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UM11668
KITFS86AUTFRDMEM evaluation board
Rev. 1 — 28 October 2021
Document information
Information
Content
Keywords
FS8600, KITFS86AUTFRDMEM, KL25Z, I2C
Abstract
The KITFS86AUTFRDMEM provides a development platform for evaluating
the FS8600 family of devices. The kit can be connected to the NXP GUI
software which allows users to read and modify device registers, try out OTP
configurations, and burn the part.
User manual
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Table of Contents
Related Manuals for NXP Semiconductors KITFS86AUTFRDMEM
Summary of Contents for NXP Semiconductors KITFS86AUTFRDMEM
- Page 1 FS8600, KITFS86AUTFRDMEM, KL25Z, I2C Abstract The KITFS86AUTFRDMEM provides a development platform for evaluating the FS8600 family of devices. The kit can be connected to the NXP GUI software which allows users to read and modify device registers, try out OTP...
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Page 2: Revision History
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Revision history Revision history Date Description 20211028 • Initial version UM11668 All information provided in this document is subject to legal disclaimers. © NXP B.V. 2021. All rights reserved. User manual Rev. 1 — 28 October 2021... -
Page 3: Important Notice
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Important notice NXP provides the enclosed product(s) under the following conditions: This evaluation kit is intended for use of ENGINEERING DEVELOPMENT OR EVALUATION PURPOSES ONLY. It is provided as a sample IC pre-soldered to a printed circuit board to make it easier to access inputs, outputs, and supply terminals. -
Page 4: Introduction
OTP configurations, and burn the part. The KITFS86AUTFRDMEM is delivered with an empty OTP content in order to leave the opportunity to the user to burn the OTP configuration. The board contains a superset device (PFS8613AMDA0ES), allowing tests on all the FS8600 derivatives. -
Page 5: Windows Pc Workstation
- latest version Getting to know the hardware The KITFS86AUTFRDMEM provides flexibility to play with all the features of the device and make measurements on the main part of the application. The KL25Z MCU Freedom board mounted on the board, combined with the NXP GUI, allows access to the registers in read and write mode. -
Page 6: Kitfs86Autfrdmem Features
• LEDs that indicate signals and regulator status • Support OTP fuse capabilities 4.3 Schematic, board layout and bill of materials The schematic, board layout and bill of materials for the KITFS86AUTFRDMEM evaluation board are available at http://www.nxp.com/KITFS86AUTFRDMEM. 4.3.1 VMON board configuration... - Page 7 UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board VMON_08V R144 R145 R146 0 Ω 0 Ω 0 Ω EXT_REG1 EXT_REG1 EXT_REG2 EXT_REG2 EXT_REG3 EXT_REG3 EXT_REG4 EXT_REG4 HDR_1X4 Jumper (Default) = All Open aaa-043595 Figure 1. VMON1-2-3_DAC and VMON4_RINT inputs VMON5_RES and VMON6_RES use external fixed resistor bridges to adapt the VMON input voltage to 0.8 V.
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Page 8: Vpre Compensation Network
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board R142 VMON_08V VMON_08V 0 Ω, DNP 0 Ω, DNP VMON8_RES VMON9_RES VPRE VBOOST 10 kΩ 20 kΩ 20 kΩ 20 kΩ 5.1 kΩ 5.1 kΩ aaa-043599 aaa-043600 Figure 5. VMON8_RES input configuration Figure 6. VMON9_RES input configuration 4.3.2 VPRE compensation network... -
Page 9: I2C
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board DMP4013LFGQ-7 VSUP PMOS_G aaa-043602 Figure 8. Battery switch The PMOS gate is controlled by an external circuitry shown in Figure 7. An active solution using bipolar transistors is used to have better control performance. The objective is to have the fastest PMOS opening in case of VPRE HS failure. -
Page 10: Vmon0_I2C
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board ERRMON VDDI2C_EXT INTB FOUT WAKE2_IN AMUX VDDI2C VBOS XFAILb I2C_SCL RSTB I2C_SDA PGOOD FS0b_Out WAKE1 FCCU1 VSUP FCCU2 HDR_2X10 Jumper (Default) = All Open aaa-043615 Figure 11. J7 I C connection 4.3.5 VMON0_I2C VMON0_I2C pin is powered through VDDI2C net and is used to supply internal buffers and I C communication. -
Page 11: Fin External Oscillator
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board 4.3.6 FIN external oscillator In order to ease the FIN evaluation, a standalone oscillator is installed on the board. It supplies either 425 kHz or 2.4 MHz to the FIN input. The configuration is made using R68 and R137. -
Page 12: Led Signaling
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Table 2. Evaluation board featured components location Number Description LDO1/LDO2 power supply BUCK/BOOST power supply VBAT Jack connector VBAT three position switch • Left position: board supplied by Jack connector • Middle position: board not supplied •... -
Page 13: Connectors
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Table 3. Evaluation board LED signaling location ...continued Label Name Color Description PGOOD Green PGOOD released FS0B FS0B asserted (logic level = 0) INTB INTB asserted (logic level = 0) RSTB RSTB asserted (logic level = 0) -
Page 14: Debug Connector (J7)
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Table 5. LDO1/LDO2 connector (J4) ...continued Schematic label Signal name Description J4-2 LDO2 LDO2 power supply output J4-3 Ground Table 6. VBOOST/BUCK connector (J5) Schematic label Signal name Description J5-1 VBOOST VBOOST output J5-2 BUCK BUCK power supply output... -
Page 15: Kl25Z Freedom Board Connectors
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board 4.4.2.4 KL25Z Freedom board connectors Table 9. Safety output connector (J1) Schematic label Signal name Description J1-1 n.c. Not connected J1-2 INTB_MCU Interruption (active low) J1-3 n.c. Not connected J1-4 RSTB_MCU Reset (active low) J1-5 → J1-9 n.c. -
Page 16: Test Points
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Table 12. KL25Z supply connector (J9) ...continued Schematic label Signal name Description J9-8 P3V3_KL25Z 3.3 V generated from KL25Z J9-9 n.c. Not connected J9-10 P5V_KL25Z 5.0 V generated from USB J9-11 n.c. Not connected... -
Page 17: Jumpers
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Table 14. Evaluation board test points ...continued Test point name Signal name Description PGOOD Power GOOD output, active low VBOOST VBOOS DC/DC output Ground TP10 VPRE VPRE power supply output TP11 Ground TP12 BUCK BUCK power supply output... -
Page 18: Configuring The Hardware For Startup
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Figure 20. Switches location Table 16. Switches location Position Function Description RIGHT Wake1 On FS8600 can be powered up LEFT Wake1 Off FS8600 cannot be powered up Table 17. SW2 description Position Function Description VBAT On VBAT from J6... - Page 19 (DBG = 4.5 V) close (OTP mode ON) 2. Connect the Windows PC USB port to the KITFS86AUTFRDMEM development board using the provided USB 2.0 cable. 3. Set the DC power supply to 12 V and current limit to 1.0 A. With power turned Off, attach the DC power supply positive and negative output to KITFS86AUTFRDMEM Phoenix connector (J6).
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Page 20: References
NXP Semiconductors KITFS86AUTFRDMEM evaluation board References KITFS86AUTFRDMEM — detailed information on this board, including documentation, downloads, and software and tools http://www.nxp.com/KITFS86AUTFRDMEM FS86 — detailed information on FS8600, Safety System Basis Chip For Domain Controller, Fit For ASIL B and D http://www.nxp.com/FS86... -
Page 21: Legal Information
In no event shall NXP Semiconductors, its for the consequences of use of such information. NXP Semiconductors... - Page 22 UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Tables Tab. 1. Compensation network ........8 Tab. 11. ADC connector (J10) ........15 Tab. 2. Evaluation board featured components Tab. 12. KL25Z supply connector (J9) ......15 location ............12 Tab. 13. KL25Z USB connectors ........16 Tab.
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Page 23: Table Of Contents
UM11668 NXP Semiconductors KITFS86AUTFRDMEM evaluation board Contents Introduction ............4 Finding kit resources and information on the NXP website ..........4 Getting ready ............4 Kit contents ............4 Additional hardware ........... 4 Windows PC workstation ........5 Software .............5 Getting to know the hardware ......5 Kit overview ............
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