New MAX30102EFD+T Heart Rate & Blood Oxygen Sensor OLGA14 Chip Module

Name: New MAX30102EFD+T Heart Rate & Blood Oxygen Sensor OLGA14 Chip Module
SKU: 69bbd9070da3bb0118fceef3
Price: 88.3 DKK
Availability: InStock

Nuværende pris

Pris 88,30 kr.

inklusive moms

FarveMAX30102EFD+T

Mini Calculator Pendant Student Portable Stationery Keychain Silent Button Small Round Calculator
Summer Women Wedge Sandals 2026 New Fashion Non Slip Beach Shoes for Woman Lightweight Casual Platform Plus Size Sandals Women
Steering Wheel Sticker 35mmx8mm Car Badge Sticker For Volvo XC90 XC60 XC40 S60 V90 S40 V40 V60 S80L Before 2009 Volvo Sticker
100g Skin Exfoliation Soap Moisturizing Delicate Texture Hydrating Whitening Oil Control Brighten Universal Kojic Acid Dark Remover Soap
Portable Mini Gardening Supplies Kids Toys Watering Can Plants Sprinkler Plastic
Dog Clothes Pet Hoodies Puppy Sweatshirts Spring Autumn Clothes For Chihuahua French Bulldog Yorkie Costume
Gold Velvet Set - Women's Autumn/Winter Large Size - Slimming and Concealing Fat - Casual Hooded Trendy Two-Piece Set
Men's Women's Fad Retro Leather Boot Thick Heel Western Denim Boot Punk Side Zipper Couple Mid-tube Waterproof Boots Botas Mujer
Adidas VELOSTAR Abrasion Resistant Low Top Running Shoes Unisex White Green Sneakers KI6015
2026 US-Canada-Mexico World Cup Football Jersey Boys and Girls Sports Set Quick-Drying Children's Football Jersey Kit

Levering over 🇩🇰 Danmark

14-24 arbejdsdage · 29,80 kr. pr. ordre

Dine betalinger og privatliv er sikre

Ingen leveringsrefusion

Kvalitetsgaranti

Sikker logistik

Privatlivsbeskyttelse

Sikkerhed og overholdelse

Beskrivelse

This advanced sensor module is designed for precise heart rate and blood oxygen monitoring. Utilizing state-of-the-art technology, it offers accurate pulse oximetry and heart rate data in a compact OLGA14 chip form. Ideal for integration into wearable devices, medical equipment, or personal health gadgets, it ensures reliable performance with low power consumption. The module's versatile design and high sensitivity make it suitable for a range of health-focused applications, enhancing user experience through superior biometric data collection.

Rapportér et problem