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Fermion:ICP-10111 壓力感知器 分線板 內建溫度感測器,用於氣壓補償

原始價格:NT$330。目前價格:NT$275。 (未稅)

狀態: 尚有庫存 貨號: IMU-014342 分類: 標籤: , ,

描述

Fermion:ICP-10111 壓力感知器 分線板 內建溫度感測器,用於氣壓補償

ICP-10111 壓力感測器系列基於 MEMS 電容技術,以最低功耗提供超低噪聲,從而實現業界領先的相對精度、感測器吞吐量和溫度穩定性。壓力感測器可以測量壓力差,精度為±1 Pa,高度測量誤差小至8.5厘米,小於單一樓梯台階的高度。 ICP-10111 的功耗僅為 1.3 µA @1 Hz,佔地 2 × 2.5 × 0.92 mm,非常適合行動電話、穿戴式健身監測、無人機和電池供電的物聯網。

ICP-10111 提供業界領先的 ±0.5 Pa/°C 溫度係數偏移。高精度、低功耗、溫度穩定性和防水性相結合,佔地面積小,可為體育活動識別、移動室內/室外導航和無人機高度保持提供更高性能的氣壓感測。

這款氣壓溫度感測器配備了TDK新推出的ICP-10111氣壓感測器,該感測器基於MEMS電容器技術,實現超低功耗、業界領先的相對精度和溫度偏移係數。

Fermion: ICP-10111 氣壓溫度感測器可以測量壓力差,精度為 ±1Pa,該精度使高度測量差異小至 8.5 厘米,小於單一樓梯台階的高度。

壓力噪音可低至0.4Pa,讀取資料更加穩定。內建溫度感測器,用於氣壓補償。 ICP-10111的溫度係數偏移為±0.5 Pa/°C,長期使用較穩定。小尺寸中集高精度、低功耗和溫度穩定性於一身,可為體育活動識別、移動室內/室外導航和無人機高度保持提供更高性能的氣壓感測。

Fermion:ICP-10111 壓力感知器(分線)

連接圖

特徵

  • 相對精度±1Pa,高度測量差小至8.5cm
  • ±0.5Pa/℃溫度係數偏移,長期使用穩定性高
  • 0.4Pa壓力噪音,數據更穩定

應用領域

  • 無人機高度控制
  • 室內導航定位
  • 垂直速度測量
  • 擴增實境和虛擬顯示應用

規格

  • 工作電壓:3.3V~5.5V
  • 工作電流:<2mA
  • 通訊方式:I2C
  • I2C位址:0x63
  • 氣壓測量範圍:30~110 kPa
  • 相對氣壓測量精度:±0.01hPa(950hPa~1050hPa,25℃)
  • 絕對氣壓測量精度:±1hPa(950hPa-1050hPa,0℃~65℃)
  • 溫度係數偏移:±0.5 Pa/℃(100kPa,25℃~45℃)
  • 絕對溫度測量精度:±0.4℃
  • 工作溫度:-40℃~85℃
  • 尺寸:16.5 毫米 x 12.5 毫米/0.65 x 0.49 英寸

文件

Fermion: ICP-10111 Pressure Sensor

INTRODUCTION

This barometric pressure temperature sensor is equipped with TDK’s newly launched ICP-10111 barometric pressure sensor, which is based on MEMS capacitor technology to achieve ultra-low power consumption, industry-leading relative accuracy, and temperature offset coefficient.

The Fermion: ICP-10111 barometric pressure temperature sensor can measure the pressure difference with an accuracy of ±1Pa, an accuracy enabling altitude measurement differentials as small as 8.5 cm, less than the height of a single stair step.

The pressure noise can be as low as 0.4Pa, and the read data will be more stable. There is a built-in temperature sensor for air pressure compensation. The ICP-10111 offers a temperature coefficient offset of ±0.5 Pa/°C, more stable for long-term use. The combination of high accuracy, low power, and temperature stability in a small footprint enables higher performance barometric pressure sensing for sports activity identification, mobile indoor/outdoor navigation, and altitude-hold in drones.

 

Connection Diagram

FEATURES

  • Relative accuracy ±1Pa, as small as 8.5cm height measurement difference
  • ±0.5Pa/℃ temperature coefficient offset, high stability for long-term use
  • 0.4Pa pressure noise, more stable data

APPLICATIONS

  • UAV height control
  • Indoor navigation and positioning
  • Vertical speed measurement
  • Enhancing reality and virtual display applications

SPECIFICATION

  • Working Voltage: 3.3V~5.5V
  • Working Current: <2mA
  • Communication: I2C
  • I2C Address: 0x63
  • Air Pressure Measurement Range: 30~110 kPa
  • Relative Barometric Pressure Measurement Accuracy: ±0.01hPa (950hPa~1050hPa, 25℃)
  • Absolute Barometric Pressure Measurement Accuracy: ±1hPa (950hPa-1050hPa, 0℃~65℃)
  • Temperature Coefficient Offset: ±0.5 Pa/℃ (100kPa, 25℃~45℃)
  • Absolute Temperature Measurement Accuracy: ±0.4℃
  • Working Temperature: -40℃~85℃
  • Dimensions: 16.5mm x 12.5 mm / 0.65 x 0.49inch

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