Hirofumi Otori / INA226PRC

ストロベリー・リナックスで扱ってるINA226PRC用のライブラリです。 https://strawberry-linux.com/catalog/items?code=12226

Dependents:   SITB_INA226PRC

INA226.hpp@0:c81a0493eb46, 2015-12-09 (annotated)

Committer:
leibun
Date:
Wed Dec 09 16:02:25 2015 +0000
Revision:
0:c81a0493eb46
first commit.

Who changed what in which revision?

UserRevisionLine numberNew contents of line
leibun 0:c81a0493eb46 1 /**
leibun 0:c81a0493eb46 2 * @section LICENSE
leibun 0:c81a0493eb46 3 * Released under the MIT License: http://mbed.org/license/mit
leibun 0:c81a0493eb46 4 * Copyright (C) 2012 tosihisa
leibun 0:c81a0493eb46 5 *
leibun 0:c81a0493eb46 6 * @section DESCRIPTION
leibun 0:c81a0493eb46 7 * INA226 - Bi-Directional CURRENT/POWER MONITOR with I2C
leibun 0:c81a0493eb46 8 * http://strawberry-linux.com/catalog/items?code=12031
leibun 0:c81a0493eb46 9 *
leibun 0:c81a0493eb46 10 */
leibun 0:c81a0493eb46 11 #ifndef __INA226_INCLUDE // {
leibun 0:c81a0493eb46 12 #define __INA226_INCLUDE
leibun 0:c81a0493eb46 13 #include "mbed.h"
leibun 0:c81a0493eb46 14 /**
leibun 0:c81a0493eb46 15 * INA226 Class.
leibun 0:c81a0493eb46 16 */
leibun 0:c81a0493eb46 17 class INA226 {
leibun 0:c81a0493eb46 18 public:
leibun 0:c81a0493eb46 19 /**
leibun 0:c81a0493eb46 20 * Constructor.
leibun 0:c81a0493eb46 21 *
leibun 0:c81a0493eb46 22 * @param i2c_ instance of I2C.
leibun 0:c81a0493eb46 23 * @param addr_ I2C slave address.
leibun 0:c81a0493eb46 24 * @param freq_ I2C frequency.
leibun 0:c81a0493eb46 25 */
leibun 0:c81a0493eb46 26 INA226(I2C &i2c_,int addr_ = 0x80,int freq_ = 100000);
leibun 0:c81a0493eb46 27 /**
leibun 0:c81a0493eb46 28 * Check INA226 exist.
leibun 0:c81a0493eb46 29 *
leibun 0:c81a0493eb46 30 * @param none
leibun 0:c81a0493eb46 31 * @return 0:NOT EXIST / !0:EXIST
leibun 0:c81a0493eb46 32 */
leibun 0:c81a0493eb46 33 int isExist(void);
leibun 0:c81a0493eb46 34 /**
leibun 0:c81a0493eb46 35 * INA226 raw level read.
leibun 0:c81a0493eb46 36 *
leibun 0:c81a0493eb46 37 * @param pointer_addr INA226 pointer address.
leibun 0:c81a0493eb46 38 * @param val_ read value.
leibun 0:c81a0493eb46 39 * @return 0:Read OK / !0:Read NG
leibun 0:c81a0493eb46 40 */
leibun 0:c81a0493eb46 41 int rawRead(char pointer_addr,unsigned short *val_);
leibun 0:c81a0493eb46 42 /**
leibun 0:c81a0493eb46 43 * INA226 raw level write.
leibun 0:c81a0493eb46 44 *
leibun 0:c81a0493eb46 45 * @param pointer_addr INA226 pointer address.
leibun 0:c81a0493eb46 46 * @param val_ write value.
leibun 0:c81a0493eb46 47 * @return 0:Read OK / !0:Read NG
leibun 0:c81a0493eb46 48 */
leibun 0:c81a0493eb46 49 int rawWrite(char pointer_addr,unsigned short val_);
leibun 0:c81a0493eb46 50 /**
leibun 0:c81a0493eb46 51 * Get voltage.
leibun 0:c81a0493eb46 52 *
leibun 0:c81a0493eb46 53 * @param V_ read value;
leibun 0:c81a0493eb46 54 * @return 0:Read OK / !0:Read NG
leibun 0:c81a0493eb46 55 */
leibun 0:c81a0493eb46 56 int getVoltage(double *V_);
leibun 0:c81a0493eb46 57 /**
leibun 0:c81a0493eb46 58 * Get current.
leibun 0:c81a0493eb46 59 *
leibun 0:c81a0493eb46 60 * @param I_ read value[mA];
leibun 0:c81a0493eb46 61 * @return 0:Read OK / !0:Read NG
leibun 0:c81a0493eb46 62 */
leibun 0:c81a0493eb46 63 int getCurrent(double *I_);
leibun 0:c81a0493eb46 64 /**
leibun 0:c81a0493eb46 65 * Set current calibration.
leibun 0:c81a0493eb46 66 *
leibun 0:c81a0493eb46 67 * @param val write value;
leibun 0:c81a0493eb46 68 * @return 0:Read OK / !0:Read NG
leibun 0:c81a0493eb46 69 */
leibun 0:c81a0493eb46 70 int setCurrentCalibration(unsigned short val = 0x0800);
leibun 0:c81a0493eb46 71
leibun 0:c81a0493eb46 72 private:
leibun 0:c81a0493eb46 73 I2C &i2c;
leibun 0:c81a0493eb46 74 int i2c_addr;
leibun 0:c81a0493eb46 75 int freq;
leibun 0:c81a0493eb46 76 };
leibun 0:c81a0493eb46 77 #endif // }