YJJ SS496B Linear Hall Sensor Is Used For Electric Bicycles

Product Description:

SS496B Linear Hall Sensor Is Used For Electric Bicycles

Features:

SS496B series cost-reducing miniature proportional linear Hall effect sensors; Surface mount

The SS496B series MRL (Miniature Proportional Linear) sensor is a multifunctional linear Hall effect device that can be operated by the magnetic field of a permanent magnet or an electromagnet. The proportional output voltage is set by the power supply voltage. It varies proportionally with the magnetic field intensity. Integrated circuits offer higher temperature stability and sensitivity. The laser-fine-tuned thin-film resistor on the chip offers high precision (zero to 3%, with a sensitivity up to 3%) and temperature compensation. The positive temperature coefficient of the sensitivity (typically + 0.02% / C) compensates for the negative temperature coefficient of the low-cost magnet.

The SS496B series sensors offer cost-effective MRL sensing and have slightly higher specifications than the SS490 products. The SS490B features a continuous typical input or pull output of 1.5 mA and operates at a supply current of 7 mA at 5.0 V at 25 ° C to achieve predictable performance across the entire temperature range. The SS490B series sensors feature zero position and sensitivity tolerances, which vary with temperature.

Series Name: SS490

The magnetic drive mode is linear

Output voltage: 0.2V to VS-typical 0.2V, 0.4V to Vs-0.4V (minimum value)

The minimum output current absorption is 0.6 mA, typically 1.5 mA when Vs> 4.5 V

The maximum leakage current is 10 µA

Operating temperature: -40°C to 150°C [-40°F to 302°F]

Packaging type: TO-92 type flat flat standard lead, bulk, 1000 pieces per bag

The switching time increases (by 10% to 90%) by up to 1.5 µs

The minimum sensitivity is 2.300, the typical is 2.500, and the maximum is 2.700 millivolts per gram

Product category: Hall Effect Linear Sensor IC

The power supply voltage ranges from 4.5V to 10.5V

The power supply current is 7.0 mA (typical value) at 5 Vdc

The minimum output current source is 1 mA, typically 1.5 mA when Vs> 4.5 V

Output type: sinking or purchasing

Storage temperature: -40°C to 165°C [-40°F to 329°F]

The response time is 3 microseconds

The switching time decreases (by 90% to 10%) by up to 1.5 µs

Availability Worldwide

Product Features

Linear output and flexible circuit design

The four-Hall IC design minimizes the influence of mechanical stress

Respond to positive or negative Gauss

It uses an energy efficiency of 7 mA at 5 Vdc

Single current absorption or current output

Rail-to-rail operation can provide more available signals, thereby achieving higher accuracy

The temperature-compensated magnetism helps to provide stable operation within a wide temperature range of -40°C to 150°C [-40°F to 302°F]

Application field

Industry

Basic current induction, used for motor load monitoring and detection

Tamper-proof magnetic field sensors in intelligent remote utility meters

Pump control in heavy equipment and household appliances

Simple linear or angular displacement induction

Handlebar/throttle position sensing in electric bicycles and scooters

Current induction in electrical appliances

Speed adjustment triggers in tools and equipment

Magnetic code reading in safes, security systems and building access control systems

Medical: Position sensing in infusion pumps

Specifications: