Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 152.40mm (0 ~ 6.00"), Putanga: Resistive,
Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 76.20mm (0 ~ 3.00"), Putanga: Resistive,
Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 25.40mm (0 ~ 1.00"), Putanga: Resistive,
Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 101.60mm (0 ~ 4.00"), Putanga: Resistive,
Mo Te Ine: Rotary Position, Hangarau: Hall Effect, Koki Hurihanga - Hiko, Miihini: 90° (±45°), Putanga: Analog Voltage, Tohu Huaputa: Clockwise Increase,
Mo Te Ine: Linear Position, Hangarau: Resistive, Awhe Raina: 0 ~ 50.80mm (0 ~ 2.00"), Putanga: Resistive,
Mo Te Ine: Linear, Rotary Position, Hangarau: Inductive, Koki Hurihanga - Hiko, Miihini: 0° ~ 360°, Putanga: Analog Voltage, Tohu Huaputa: Clockwise Increase,
Mo Te Ine: Linear, Rotary Position, Hangarau: Hall Effect, Koki Hurihanga - Hiko, Miihini: 0° ~ 360°, Continuous, Putanga: SENT,
Mo Te Ine: Linear, Rotary Position, Hangarau: Hall Effect, Koki Hurihanga - Hiko, Miihini: 0° ~ 360°, Continuous, Putanga: Analog Voltage,
Mo Te Ine: Angle, Hangarau: Magnetoresistive, Koki Hurihanga - Hiko, Miihini: 0° ~ 180°, Putanga: Analog Voltage, Tohu Huaputa: Clockwise Increase,
Mo Te Ine: Angle, Hangarau: Magnetoresistive, Putanga: Wheatstone Bridge,
Mo Te Ine: Angle, Hangarau: Hall Effect, Putanga: PWM, SPI,
Mo Te Ine: Angle, Hangarau: Hall Effect, Putanga: SPI,
