Merkmale Energieernte Passiver und semi-passiver Betrieb On-Chip-Temperatursensor 9kbit EEPROM und RTC Integrierter Haltbarkeitsalgorithmus Vorteile Stromversorgung für externe Schaltungen Funktioniert mit oder ohne Batterie Ermöglicht Temperaturprotokollierung Speichert bis zu 841 Ereignisse mit Zeitstempel Bietet eine Warnung vor Ablauf des Datums
Features Energy harvesting Passive and semi-passive operation On-chip temperature sensor 9kbit EEPROM and RTC Integrated shelf life algorithm Benefits Provides supply for external circuitry Works with or without battery Enables temperature logging Stores up to 841 time-stamped events Provides expire date alert
CaracterÃsticas Recogida de energÃa Funcionamiento pasivo y semipasivo Sensor de temperatura en el chip EEPROM de 9kbit y RTC Algoritmo de vida útil integrado Beneficios Proporciona alimentación para los circuitos externos Funciona con o sin baterÃa Permite el registro de la temperatura Almacena hasta 841 eventos con marca de tiempo Proporciona una alerta de fecha
Caratteristiche Raccolta di energia Funzionamento passivo e semipassivo Sensore di temperatura on-chip 9kbit EEPROM und RTC Algoritmo integrato per la durata di conservazione Vantaggi Alimentazione per circuiti esterni Funziona con o senza batteria Consente la registrazione della temperatura Memorizza fino a 841 eventi con data e ora Fornisce un avviso prima della scadenza della data
CaracterÃsticas Interfaz directa NFC a SPI Cosecha de energÃa de 5mA Velocidad de transferencia de datos de 106 a 848kbit/s EEPROM integrada de 1kbit de alta resistencia (>1Mu ciclos de escritura) Beneficios La forma más rentable y sencilla de implementar NFC EnergÃa positiva, mayor duración de la baterÃa, permite diseños sin baterÃa Rápida transferencia de
Merkmale Direkte NFC-zu-SPI-Schnittstelle 5mA Energieernte 106 bis 848kbit/s Datenübertragungsrate Eingebautes 1kbit EEPROM mit hoher Ausdauer (>1Mu Schreibzyklen) Vorteile Kostengünstigster und einfachster Weg zur Implementierung von NFC Stromsparend, längere Batterielebensdauer, ermöglicht batterielose Designs Schnelle Datenübertragung für Firmware-Upgrades oder datenintensive Anwendungen Längste Lebensdauer des EEPROMs auch in schwierigen Umgebungen
Caratteristiche Interfaccia diretta NFC-SPI 5mA Raccolta di energia Velocità di trasferimento dati da 106 a 848 kbit/s EEPROM incorporata da 1 kbit con elevata resistenza (>1Mu cicli di scrittura) Vantaggi Il modo più semplice ed economico per implementare l’NFC Risparmio energetico, maggiore durata della batteria, possibilità di progetti senza batteria Trasferimento rapido dei dati per
Features Direct NFC to SPI interface 5mA energy harvest 106 to 848kbit/s data transfer rate Built-in 1kbit high endurance EEPROM (>1Mu write cycles) Benefits Most cost efficient and easiest way to implement NFC Power positive, longer battery lifetime, allows batteryless designs Fast data transfer for firmware upgrades or data intense applications Longest lifetime of EEPROM
Caratteristiche Modalità completa o semi-passiva (BAP): batteria da 1,5 o 3 V EEPROM da 9k su chip Precisione ±0,5ºC da -20ºC a 10ºC Raccolta di energia dal campo RF fino a 3mA Vantaggi Modalità di registrazione programmabili Registrazione: fino a 1020 eventi con marcatura temporale Supporta la raccolta di dati da vari sensori Protezione contro
Merkmale Voll- oder semi-passiver (BAP) Modus: 1,5 oder 3V Batterie 9k EEPROM auf dem Chip Genauigkeit ±0,5ºC von -20ºC bis 10ºC Energiegewinnung aus RF-Feld mit bis zu 3mA Vorteile Programmierbare Aufzeichnungsmodi Protokollierung: bis zu 1020 Ereignisse mit Zeitstempel Unterstützt Datenerfassung von verschiedenen Sensoren Schutz vor Datenmanipulationen Lange Batterielebensdauer (>1 Jahr mit 30mAh Batterie)
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