More Precise Pedal Assist

There are a number of advantages to using torque sensors on electric bikes, including:

 

More Precise Pedal Assist: Torque sensors measure the amount of force applied to the pedal, making pedal assist more precise and tailored to the rider's needs.

 

Greater energy efficiency: By adjusting the pedal assistance according to the amount of force applied, greater energy efficiency in the use of the battery can be achieved, which can increase the range of the electric bike.

 

More natural riding experience: The pedal assist provided by a torque sensor is smoother and more natural than that provided by other systems, providing a more enjoyable and comfortable riding experience.

 

Reduced Drivetrain Wear: Precise torque measurement at the pedals can help reduce wear on the bike's drivetrain as the pedal assist system more efficiently adjusts to the rider's needs.

 

Increased safety: By adjusting the pedal assistance according to the amount of force applied, it can ensure that the electric bike is safer and easier to handle, especially in situations such as steep climbs or uneven terrain.

 

https://www.aventon.com/blogs/aventon_bikes/torque-sensor-vs-cadence-sensor-on-electric-bikes

 

In the link above you will find some interesting information as well.

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Tensión de funcionamiento: 4.5_5.5 V
Tensión de corriente eléctrica: <15mA
Voltaje de origen inicial: 1.3+/-0.15V
50 Kg Variación de voltaje 2.0+/-0.15V 
de salida de extracción: Longitud de manivela 0.17m
Rango de medición: 1_50kg
Escala de temperatura: 5mV/C
Fuerza de torsión: Salida de señal 1.5KΩ, Resistencia 200Ω
Señal de pulso: 24 piezas eje central gira en avance
Ciclo de pulso: D:56%
Corriente de salida: 15mA
Temperatura de funcionamiento: -20-50 􀋆
Tempratura de almacenamiento: -20-85 􀋆
Grado de protección: IP56.

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