyzer PLUS is the companion application used to open and process saved calibration, transient, and steady-state image files. Its main view includes a File Window, a Working Image pane, a Reference Image pane, and an ...

Notes and Cautions Notes and cautions called out throughout the source procedures, consolidated here for reference: Stage clearance: Before using Motion Control (Center Stage / Enable 3D Motion), make sure the stage is clear. Chiller check: During Calibration ...

Source Documents Quick Start Guide for NT220 System – Visible & NIR Camera – Microsanj Test Sample, Microsanj, LLC, Copyright 2021 (source PDF, text-extracted). Microsanj, LLC, 48421 Milmont Drive, Fremont, CA 94538; info@microsanj.com.

Overview This document is a cleaned-up, internal reference version of the "SanjVIEW Quick Start" guide (Microsanj LLC, 48421 Milmont Drive, Fremont, CA 94538; authored by Huy Q Le; source revision Rev241029). Despite the "Quick Start" title, the source is a fu...

Source Documents SanjVIEW Quick Start (source PDF, text-extracted) — SanjVIEW Quick Start TEA Sample [source-pdf].txt Microsanj LLC, 48421 Milmont Drive, Fremont, CA 94538, (408) 470-7539. Author: Huy Q Le. Document revision: Rev241029. Covers: SanjVIEW Softw...

1. Launch SanjVIEW and Prepare for Imaging (Project Manager) Launch SanjVIEW from the Windows Start screen shortcut. Wait for the software license to be verified — the Project Manager window opens. [diagram/image in source — not reproduced here: Figure 1, Proj...

2. View Temperature Response in DC Mode While Project Manager is running, use the rectangle tool to draw a Region of Interest (ROI) on the sample in the image display window. (If no ROI is drawn, the entire image is averaged.) The approximate temperature for t...

3. Acquire a Transient Thermoreflectance (TR) Measurement The Transient Thermoreflectance module acquires thermal imaging data for pulses between 50 µs and 5 ms; it is only available with the Visible Camera. Worked example (values as given in the source): Turn...

4. Obtain a Movie Mode Image The Movie Mode module acquires thermal imaging data for pulses longer than 5 ms (quasi steady state); it is IR-only. [diagram/image in source — not reproduced here: Figure 7, Movie Mode Window] Optional configuration (before runnin...

5. Verify Calibration Using TCAT-100 in Pulsed Mode To verify calibration coefficients obtained from the Calibration module: Set up a test sample the same way as for a standard calibration run. Launch the Pulsed Mode software and select the TCAT-100 as the out...

6. Analyze a Transient Thermoreflectance Image in SanjANALYZER SanjANALYZER opens .fdi (Low Frequency) or .tti (Transient) data files. Load a thermal image by double-clicking the file of interest in the file selection control; the CCD and thermal images then...