BME680(CN).pdf_bme680中文资料

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Modifications

reserved

|Data subject not change without notice

Printed

Germany

Document number: BST

E680

Revision_1.

201

Bosch Sensortec | BME680 Datasheet 1 | 50

BME680

低功耗气体，压力，温湿度传感器

E680

–

Datasheet

Document revision

Document release date

July

201

Document number

BST

BME680

Technical reference code(s)

1 277 340 511

Notes

Data

and descriptions

in this document are

bject to change without

notice. P

roduct photos and pictures are for illustration purposes only and

may differ from the

real product appearance.

Bosch Sensortec

BME680

tasheet

Modifications

reserved

|Data subject not change without notice

Printed

Germany

Document number: BST

E680

Revision_1.

201

低功耗气体，压力，温度&湿度传感器

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关键特性

.............................................................................................................................................................................

气体传感器的关键参数

.....................................................................................................................................................

湿度传感器关键参数

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压力传感器的关键参数

.....................................................................................................................................................

规范

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1.1 通用电气规范

....................................................................................................................................................................

1.2 气体传感器规格

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1.3 湿度传感器规范

...............................................................................................................................................................

1.4 压力传感器规范

.............................................................................................................................................................

1.5 温度传感器规范

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2. 绝对最大额定参数

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3. 传感器的使用

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3.1 传感器的模式

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3.2 传感器配置

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3.2.1 快速启动

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3.2.2 传感器配置流程

.........................................................................................................................................................

3.3 测量流程

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3.3.1 温度测量，测温

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3.3.2 压力测量

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3.3.3 湿度测量

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3.3.4 IIR 滤波器

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3.3.5 气体传感器加热和测量

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3.4 数据读取

........................................................................................................................................................................

3.4.1 气体电阻读出

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3.5 输出补偿

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4.软件和用例

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5. 全局内存映射和寄存器描述

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6. 数字接口

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7. 输出引脚与连接图

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