Greg Steiert / MAX14690_ptr

MAX14690 library

Fork of MAX14690 by Maxim Integrated

MAX14720.h@7:2e9f6e70b34f, 2016-10-06 (annotated)

Committer:
switches
Date:
Thu Oct 06 21:33:25 2016 +0000
Revision:
7:2e9f6e70b34f
Parent:
6:06450093da48
Child:
8:2c3f2da51c5d
Moved result check inside if statement to avoid checking an uninitialized variable.  Added additional note to register write command warning about breaking synchronization with variable by bypassing other functions.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
jbradshaw 0:0e40db4a2b3e 1 /*******************************************************************************
jbradshaw 0:0e40db4a2b3e 2 * Copyright (C) 2015 Maxim Integrated Products, Inc., All Rights Reserved.
jbradshaw 0:0e40db4a2b3e 3 *
jbradshaw 0:0e40db4a2b3e 4 * Permission is hereby granted, free of charge, to any person obtaining a
jbradshaw 0:0e40db4a2b3e 5 * copy of this software and associated documentation files (the "Software"),
jbradshaw 0:0e40db4a2b3e 6 * to deal in the Software without restriction, including without limitation
jbradshaw 0:0e40db4a2b3e 7 * the rights to use, copy, modify, merge, publish, distribute, sublicense,
jbradshaw 0:0e40db4a2b3e 8 * and/or sell copies of the Software, and to permit persons to whom the
jbradshaw 0:0e40db4a2b3e 9 * Software is furnished to do so, subject to the following conditions:
jbradshaw 0:0e40db4a2b3e 10 *
jbradshaw 0:0e40db4a2b3e 11 * The above copyright notice and this permission notice shall be included
jbradshaw 0:0e40db4a2b3e 12 * in all copies or substantial portions of the Software.
jbradshaw 0:0e40db4a2b3e 13 *
jbradshaw 0:0e40db4a2b3e 14 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS
jbradshaw 0:0e40db4a2b3e 15 * OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
jbradshaw 0:0e40db4a2b3e 16 * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.
jbradshaw 0:0e40db4a2b3e 17 * IN NO EVENT SHALL MAXIM INTEGRATED BE LIABLE FOR ANY CLAIM, DAMAGES
jbradshaw 0:0e40db4a2b3e 18 * OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE,
jbradshaw 0:0e40db4a2b3e 19 * ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
jbradshaw 0:0e40db4a2b3e 20 * OTHER DEALINGS IN THE SOFTWARE.
jbradshaw 0:0e40db4a2b3e 21 *
jbradshaw 0:0e40db4a2b3e 22 * Except as contained in this notice, the name of Maxim Integrated
jbradshaw 0:0e40db4a2b3e 23 * Products, Inc. shall not be used except as stated in the Maxim Integrated
jbradshaw 0:0e40db4a2b3e 24 * Products, Inc. Branding Policy.
jbradshaw 0:0e40db4a2b3e 25 *
jbradshaw 0:0e40db4a2b3e 26 * The mere transfer of this software does not imply any licenses
jbradshaw 0:0e40db4a2b3e 27 * of trade secrets, proprietary technology, copyrights, patents,
jbradshaw 0:0e40db4a2b3e 28 * trademarks, maskwork rights, or any other form of intellectual
jbradshaw 0:0e40db4a2b3e 29 * property whatsoever. Maxim Integrated Products, Inc. retains all
jbradshaw 0:0e40db4a2b3e 30 * ownership rights.
jbradshaw 0:0e40db4a2b3e 31 *******************************************************************************
jbradshaw 0:0e40db4a2b3e 32 */
jbradshaw 0:0e40db4a2b3e 33
switches 3:cdd88a3d3d24 34 #ifndef _MAX14720_H_
switches 3:cdd88a3d3d24 35 #define _MAX14720_H_
jbradshaw 0:0e40db4a2b3e 36
jbradshaw 0:0e40db4a2b3e 37 #include "mbed.h"
jbradshaw 0:0e40db4a2b3e 38
jbradshaw 0:0e40db4a2b3e 39 #define MAX14720_NO_ERROR 0
jbradshaw 0:0e40db4a2b3e 40 #define MAX14720_ERROR -1
jbradshaw 0:0e40db4a2b3e 41
switches 3:cdd88a3d3d24 42 #define MAX14720_BOOST_MIN_MV 2500
switches 3:cdd88a3d3d24 43 #define MAX14720_BOOST_MAX_MV 5000
switches 3:cdd88a3d3d24 44 #define MAX14720_BOOST_STEP_MV 100
switches 3:cdd88a3d3d24 45
switches 5:0010586546d8 46 /**
switches 5:0010586546d8 47 * MAX14720 PMIC Driver
switches 5:0010586546d8 48 *
switches 5:0010586546d8 49 * @code
switches 5:0010586546d8 50 * #include "mbed.h"
switches 5:0010586546d8 51 * #include "MAX14720.h"
switches 6:06450093da48 52 *
switches 5:0010586546d8 53 * // I2C Master 2
switches 5:0010586546d8 54 * I2C i2c2(I2C2_SDA, I2C2_SCL);
switches 6:06450093da48 55 *
switches 5:0010586546d8 56 * #define I2C_ADDR_PMIC (0x54)
switches 5:0010586546d8 57 * MAX14720 max14720(&i2c2,I2C_ADDR_PMIC);
switches 6:06450093da48 58 *
switches 5:0010586546d8 59 * DigitalOut led(LED1);
switches 5:0010586546d8 60 * InterruptIn button(SW1);
switches 6:06450093da48 61 *
switches 5:0010586546d8 62 * void turnOff()
switches 5:0010586546d8 63 * {
switches 5:0010586546d8 64 * max14720.shutdown();
switches 5:0010586546d8 65 * }
switches 6:06450093da48 66 *
switches 5:0010586546d8 67 * int main()
switches 5:0010586546d8 68 * {
switches 5:0010586546d8 69 * int result;
switches 5:0010586546d8 70 * button.fall(&turnOff);
switches 5:0010586546d8 71 * led = 0;
switches 5:0010586546d8 72 * max14720.boostEn = MAX14720::BOOST_ENABLED;
switches 5:0010586546d8 73 * result = max14720.init();
switches 5:0010586546d8 74 * if (result == MAX14720_ERROR) printf("Error initializing MAX14720");
switches 5:0010586546d8 75 * wait(1);
switches 5:0010586546d8 76 * while(1) {
switches 5:0010586546d8 77 * max14720.boostSetMode(MAX14720::BOOST_DISABLED);
switches 5:0010586546d8 78 * max14720.boostEn = MAX14720::BOOST_ENABLED;
switches 5:0010586546d8 79 * wait(0.5);
switches 5:0010586546d8 80 * max14720.boostSetVoltage(2500);
switches 5:0010586546d8 81 * wait(0.5);
switches 5:0010586546d8 82 * max14720.boostSetVoltage(5000);
switches 5:0010586546d8 83 * wait(0.5);
switches 5:0010586546d8 84 * }
switches 5:0010586546d8 85 * }
switches 5:0010586546d8 86 * @endcode
switches 5:0010586546d8 87 */
jbradshaw 0:0e40db4a2b3e 88 class MAX14720
jbradshaw 0:0e40db4a2b3e 89 {
switches 6:06450093da48 90
jbradshaw 0:0e40db4a2b3e 91 public:
switches 4:2e4837c3b6e1 92
switches 6:06450093da48 93 /**
switches 4:2e4837c3b6e1 94 * @brief Register Addresses
switches 4:2e4837c3b6e1 95 * @details Enumerated MAX14720 register addresses
switches 6:06450093da48 96 */
switches 6:06450093da48 97 typedef enum {
switches 4:2e4837c3b6e1 98 REG_CHIP_ID = 0x00, ///< Chip ID
switches 4:2e4837c3b6e1 99 REG_CHIP_REV = 0x01, ///< Chip Revision
switches 4:2e4837c3b6e1 100 REG_BOOST_CDIV = 0x03, ///< Boost Clock Divider
switches 4:2e4837c3b6e1 101 REG_BOOST_ISET = 0x04, ///< Boost Peak Current
switches 4:2e4837c3b6e1 102 REG_BOOST_VSET = 0x05, ///< Boost Voltage Setting
switches 4:2e4837c3b6e1 103 REG_BOOST_CFG = 0x06, ///< Boost Configuration
switches 4:2e4837c3b6e1 104 REG_BUCK_VSET = 0x07, ///< Buck Voltage Setting
switches 4:2e4837c3b6e1 105 REG_BUCK_CFG = 0x08, ///< Buck Configuration
switches 4:2e4837c3b6e1 106 REG_BUCK_ISET = 0x09, ///< Buck Peak Current and Settings
switches 4:2e4837c3b6e1 107 REG_LDO_VSET = 0x0A, ///< LDO Voltage Setting
switches 4:2e4837c3b6e1 108 REG_LDO_CFG = 0x0B, ///< LDO Configuration
switches 4:2e4837c3b6e1 109 REG_SWITCH_CFG = 0x0C, ///< Switch Configuration
switches 4:2e4837c3b6e1 110 REG_BAT_TIME = 0x0D, ///< Battery Impedance Timing
switches 4:2e4837c3b6e1 111 REG_BAT_CFG = 0x0E, ///< Battery Impedance Configuration
switches 4:2e4837c3b6e1 112 REG_BAT_BCV = 0x0F, ///< Battery Cell Voltage
switches 4:2e4837c3b6e1 113 REG_BAT_OCV = 0x10, ///< Open Cell Voltage
switches 4:2e4837c3b6e1 114 REG_BAT_LCV = 0x11, ///< Loaded Cell Voltage
switches 4:2e4837c3b6e1 115 REG_MON_CFG = 0x19, ///< Monitor Multiplexer Configuration
switches 4:2e4837c3b6e1 116 REG_BOOT_CFG = 0x1A, ///< Boot Configuration
switches 4:2e4837c3b6e1 117 REG_PIN_STAT = 0x1B, ///< Pin Status
switches 4:2e4837c3b6e1 118 REG_BBB_EXTRA = 0x1C, ///< Buck/Buck-Boost Extra
switches 4:2e4837c3b6e1 119 REG_HANDSHK = 0x1D, ///< Power-On Handshake
switches 6:06450093da48 120 REG_UVLO_CFG = 0x1E, ///< Under-Voltage Lock Out
switches 4:2e4837c3b6e1 121 REG_PWR_OFF = 0x1F, ///< Power Off Command
switches 3:cdd88a3d3d24 122 } registers_t;
jbradshaw 0:0e40db4a2b3e 123
switches 6:06450093da48 124 /**
switches 4:2e4837c3b6e1 125 * @brief Boost Peak Current Settings
switches 4:2e4837c3b6e1 126 * @details Enumerated peak current settings for boost regulator
switches 6:06450093da48 127 */
switches 4:2e4837c3b6e1 128 typedef enum {
switches 4:2e4837c3b6e1 129 BOOST_ISET_MIN, ///< Minimum On-Time
switches 4:2e4837c3b6e1 130 BOOST_ISET_50mA, ///< 50mA Peak Current
switches 4:2e4837c3b6e1 131 BOOST_ISET_100mA, ///< 100mA Peak Current
switches 4:2e4837c3b6e1 132 BOOST_ISET_150mA, ///< 150mA Peak Current
switches 4:2e4837c3b6e1 133 BOOST_ISET_200mA, ///< 200mA Peak Current
switches 4:2e4837c3b6e1 134 BOOST_ISET_250mA, ///< 250mA Peak Current
switches 4:2e4837c3b6e1 135 BOOST_ISET_300mA, ///< 300mA Peak Current
switches 4:2e4837c3b6e1 136 BOOST_ISET_350mA, ///< 350mA Peak Current
switches 4:2e4837c3b6e1 137 } boostISet_t;
jbradshaw 0:0e40db4a2b3e 138
switches 6:06450093da48 139 /**
switches 4:2e4837c3b6e1 140 * @brief Boost Enable Mode
switches 4:2e4837c3b6e1 141 * @details Enumerated enable modes for boost regulator
switches 6:06450093da48 142 */
switches 4:2e4837c3b6e1 143 typedef enum {
switches 4:2e4837c3b6e1 144 BOOST_DISABLED, ///< Boost Disabled
switches 4:2e4837c3b6e1 145 BOOST_ENABLED, ///< Boost Enabled
switches 4:2e4837c3b6e1 146 BOOST_EN_MPC, ///< Boost Enabled by MPC pin
switches 4:2e4837c3b6e1 147 } boostEn_t;
jbradshaw 0:0e40db4a2b3e 148
switches 6:06450093da48 149 /**
switches 4:2e4837c3b6e1 150 * @brief Buck Operating Modes
switches 4:2e4837c3b6e1 151 * @details Enumerated operating modes for buck regulator
switches 6:06450093da48 152 */
switches 4:2e4837c3b6e1 153 typedef enum {
switches 6:06450093da48 154 BUCK_BURST, ///< Burst Mode Operation
switches 4:2e4837c3b6e1 155 BUCK_FPWM, ///< Forced PWM Operation
switches 4:2e4837c3b6e1 156 BUCK_MPC_FPWM, ///< MPC activated Forced PWM
switches 4:2e4837c3b6e1 157 } buckMd_t;
switches 4:2e4837c3b6e1 158
switches 6:06450093da48 159 /**
switches 4:2e4837c3b6e1 160 * @brief Buck Peak Current Settings
switches 4:2e4837c3b6e1 161 * @details Enumerated peak current settings for buck regulator
switches 6:06450093da48 162 */
switches 4:2e4837c3b6e1 163 typedef enum {
switches 4:2e4837c3b6e1 164 BUCK_ISET_50mA, ///< 50mA Peak Current
switches 4:2e4837c3b6e1 165 BUCK_ISET_100mA, ///< 100mA Peak Current
switches 4:2e4837c3b6e1 166 BUCK_ISET_150mA, ///< 150mA Peak Current
switches 4:2e4837c3b6e1 167 BUCK_ISET_200mA, ///< 200mA Peak Current
switches 4:2e4837c3b6e1 168 BUCK_ISET_250mA, ///< 250mA Peak Current
switches 4:2e4837c3b6e1 169 BUCK_ISET_300mA, ///< 300mA Peak Current
switches 4:2e4837c3b6e1 170 BUCK_ISET_350mA, ///< 350mA Peak Current
switches 4:2e4837c3b6e1 171 BUCK_ISET_400mA, ///< 400mA Peak Current
switches 4:2e4837c3b6e1 172 } buckISet_t;
switches 4:2e4837c3b6e1 173
switches 6:06450093da48 174 /**
switches 4:2e4837c3b6e1 175 * @brief Monitor Configurations
switches 4:2e4837c3b6e1 176 * @details Enumerated configuration modes for monitor multiplexer
switches 6:06450093da48 177 */
switches 4:2e4837c3b6e1 178 typedef enum {
switches 6:06450093da48 179 MON_PULLDOWN = 0x00, ///< Pulled down by 100k Ohm
switches 4:2e4837c3b6e1 180 MON_HI_Z = 0x08, ///< High Impedance
switches 4:2e4837c3b6e1 181 MON_SWIN = 0x80, ///< SWIN Selected
switches 4:2e4837c3b6e1 182 MON_SWOUT = 0x81, ///< SWOUT Selected
switches 4:2e4837c3b6e1 183 MON_BIN = 0x82, ///< BIN Selected
switches 4:2e4837c3b6e1 184 MON_BOUT = 0x83, ///< BOUT Selected
switches 4:2e4837c3b6e1 185 MON_HVIN = 0x84, ///< HVIN Selected
switches 4:2e4837c3b6e1 186 MON_HVOUT = 0x85, ///< HVOUT Selected
switches 4:2e4837c3b6e1 187 MON_LIN = 0x86, ///< LIN Selected
switches 4:2e4837c3b6e1 188 MON_LOUT = 0x87, ///< LOUT Selected
switches 4:2e4837c3b6e1 189 } monCfg_t;
jbradshaw 0:0e40db4a2b3e 190
switches 6:06450093da48 191 /**
switches 4:2e4837c3b6e1 192 * @brief Under-Voltage Lock Out Input
switches 4:2e4837c3b6e1 193 * @details Enumerated input selection options for UVLO
switches 6:06450093da48 194 */
switches 4:2e4837c3b6e1 195 typedef enum {
switches 4:2e4837c3b6e1 196 LIN_UVLO, ///< LIN used to determine UVLO condition
switches 4:2e4837c3b6e1 197 BIN_UVLO, ///< BIN used to determine UVLO condition
switches 4:2e4837c3b6e1 198 } uvloIn_t;
switches 4:2e4837c3b6e1 199
switches 4:2e4837c3b6e1 200 /**
switches 4:2e4837c3b6e1 201 * MAX14720 constructor.
switches 4:2e4837c3b6e1 202 *
switches 4:2e4837c3b6e1 203 * @param sda mbed pin to use for SDA line of I2C interface.
switches 4:2e4837c3b6e1 204 * @param scl mbed pin to use for SCL line of I2C interface.
switches 4:2e4837c3b6e1 205 * @param slaveAddress Slave Address of the device.
switches 4:2e4837c3b6e1 206 */
switches 4:2e4837c3b6e1 207 MAX14720(PinName sda, PinName scl, int slaveAddress);
switches 4:2e4837c3b6e1 208
switches 4:2e4837c3b6e1 209 /**
switches 4:2e4837c3b6e1 210 * MAX14720 constructor.
switches 4:2e4837c3b6e1 211 *
switches 4:2e4837c3b6e1 212 * @param i2c I2C object to use.
switches 4:2e4837c3b6e1 213 * @param slaveAddress Slave Address of the device.
switches 4:2e4837c3b6e1 214 */
switches 4:2e4837c3b6e1 215 MAX14720(I2C *i2c, int slaveAddress);
jbradshaw 0:0e40db4a2b3e 216
switches 4:2e4837c3b6e1 217 /**
switches 4:2e4837c3b6e1 218 * MAX14720 destructor.
switches 4:2e4837c3b6e1 219 */
switches 4:2e4837c3b6e1 220 ~MAX14720();
switches 4:2e4837c3b6e1 221
switches 4:2e4837c3b6e1 222 /**
switches 4:2e4837c3b6e1 223 * @brief Initialize MAX14720
switches 6:06450093da48 224 * @details Applies settings to MAX14720.
switches 4:2e4837c3b6e1 225 * Settings are stored in public variables.
switches 6:06450093da48 226 * The variables are pre-loaded with the most common configuation.
switches 4:2e4837c3b6e1 227 * Assign new values to the public variables before calling init.
switches 6:06450093da48 228 * This will update all the settings including the boost voltage
switches 6:06450093da48 229 * from boostMillivolts and the boost enable mode from boostEn.
switches 4:2e4837c3b6e1 230 * @returns 0 if no errors, -1 if error.
switches 4:2e4837c3b6e1 231 */
switches 4:2e4837c3b6e1 232 int init();
switches 4:2e4837c3b6e1 233
switches 4:2e4837c3b6e1 234 /**
switches 4:2e4837c3b6e1 235 * @brief Set the Boost Voltage
switches 6:06450093da48 236 * @details Sets the voltage for the boost regulator.
switches 6:06450093da48 237 * The voltage is specified in millivolts.
switches 4:2e4837c3b6e1 238 * The MAX14720 cannot update the voltage when enabled.
switches 6:06450093da48 239 * This function checks the local boostEn variable and if the
switches 6:06450093da48 240 * regualtor is enabled it will send the disable command before
switches 4:2e4837c3b6e1 241 * sending the new voltage and re-enable the boost regulator after
switches 4:2e4837c3b6e1 242 * the new voltage is written.
switches 4:2e4837c3b6e1 243 * @param mV voltage for boost regualtor in millivolts
switches 4:2e4837c3b6e1 244 * @returns 0 if no errors, -1 if error.
switches 4:2e4837c3b6e1 245 */
switches 4:2e4837c3b6e1 246 int boostSetVoltage(int mV);
jbradshaw 0:0e40db4a2b3e 247
switches 4:2e4837c3b6e1 248 /**
switches 4:2e4837c3b6e1 249 * @brief Set Boost Enable Mode
switches 4:2e4837c3b6e1 250 * @details Sets the enable mode for the boost regulator
switches 4:2e4837c3b6e1 251 * @param mode The enable mode for the boost regulator
switches 4:2e4837c3b6e1 252 * @returns 0 if no errors, -1 if error.
switches 4:2e4837c3b6e1 253 */
switches 4:2e4837c3b6e1 254 int boostSetMode(boostEn_t mode);
switches 4:2e4837c3b6e1 255
switches 4:2e4837c3b6e1 256 /**
switches 4:2e4837c3b6e1 257 * @brief Configure Mon Pin
switches 4:2e4837c3b6e1 258 * @details Configures the operating mode of the monitor multiplexer
switches 4:2e4837c3b6e1 259 * @param monCfg The configuration mode for the monitor pin
switches 4:2e4837c3b6e1 260 * @returns 0 if no errors, -1 if error.
switches 4:2e4837c3b6e1 261 */
switches 4:2e4837c3b6e1 262 int monSet(monCfg_t monCfg);
switches 4:2e4837c3b6e1 263
switches 4:2e4837c3b6e1 264 /**
switches 4:2e4837c3b6e1 265 * @brief Shutdown
switches 4:2e4837c3b6e1 266 * @details Sends the command to turn off all supplies and put the part
switches 4:2e4837c3b6e1 267 * in battery saving shelf mode.
switches 4:2e4837c3b6e1 268 * @returns 0 if no errors, -1 if error.
switches 4:2e4837c3b6e1 269 */
switches 4:2e4837c3b6e1 270 int shutdown();
jbradshaw 0:0e40db4a2b3e 271
switches 4:2e4837c3b6e1 272 /**
switches 4:2e4837c3b6e1 273 * @brief Write Register
switches 7:2e9f6e70b34f 274 * @details Writes the given value to the specified register.
switches 7:2e9f6e70b34f 275 * Note, this function provides direct access to the registers
switches 7:2e9f6e70b34f 276 * without any awareness or effect on the settings stored in
switches 7:2e9f6e70b34f 277 * the public variables. This is used by the other functions to
switches 7:2e9f6e70b34f 278 * set the values inside the MAX14720. Calling this outside of the
switches 7:2e9f6e70b34f 279 * other functions can break the synchronization of the variables
switches 7:2e9f6e70b34f 280 * to the state of the MAX14720.
switches 4:2e4837c3b6e1 281 * @param reg The register to be written
switches 4:2e4837c3b6e1 282 * @param value The data to be written
switches 4:2e4837c3b6e1 283 * @returns 0 if no errors, -1 if error.
switches 4:2e4837c3b6e1 284 */
switches 4:2e4837c3b6e1 285 int writeReg(registers_t reg, char value);
switches 4:2e4837c3b6e1 286
switches 4:2e4837c3b6e1 287 /**
switches 4:2e4837c3b6e1 288 * @brief Read Register
switches 4:2e4837c3b6e1 289 * @details Reads from the specified register
switches 4:2e4837c3b6e1 290 * @param reg The register to be read
switches 4:2e4837c3b6e1 291 * @param value Pointer for where to store the data
switches 4:2e4837c3b6e1 292 * @returns 0 if no errors, -1 if error.
switches 4:2e4837c3b6e1 293 */
switches 4:2e4837c3b6e1 294 int readReg(registers_t reg, char *value);
switches 3:cdd88a3d3d24 295
switches 6:06450093da48 296 /// Boost Clock Divider Enable: default 0 - Disabled, 1 - Enabled
switches 6:06450093da48 297 bool clkDivEn;
switches 6:06450093da48 298 /// Boost Clock Divider Setting: default 0, The clock is divided by this value +10 when enabled
switches 6:06450093da48 299 int clkDivSet;
switches 6:06450093da48 300 /// Boost Peak Current Setting: default BOOST_ISET_100mA
switches 6:06450093da48 301 boostISet_t boostISet;
switches 6:06450093da48 302 /// Boost Voltage in millivolts: default 3300
switches 6:06450093da48 303 int boostMillivolts;
switches 6:06450093da48 304 /// Boost Enable Mode: default BOOST_DISABLED
switches 6:06450093da48 305 boostEn_t boostEn;
switches 6:06450093da48 306 /// Boost EMI Setting: default 0 - EMI damping active (lower noise), 1 - Damping disabled (more efficient)
switches 6:06450093da48 307 bool boostEMI;
switches 6:06450093da48 308 /// Boost Inductor Setting: default 0 - 4.7uH, 1 - 3.3uH
switches 6:06450093da48 309 bool boostInd;
switches 6:06450093da48 310 /// Boost Hysteresis Off: default 0 - Hysteresis enabled (more efficient), 1 - Hysteresis off (lower voltage ripple)
switches 6:06450093da48 311 bool boostHysOff;
switches 6:06450093da48 312 /// Boost Passive Discharge: default 0 - Disabled, 1 - Enabled when boost disabled
switches 6:06450093da48 313 bool boostPasDsc;
switches 6:06450093da48 314 /// Boost Active Discharge: default 0 - Disabled, 1 - Enabled when boost disabled
switches 6:06450093da48 315 bool boostActDsc;
switches 6:06450093da48 316 /// Buck Operating Mode: default BUCK_BURST
switches 6:06450093da48 317 buckMd_t buckMd;
switches 6:06450093da48 318 /// Buck Fast Start: default 0 - Normal startup current limit, 1 - Double startup current for fast start
switches 6:06450093da48 319 bool buckFst;
switches 6:06450093da48 320 /// Buck Peak Current Setting: default BUCK_ISET_300mA
switches 6:06450093da48 321 buckISet_t buckISet;
switches 6:06450093da48 322 /// Buck Configuration: default 0 - For burst mode, 1 - For FPWM mode
switches 6:06450093da48 323 bool buckCfg;
switches 6:06450093da48 324 /// Buck Inductor Setting: default 0 - 2.2uH, 1 - 4.7uH
switches 6:06450093da48 325 bool buckInd;
switches 6:06450093da48 326 /// Buck Hysteresis Off: default 0 - Hysteresis enabled (more efficient), 1 - Hysteresis off (lower voltage ripple)
switches 6:06450093da48 327 bool buckHysOff;
switches 6:06450093da48 328 /// Buck Minimum On Time: default 1 - Disable deglitch delay (lower voltage ripple), 0 - Enable deglitch dealy (more efficient)
switches 6:06450093da48 329 bool buckMinOT;
switches 6:06450093da48 330 /// Buck Integrate: default 1 - Better load regulation at higher current (recommended for output capacitance >6uF), 0 - More stable operation with smaller output capacitor
switches 6:06450093da48 331 bool buckInteg;
switches 6:06450093da48 332 /// Buck Passive Discharge: default 0 - Disabled, 1 - Enabled when buck disabled
switches 6:06450093da48 333 bool buckPasDsc;
switches 6:06450093da48 334 /// Buck Active Discharge: default 0 - Disabled, 1 - Enabled when buck disabled
switches 6:06450093da48 335 bool buckActDsc;
switches 6:06450093da48 336 /// Buck Fet Scaling: default 0 - Full buck FET after soft start (more efficient for larger loads), 1 - Reduced buck FET while active (lower quiescent current for light loads)
switches 6:06450093da48 337 bool buckFScl;
switches 3:cdd88a3d3d24 338
jbradshaw 0:0e40db4a2b3e 339 private:
switches 4:2e4837c3b6e1 340 /// I2C pointer
switches 4:2e4837c3b6e1 341 I2C *i2c;
switches 4:2e4837c3b6e1 342 /// Is this object the owner of the I2C object
switches 4:2e4837c3b6e1 343 bool isOwner;
switches 4:2e4837c3b6e1 344 /// Device slave address
switches 4:2e4837c3b6e1 345 int slaveAddress;
switches 4:2e4837c3b6e1 346
jbradshaw 0:0e40db4a2b3e 347 };
jbradshaw 0:0e40db4a2b3e 348
switches 5:0010586546d8 349 #endif /* _MAX14720_H_ */