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Appendix
31
SBAU309A–February 2018–Revised June 2018
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Copyright © 2018, Texas Instruments Incorporated
OPT3101 Evaluation Module
Table 4. OPT3101EVM Bill of Materials (continued)
Item Quantity Reference Value PCB Footprint Part Number Manufacturer Description
30 1 U12 TMP102AIDRLR SOT563 TMP102AIDRLR Texas Instruments Temperature Sensor
Digital, Local -40°C ~
125°C 11 b SOT-563
31 1 U14 TPS73633DBVR SOT-23-5H1_45 TPS73633DBVR Texas Instruments IC,Regulator,TPS736
33DBVR,400mA,ADJ,
1%,G,SOT23-5,SMD
32 1 H17 DC11 DC11 Any PCB
33 4 H19,H20,H21,H22 M3 Screw NMS-308 Essentra Components MACHINE SCREW
PAN PHILLIPS M3
34 4 H23,H24,H25,H26 10mm Stand 25510 Keystone Electronics HEX SPACER M3
PLASTIC 10MM
35 1 H27 NPB02SVAN-RC NPB02SVAN-RC Sullins Connector
Solutions
Jumper Shunt
36 2 U28,U29 Isolation Rings KR-CT374 Smith Tool & Mfg Alloy 122 Copper
Tubing .3125" OD
(5/16 inch) x .032" W
cut to 0.374+/-.004
ENIG Coated -- Pre-
Ordered
37 2 U30,U31 LED Holder Clip Bivar C-174 Bivar LED HOLDER PNL
CLIP 5MM BK NYL
8 Appendix
8.1 Runnining Scripts and Collecting Data
8.1.1 Hidden IDE Window
The Latte program runs a number of python scripts in the background to capture and display data from the EVM. These scripts allow for
initialization of the device including loading calibration data from the EVM flash memory, launching a live view window with measurement plot and
readings, and additional functionality such as reading from the flash and selecting a specific LED current for the device to use. For advance users
or users looking for more flexibility when using the OPT3101EVM these python scripts are available in an integrated development environment
(IDE) window that is minimized when TI-Latte is launched. The IDE window allows advanced users to customize the existing scripts or write new
scripts
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