BTN9960/BTN9970/BTN9990 Motor control shield Arduino shield for evaluation About this document Scope and purpose This document describes the usage of the motor control shields for BTN9960/BTN9970/BTN9990. Evaluation board Comment Board marking DC-Shield_BTN9970LV Contains 1 x BTN9970LV and 1 x BTN9990LV...
Infineon Technologies. The design of the evaluation boards and reference boards has been tested by Infineon Technologies only as described in this document. The design is not qualified in terms of safety requirements, manufacturing and operation over the entire operating temperature range or lifetime.
Due to technical requirements products may contain dangerous substances. For information on the types in question please contact your nearest Infineon Technologies office. Except as otherwise explicitly approved by Infineon Technologies in a written document signed by authorized representatives of Infineon Technologies, Infineon Technologies’ products may not be used in any applications where a failure of the product or any consequences of the use thereof can reasonably be expected to result in personal injury.
BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Document title Table of contents Title continued Table of contents About this document ........................1 Important notice ..........................2 Safety precautions .......................... 3 Warnings ............................3 Table of contents ..........................4 The board at a glance ......................5 Delivery content ............................
BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation The board at a glance The board at a glance Delivery content The carton box includes either one DC-Shield_BTN9970LV or one DC-Shield_BTN9960LV board. The Arduino UNO board and a power supply are not included. Information about the Arduino controller board can be found under: Arduino - Home.
Single H (full) bridge to operate a DC brush motor bidirectionally. In his case, the motor needs to be • connected between the outputs OUT1 and OUT2 A 16-pin connector to interface via a µIO-Stick to a PC or notebook with installed Infineon’s Toolbox • software Connectors to stack the motor control shield directly on top of an Arduino UNO controller board •...
PC or laptop a µIO-Stick is necessary. Arduino Uno controller board or compatible boards Infineon offers BTN99xxLV device driver to provide a simple API (application programming interface) to configure the devices. BTN99xxLV device driver can be found on the webpage of the device:...
The Config Wizard for MOTIX™ single half-bridge ICs provides a GUI to control the board via a PC. The tool is integrated in the Infineon developer center, see Figure 6. To operate the board via the Config Wizard for MOTIX™ single half-bridge ICs a µIO-Stick is needed to interface to the USB port of the PC or laptop, see Figure 7.
BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Board design Schematics Figure 8 Schematics DC-Shield_BTN9970LV (includes BTN9970LV and BTN9990LV) User manual 10 of 23 Rev 2.00 2023-04-18...
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BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Figure 9 Schematics DC-Shield_BTN9960LV (includes 2 x BTN9960LV) User manual 11 of 23 Rev 2.00 2023-04-18...
BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Layout The boards are 4-layer design. Material: FR4 Dimensions: 53 mm x 70 mm, 1.6 mm thickness Layer stack: 4 layers 70/35/35/70 mm Figure 10 Components top side rev. 1.2 Figure 11 Top layer, top view rev.
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BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Figure 12 Inner1 layer, top view rev. 1.2 Figure 13 Inner2 layer, top view rev. 1.2 Figure 14 Bottom layer, bottom view rev. 1.2 User manual 13 of 23 Rev 2.00...
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BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Figure 15 Components top side rev. 2.0 Figure 16 Top layer, top view rev. 2.0 Figure 17 Inner1 layer, top view rev. 2.0 User manual 14 of 23 Rev 2.00...
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BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Figure 18 Inner2 layer, top view rev. 2.0 Figure 19 Bottom layer, bottom view rev. 2.0 User manual 15 of 23 Rev 2.00 2023-04-18...
BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Bill of material Table 2 BOM of the most important parts of the board DC-Shield_BTN9970LV Part Value Mounted Package Description Part number Supplier 100 nF AEC Q200, GCJ188R71H104 Murata Ceramic...
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BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Part Value Mounted Package Description Part number Supplier 10 µF/50 V C-1206 AEC Q200, GRT31CR61H106 Murata Ceramic ME01L capacitor 10 V SMD-SOD80 BZV55-B10 39 V SMD-MELF-D ZMY39-GS08 Vishay IPD90P04P4 TO-252-3-313-L...
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BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Part Value Mounted Package Description Part number Supplier R0805 AEC Q200, resistor TPPAD1-13 P1-13 Test pad 2x8 pin 2,54 mm pitch Dual row header 826656-8 without isolation 2 terminal 5,08 mm pitch...
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BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Part Value Mounted Package Description Part number Supplier 220 nF C0805 AEC Q200, GCM21BR71H22 Murata, Ceramic 4KA37K capacitor 1000 µF E7,5-16 POLARIZED B41888D6108M TDK ELECTROLYTIC/ TANTALUM, AECQ200 10 µF/50 V...
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BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Board design Part Value Mounted Package Description Part number Supplier 4.7 kΩ R0805 AEC Q200, resistor DNP(10 kΩ) no R0805 AEC Q200, resistor DNP(3.8 kΩ) no R0805 AEC Q200, resistor DNP(10 kΩ) no...
BTN9960/BTN9970/BTN9990 motor control shield Arduino shield for evaluation Table of contents Revision history Table 5 Revision history Revision number Date of release Description of changes Rev. 2.0 2023-04-15 Added DC-Shield_BTN9960LV board Rev 2.0 Rev. 1.10 2021-09-30 Board changed to Ver 1.2 with 4 layers PCB, optimized...