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Quality Stable Automotive Angle Position Sensor Dual Signal Flexibility Voltage PWM Signal factory
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Quality Stable Automotive Angle Position Sensor Dual Signal Flexibility Voltage PWM Signal factory
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Specifications
Highlight:

automotive angle position sensor

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automotive magnetic angle sensor

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flexibility angle position sensor

Key Attributes
Model Number: TIA-C03S0301
Place of Origin: China
Minimum Order Quantity: 1000 pieces
Supply Ability: 20,000 pieces per month
Delivery Time: generally 2-3 months(Special orders can be processed separately)
Payment Terms: T/T
Standard Packaging: According to size and volume
Product Description
TIA-4201 PBT+GF30 Angle Position Sensor – Dual Voltage/PWM Signal Automotive Position Monitoring Component
The TIA-C03S0301 Angle Position Sensor is a high-performance automotive component engineered to accurately detect angle and position data. Built with PBT+GF30 reinforced composite material, it delivers reliable operation in extreme environments with excellent heat resistance and durability.
Technical Specifications
Model TIA-C03S0301
Material PBT+GF30
Operating Temperature -40℃ to 125℃
Storage Temperature -50℃ to 150℃
Operating Voltage 5±0.5V
Operating Current <10mA
Signal Output Voltage/PWM
Linear Accuracy ±1.5%
Core Function Automotive Angle & Position Monitoring
Stable Automotive Angle Position Sensor Dual Signal Flexibility Voltage PWM Signal 0 Stable Automotive Angle Position Sensor Dual Signal Flexibility Voltage PWM Signal 1
Key Advantages
  • Wide Temperature Resilience: Stable performance in -40℃ to 125℃ working temperatures with storage capability from -50℃ to 150℃, compatible with vehicles in global extreme climate zones
  • Dual Signal Flexibility: Supports Voltage/PWM output, enabling seamless adaptation to diverse vehicle electronic control systems
  • Reinforced Durability: PBT+GF30 material offers high mechanical strength, vibration resistance, and wear resistance for long-term use in complex road conditions
  • Low Power & High Precision: <10mA operating current minimizes energy consumption while ±1.5% linear accuracy ensures reliable angle/position data
Application Scenarios
  • Suspension Systems: Front/rear suspension angle detection for adaptive suspension control
  • Steering Systems: Steering angle monitoring to enhance handling stability
  • Transmission/Chassis Components: Position detection for shift mechanisms or chassis adjustment systems
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