Tedd OKANO / Mbed 2 deprecated PCT2075_Hello

Hello world code for PCT2075 and LM75B component class library. The PCT2075 is a temperature-to-digital converter featuring +/-1 degree-C accuracy over -25 degree-C to +100 degree-C range. It uses an on-chip band gap temperature sensor and Sigma-Delta A-to-D conversion technique with an overtemperature detection output that is a drop-in replacement for other LM75 series thermal sensors.

Dependencies:   PCT2075 mbed

PCT2075/PCT2075.h@0:3c3d4c5ac8e9, 2015-02-27 (annotated)

Committer:
okano
Date:
Fri Feb 27 10:47:24 2015 +0000
Revision:
0:3c3d4c5ac8e9
Child:
1:5398b0799e20
cannot built

Who changed what in which revision?

UserRevisionLine numberNew contents of line
okano 0:3c3d4c5ac8e9 1 /** PCT2075 and LM75B component class library
okano 0:3c3d4c5ac8e9 2 * PCT2075 と LM75B 用のコンポーネント・クラス・ライブラリです
okano 0:3c3d4c5ac8e9 3 *
okano 0:3c3d4c5ac8e9 4 * This is new NXP PCT2075 and classic LM75B component class library
okano 0:3c3d4c5ac8e9 5 * This works for both PCT2075 and LM75B
okano 0:3c3d4c5ac8e9 6 *
okano 0:3c3d4c5ac8e9 7 * @author Tedd OKANO
okano 0:3c3d4c5ac8e9 8 * @version 1.0
okano 0:3c3d4c5ac8e9 9 * @date 28-Feb-2015
okano 0:3c3d4c5ac8e9 10 *
okano 0:3c3d4c5ac8e9 11 * For the details of PCT2075 and LM75B..
okano 0:3c3d4c5ac8e9 12 * PCT2075 and LM75Bの詳細は..
okano 0:3c3d4c5ac8e9 13 * http://i2c_sda.nxp.com/documents/data_sheet/PCT2075.pdf
okano 0:3c3d4c5ac8e9 14 * http://i2c_sda.nxp.com/documents/data_sheet/LM75B.pdf
okano 0:3c3d4c5ac8e9 15 */
okano 0:3c3d4c5ac8e9 16
okano 0:3c3d4c5ac8e9 17 #include "mbed.h"
okano 0:3c3d4c5ac8e9 18 #include "I2CTempSensor.h"
okano 0:3c3d4c5ac8e9 19
okano 0:3c3d4c5ac8e9 20 /** PCT2075 class library クラスライブラリ
okano 0:3c3d4c5ac8e9 21 *
okano 0:3c3d4c5ac8e9 22 * クラスライブラリは非常にシンプルなインターフェースを提供します
okano 0:3c3d4c5ac8e9 23 *
okano 0:3c3d4c5ac8e9 24 * コード例:
okano 0:3c3d4c5ac8e9 25 * @code
okano 0:3c3d4c5ac8e9 26 * #include "mbed.h"
okano 0:3c3d4c5ac8e9 27 * #include "I2CTempSensor.h"
okano 0:3c3d4c5ac8e9 28 *
okano 0:3c3d4c5ac8e9 29 * I2CTempSensor temp0( p28, p27 );
okano 0:3c3d4c5ac8e9 30 *
okano 0:3c3d4c5ac8e9 31 * I2C i2c( p28, p27 );
okano 0:3c3d4c5ac8e9 32 * I2CTempSensor temp1( i2c );
okano 0:3c3d4c5ac8e9 33 *
okano 0:3c3d4c5ac8e9 34 *
okano 0:3c3d4c5ac8e9 35 * int main()
okano 0:3c3d4c5ac8e9 36 * {
okano 0:3c3d4c5ac8e9 37 * float t0;
okano 0:3c3d4c5ac8e9 38 * float t1;
okano 0:3c3d4c5ac8e9 39 *
okano 0:3c3d4c5ac8e9 40 * i2c.frequency( 400 * 1000 );
okano 0:3c3d4c5ac8e9 41 *
okano 0:3c3d4c5ac8e9 42 * while(1) {
okano 0:3c3d4c5ac8e9 43 * t0 = temp0;
okano 0:3c3d4c5ac8e9 44 * t1 = temp1;
okano 0:3c3d4c5ac8e9 45 * printf( "temp = %7.3f, %7.3f\r\n", t0, t1 );
okano 0:3c3d4c5ac8e9 46 * wait( 1 );
okano 0:3c3d4c5ac8e9 47 * }
okano 0:3c3d4c5ac8e9 48 * }
okano 0:3c3d4c5ac8e9 49 * @endcode
okano 0:3c3d4c5ac8e9 50 */
okano 0:3c3d4c5ac8e9 51 class PCT2075 : I2CTempSensor
okano 0:3c3d4c5ac8e9 52 {
okano 0:3c3d4c5ac8e9 53 public:
okano 0:3c3d4c5ac8e9 54 /** I2Cピンとスレーブアドレスを指定し，インスタンスを作成します
okano 0:3c3d4c5ac8e9 55 *
okano 0:3c3d4c5ac8e9 56 * @param i2c_sda I2C-bus i2c_sdaピン
okano 0:3c3d4c5ac8e9 57 * @param i2c_scl I2C-bus i2c_sclピン
okano 0:3c3d4c5ac8e9 58 * @param i2c_address (オプション) I2C-bus スレーブアドレス (デフォルト: 0x90)
okano 0:3c3d4c5ac8e9 59 */
okano 0:3c3d4c5ac8e9 60 PCT2075( PinName i2c_sda, PinName i2c_scl, char i2c_address = DEFAULT_I2C_SLAVE_ADDRESS );
okano 0:3c3d4c5ac8e9 61
okano 0:3c3d4c5ac8e9 62 /** I2Cオブジェクトとスレーブアドレスを指定し，インスタンスを作成します
okano 0:3c3d4c5ac8e9 63 *
okano 0:3c3d4c5ac8e9 64 * @param i2c_obj I2C オブジェクト (インスタンス)
okano 0:3c3d4c5ac8e9 65 * @param i2c_address (オプション) I2C-bus スレーブアドレス (デフォルト: 0x90)
okano 0:3c3d4c5ac8e9 66 */
okano 0:3c3d4c5ac8e9 67 PCT2075( I2C &i2c_obj, char i2c_address = DEFAULT_I2C_SLAVE_ADDRESS );
okano 0:3c3d4c5ac8e9 68
okano 0:3c3d4c5ac8e9 69 /** デストラクタ
okano 0:3c3d4c5ac8e9 70 */
okano 0:3c3d4c5ac8e9 71 virtual ~PCT2075();
okano 0:3c3d4c5ac8e9 72
okano 0:3c3d4c5ac8e9 73 /** 温度の読み出し
okano 0:3c3d4c5ac8e9 74 *
okano 0:3c3d4c5ac8e9 75 * @return 摂氏温度を返します(float型)
okano 0:3c3d4c5ac8e9 76 */
okano 0:3c3d4c5ac8e9 77 float read( void );
okano 0:3c3d4c5ac8e9 78
okano 0:3c3d4c5ac8e9 79 /** 温度の読み出し
okano 0:3c3d4c5ac8e9 80 *
okano 0:3c3d4c5ac8e9 81 * @return オブジェクトが読みだした値を返すようにしています
okano 0:3c3d4c5ac8e9 82 */
okano 0:3c3d4c5ac8e9 83 operator float( void );
okano 0:3c3d4c5ac8e9 84
okano 0:3c3d4c5ac8e9 85 private:
okano 0:3c3d4c5ac8e9 86 /** デフォルト・スレーブアドレス */
okano 0:3c3d4c5ac8e9 87 enum {
okano 0:3c3d4c5ac8e9 88 DEFAULT_I2C_SLAVE_ADDRESS = 0x90
okano 0:3c3d4c5ac8e9 89 };
okano 0:3c3d4c5ac8e9 90
okano 0:3c3d4c5ac8e9 91 I2C *i2c_p;
okano 0:3c3d4c5ac8e9 92 I2C &i2c;
okano 0:3c3d4c5ac8e9 93 char adr;
okano 0:3c3d4c5ac8e9 94 };