HV2901K6-G

Propriétés du produit

Fabricant :
 Microchip
Emballage / Caisse :
 SOT-23-3
Produit: Temperature Sensors
Type de produit : Board Mount Temperature Sensor ICs
Série : MCP9701

 

Catégorie :
Fabricant :
 Microchip
Catégorie de produit : Board Mount Temperature Sensors
Output Type:
 Analog
Accuracy:
 +/- 2 C
Température minimale de fonctionnement :
 – 10 C
Température de fonctionnement maximale :
 + 125 C
Emballage / Caisse :
 SOT-23-3
Type d'interface :
 –
Tension d'alimentation - Min :
 3.1 V
Tension d'alimentation - Max :
 5.5 V
Configuration:
 Local
Shutdown:
 Shutdown
Style de montage :
 SMD/SMT
Qualification:
 AEC-Q100
Emballage :
 Enrouleur
Emballage :
 Ruban coupé
Emballage :
 MouseReel
Marque : Microchip Technology
Gain: 19.5 mV / C
Operating Supply Current: 6 uA
Output Current: 100 uA
Produit: Temperature Sensors
Type de produit : Board Mount Temperature Sensor ICs
Série : MCP9701
Quantité d'emballage d'usine : 3000
Sous-catégorie : Sensors
Type : Temperature Sensor
Poids unitaire : 0.001482 oz

Automotive Analog Products

Designers of electronic control modules within the automobile are being challenged to deliver increased performance in a variety of systems including powertrain, chassis, comfort, driver information, entertainment, and safety. Microchip Technology’s broad portfolio of low-power analog products enables the development of cost-effective solutions that address these challenges and others facing the system designer. As one of the first companies to apply Non-Volatile Memory (NVM) technology to the development process for analog products, Microchip has utilized its NVM experience to deliver innovative analog solutions with unchallenged electrical characteristics. 

MCP970x Linear Active Thermistor ICs

Microchip MCP970x Linear Active Thermistor ICs are a low-cost, low-power family of analog temperature sensors that convert temperature to an analog voltage. Unlike resistive sensors, e.g., thermistors, the Linear Active Thermistor IC does not require an additional signal-conditioning circuit. Therefore, the biasing circuit development overhead for thermistor solutions can be avoided by implementing a sensor from these low-cost devices. The VOUT pin can be directly connected to the ADC input of a microcontroller.

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