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MPF0900AMBA2ES Datasheet(PDF) 201 Page - NXP Semiconductors

Part # MPF0900AMBA2ES
Description  Nine-channel power management IC with advanced system safety monitoring
PDF  205 Pages
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Manufacturer  NXP [NXP Semiconductors]
Direct Link  http://www.nxp.com
Logo NXP - NXP Semiconductors

MPF0900AMBA2ES Datasheet(HTML) 201 Page - NXP Semiconductors

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NXP Semiconductors
PF09
Nine-channel power management IC with advanced system safety monitoring
Tab. 106. VDIG overvoltage status ................................. 91
Tab. 107. VAON output voltage .......................................91
Tab. 108. VAON modes .................................................. 91
Tab. 109. VAON electrical characteristics ....................... 92
Tab. 110. SW1 output voltage configuration bits .............93
Tab. 111. DVS ramp selection bits ..................................93
Tab. 112. DVS ramp-down selection bits ........................ 94
Tab. 113. Maximum DVS selection bits .......................... 94
Tab. 114. Minimum DVS selection bits ........................... 95
Tab. 115. Mode selection in RUN ................................... 95
Tab. 116. Mode selection in STANDBY .......................... 95
Tab. 117. Default SW1 mode selection during
STANDBY ........................................................96
Tab. 118. Current limit selection bits ...............................96
Tab. 119. SW1 phase shift selection bits ........................ 96
Tab. 120. Load switch mode selection bit ....................... 97
Tab. 121. SW1LS control bits ......................................... 97
Tab. 122. SW1LS default STANDBY configuration ......... 97
Tab. 123. SW1LS overcurrent protection bit ................... 98
Tab. 124. SW1 electrical characteristics ......................... 98
Tab. 125. Recommended external components. ...........101
Tab. 126. SW2 voltage setting ...................................... 101
Tab. 127. SWx ramp-down configuration ...................... 102
Tab. 128. Ramp-down DVS ...........................................102
Tab. 129. SWx high-voltage delta ................................. 102
Tab. 130. SW1 low-voltage delta .................................. 103
Tab. 131. Mode selection in RUN ................................. 104
Tab. 132. Mode selection in STANDBY .........................104
Tab. 133. Default SWx mode selection in STANDBY .... 104
Tab. 134. Current limit selection bits .............................104
Tab. 135. SWx phase shift selection bits ...................... 104
Tab. 136. SW2 and SW3 multiphase configuration
bits .................................................................105
Tab. 137. SW4 and SW5 multiphase configuration
bits .................................................................105
Tab. 138. SW2 - SW5 electrical characteristics .............106
Tab. 139. SWx recommended external components. ....109
Tab. 140. LDO1 output control in RUN ......................... 110
Tab. 141. LDO1 output control in STANDBY .................110
Tab. 142. LDO1 output voltage selection bits ................110
Tab. 143. LDO1 soft-start selection bit ..........................111
Tab. 144. LDO1 load switch selection mode .................111
Tab. 145. LDO1 electrical characteristics ......................112
Tab. 146. LDO1 recommended external components. ..113
Tab. 147. LDOx output control in RUN ......................... 114
Tab. 148. LDOx output control in STANDBY .................114
Tab. 149. LDOx output voltage selection bits ................114
Tab. 150. LDOx soft-start selection bit .......................... 115
Tab. 151. LDOx load switch selection mode ................. 115
Tab. 152. VLDOxMON blanking time configuration
bits .................................................................117
Tab. 153. VLDOxMON masking timer ...........................117
Tab. 154. LDO2/LDO3 electrical characteristics ............119
Tab. 155. Recommended external components. ...........121
Tab. 156. SWx UV threshold configuration bits .............122
Tab. 157. SWx OV threshold configuration bits .............123
Tab. 158. SWx UV threshold configuration bits during
STANDBY ......................................................123
Tab. 159. SWx OV threshold configuration bits during
STANDBY ......................................................123
Tab. 160. LDOx UV threshold configuration bits ........... 124
Tab. 161. LDOx OV threshold configuration bits ........... 124
Tab. 162. Hysteresis on 2.5 % OV/UV threshold
configuration bits ........................................... 124
Tab. 163. OV debounce time configuration bits .............125
Tab. 164. UV debounce time configuration bits .............125
Tab. 165. VAON UV threshold configuration bits ...........126
Tab. 166. VAON OV threshold configuration bits .......... 127
Tab. 167. VMONx UV threshold configuration bits ........ 127
Tab. 168. VMONx OV threshold configuration bits ........128
Tab. 169. VMONx UV threshold selection in
STANDBY ......................................................128
Tab. 170. VMONx OV threshold selection in
STANDBY ......................................................128
Tab. 171. VMONx monitoring voltage configuration
bits .................................................................129
Tab. 172. VMONx masking timer configuration bits .......130
Tab. 173. VMONx enable bit .........................................131
Tab. 174. VMONx settling time configuration bits ..........131
Tab. 175. LDOx control bits in VMON mode ................. 131
Tab. 176. VLDOxMON monitoring voltage
configuration bits ........................................... 131
Tab. 177. VLDOxMON masking timer configuration
bits .................................................................132
Tab. 178. VLDOxMON enable bit ..................................133
Tab. 179. VLDOxMON settling time configuration bits .. 133
Tab. 180. Voltage monitor electrical characteristics .......134
Tab. 181. Manual frequency tuning ...............................136
Tab. 182. Frequency spread spectrum enable bit ......... 136
Tab. 183. Frequency spread spectrum center
frequency selection bits .................................136
Tab. 184. Spread-spectrum mode selection bit .............137
Tab. 185. FSYNC mode selection bit ............................138
Tab. 186. Enabling FSYNC output frequency enable
bit ...................................................................138
Tab. 187. FSYNC input frequency range selection bit ...139
Tab. 188. FSYNC electrical characteristics ................... 139
Tab. 189. AMUX enable bit ........................................... 140
Tab. 190. AMUX channel selection ............................... 140
Tab. 191. AMUX electrical characteristics .....................141
Tab. 192. Thermal thresholds notification bits ...............143
Tab. 193. Thermal monitoring electrical
characteristics ................................................144
Tab. 194. Bandgap monitor status bit ........................... 147
Tab. 195. System watchdog enable bit ......................... 148
Tab. 196. System watchdog timer configuration bits ..... 149
Tab. 197. System watchdog window configuration
bits .................................................................150
Tab. 198. WD_OK events required to reduce the
Fault counter by 1 .........................................152
Tab. 199. FS0B status bit ..............................................154
Tab. 200. ERRMON polarity selection bit ......................155
Tab. 201. ERRMON timer configuration bit ................... 156
Tab. 202. ERRMON reaction configuration bit .............. 156
Tab. 203. ERRMON dynamic characteristics ................ 156
Tab. 204. FCCU0 mode selection bits .......................... 157
Tab. 205. FCCU1 mode selection bit ............................ 157
PF09
All information provided in this document is subject to legal disclaimers.
© 2026 NXP B.V. All rights reserved.
Product data sheet
Rev. 1.3 — 16 December 2025
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