概览

简介

The HS3004 is a highly-accurate, fully-calibrated relative humidity and temperature sensor. The high accuracy, fast measurement response time, and long-term stability, along with the small package size, makes the HS3004 ideal for a wide number of applications from portable to harsh environments.

An integrated calibration and temperature compensation logic provides fully corrected RH and T values via a standard I²C output. The measured data is internally corrected and compensated for accurate operation over a wide range of temperature and humidity levels–user calibration is not required.

特性

  • RH accuracy: ±3.8% RH typical
  • Fast RH response time (typical 6 seconds)
  • Temperature sensor accuracy: ±0.2°C typical (-10 to +80°C)
  • 14-bit resolution: 0.01% RH (typical)
  • Low power consumption: 1.0µA average (one RH+T measurement per second, 8-bit resolution, 1.8V supply)
  • Extended supply voltage: 2.3V to 5.5V

应用

文档

Document title Document type
类型
日期 日期
PDF 356 KB 数据手册
PDF 3.64 MB 日文 应用文档
PDF 129 KB 应用文档
PDF 189 KB 应用文档
PDF 192 KB 应用文档
PDF 1.07 MB End Of Life Notice
PDF 600 KB 日文 概览
PDF 301 KB 产品变更通告
PDF 99 KB 产品变更通告
PDF 114 KB 产品变更通告
10 items

设计和开发

软件与工具

软件下载

Software title Software type 类型 日期 日期
PDF 1.07 MB End Of Life Notice
1 item

样例程序

样例程序

过滤
文档标题 类型 日期 日期
ZIP 2.25 MB
应用: 物联网(IoT)
Function: Application Example, Communication Interface, Driver or Library
样例程序
ZIP 3.74 MB
应用: 物联网(IoT)
Compiler: CC-RL, CC-RX, ICCRL78 Function: Application Example, Communication Interface, Driver or Library IDE: CS+, e2 studio, IAR EWRL78
样例程序
ZIP 2.93 MB
应用: 工业, 消费类电子
Compiler: CC-RX, GNURX, ICCRX Function: Analog, Communication Interface, Driver or Library, OS IDE: CS+, e2 studio, IAR EWRX
样例程序
3 items

开发板与套件

开发板与套件

模型

Relative Humidity Sensors (RH Sensors)

A brief introduction to Renesas’ relative humidity sensors that offer high accuracy and fast measurement response times, enabling customers to improve overall system performance and feedback control. The humidity sensors feature excellent long-term stability as a result of a robust silicon carbide construction and an innovative design, improving useful lifetime and lowering effective cost.