Infineon Surface Hall Effect Sensor 3 V 32V, SOT-23, 3-Pin

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Sous-total (1 paquet de 25 unités)*

7,425 €

(TVA exclue)

8,975 €

(TVA incluse)

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  • 3 100 unité(s) prête(s) à être expédiée(s) d'un autre centre de distribution
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Unité
Prix par unité
le paquet*
25 - 250,297 €7,43 €
50 - 750,272 €6,80 €
100 - 2250,252 €6,30 €
250 - 4750,233 €5,83 €
500 +0,226 €5,65 €

*Prix donné à titre indicatif

Options de conditionnement :
N° de stock RS:
223-8626
Référence fabricant:
TLI49611MXTSA1
Fabricant:
Infineon
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Marque

Infineon

Sensor Type

Hall Effect

Product Type

Hall Effect Sensor

Mount Type

Surface

Magnetic Type

Bipolar

Minimum Supply Voltage

3V

Maximum Supply Voltage

32V

Package Type

SOT-23

Sensitivity

2mT

Minimum Operating Temperature

-40°C

Pin Count

3

Maximum Operating Temperature

125°C

Length

2.9mm

Standards/Approvals

RoHS

Height

1mm

Automotive Standard

No

Supply Current

1.6mA

Infineon Hall Effect Sensor Switch, 32V Maximum Operating Supply Voltage, Surface Mount - TLI49611MXTSA1


This Hall Effect Sensor Switch is intended for effective magnetic field sensing in various applications. Utilising Hall Effect Technology, it functions efficiently across a broad voltage range, making it suitable for industrial and consumer electronics. Its compact form enables straightforward integration into existing systems, catering to the increasing need for high-performance sensors in automation and control settings.

Features & Benefits


• Operates with supply voltages from 3V to 32V

• Overvoltage capability up to 42V

• Low power consumption of only 1.6mA in active mode

• Built-in protection against overcurrent and overheating

• Stable magnetic thresholds for accurate switching behaviour

Applications


• Rotor position detection in motors

• requiring index counting

• Systems demanding high precision

• Automation projects for effective sensing

• Consumer electronics for functional enhancements

What is the minimum and maximum operating temperature range?


The optimal operating temperature is between -40°C and +125°C, making it suitable for challenging environments.

How should I connect the sensor to my circuit for best results?


Ensure connections follow the pin configuration, applying the correct supply voltage to achieve the desired output behaviour.

What is the significance of the overvoltage capability?


The overvoltage capability provides durability against voltage spikes, ensuring the device operates effectively under varied electrical conditions.

Is there a specific circuit design recommended for installation?


In certain configurations, incorporating a resistor in the application circuit is suggested to manage current and maintain the sensor's reliability.

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