t000020

TINKERKIT 2/3 AXIS ACCELEROMET

Referencia: T000020
TinkerKit 2/3 Axis Accelerometer Module for use with Arduino Boards
The T000020 TinkerKit is based on the LIS344AL, a three axis accelerometer. You can get data about the third axis (referred to as Z) by soldering a header to the through hole labelled Z. On the back of the module you can find two signal amplifier and a green LED that signals that the module is correctly powered. This module outputs 0V to 5V on one of its two signal pins when its G force is changed (e.g. is moved). The value is approximately 2.5V when there is 0G on the X or Y axis. When you connect this module to the input on an Arduino using the TinkerKit shield, you can expect to read values between 0 to 1023 while moving the module. This module is a sensor. The connector is an output which must be connected to one of the input connectors on the TinkerKit shield.
  • ±3.5g full scale
  • Output voltage, offset and sensitivity are radiometric to the supply voltage
  • Factory trimmed device sensitivity and offset
  • Embedded self test
  • High shock survivability (10000g)
  • Sensing & Instrumentation
  • Hobby & Hardware Hacking
  • Consumer Electronics
  • Robotics
13,90 €
16,82 €
(impuestos excl.)
(impuestos inc.)
Cantidad
Disponible

  Compra Segura

Todos los datos de compra son encriptados y protegidos

  Política de entrega

Envío en 48/72 horas

  Política de devolución

14 días de devolución

TinkerKit 2/3 Axis Accelerometer Module for use with Arduino Boards
The T000020 TinkerKit is based on the LIS344AL, a three axis accelerometer. You can get data about the third axis (referred to as Z) by soldering a header to the through hole labelled Z. On the back of the module you can find two signal amplifier and a green LED that signals that the module is correctly powered. This module outputs 0V to 5V on one of its two signal pins when its G force is changed (e.g. is moved). The value is approximately 2.5V when there is 0G on the X or Y axis. When you connect this module to the input on an Arduino using the TinkerKit shield, you can expect to read values between 0 to 1023 while moving the module. This module is a sensor. The connector is an output which must be connected to one of the input connectors on the TinkerKit shield.
  • ±3.5g full scale
  • Output voltage, offset and sensitivity are radiometric to the supply voltage
  • Factory trimmed device sensitivity and offset
  • Embedded self test
  • High shock survivability (10000g)
  • Sensing & Instrumentation
  • Hobby & Hardware Hacking
  • Consumer Electronics
  • Robotics

Traje del día

Sé genial con el atuendo del día
T000020
Nuevo

No hay ninguna opinión por el momento.