TLE4988CXTSM28HAMA1 Overview
The TLE4988CXTSM28HAMA1 is a highly integrated linear Hall sensor IC engineered for precise position sensing in demanding industrial and automotive systems. Featuring a robust design and advanced Hall technology, it delivers reliable and accurate analog output proportional to the magnetic field. Its compact SMD package and stable performance make it an optimal solution for non-contact position detection, offering engineers the flexibility and efficiency required for modern applications. For more details and sourcing, visit IC Manufacturer.
TLE4988CXTSM28HAMA1 Technical Specifications
| Parameter | Value |
|---|---|
| Device Type | Linear Hall Sensor IC |
| Output Type | Analog Signal |
| Package | SMT-28 |
| Mounting Style | Surface Mount |
| Operating Temperature Range | Automotive Grade |
| Sensitivity | Linear, Proportional to Magnetic Field |
| Application Area | Automotive, Industrial |
| Supply Voltage | Supported (Refer to datasheet for details) |
TLE4988CXTSM28HAMA1 Key Features
- Linear Hall effect sensing provides direct analog output, ensuring precise position feedback in real-time for critical applications.
- Non-contact measurement capability eliminates mechanical wear, significantly increasing system durability and reducing maintenance needs.
- Surface-mount package (SMT-28) enables high-density PCB assembly and saves board space for compact system designs.
- Automotive-grade reliability makes it suitable for harsh environments, ensuring consistent operation under temperature and vibration stress.
TLE4988CXTSM28HAMA1 Advantages vs Typical Alternatives
Compared to standard Hall sensors, this device offers enhanced sensitivity and linearity, enabling more accurate position detection. Its analog output format and robust surface-mount packaging support higher integration and reliability in both industrial and automotive systems. The non-contact design further improves long-term stability and reduces the likelihood of mechanical failure, making it a preferred choice for demanding applications.
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Typical Applications
- Automotive pedal position sensing, providing accurate and wear-free monitoring for throttle or brake systems, even under harsh operating conditions.
- Industrial valve position feedback, enabling real-time process control without physical contact or degradation over repeated cycles.
- Electric motor commutation, offering precise rotor position information for optimized motor efficiency and performance.
- General-purpose linear displacement measurement in automation and robotics, supporting non-contact, maintenance-free system architecture.
TLE4988CXTSM28HAMA1 Brand Info
The TLE4988CXTSM28HAMA1 is part of a trusted family of linear Hall effect ICs, recognized for their robust engineering and suitability in automotive and industrial environments. This model is specifically designed to meet the stringent demands of position sensing applications, offering high accuracy and long-term reliability. Its manufacturer is known for delivering advanced sensor solutions that address safety, performance, and integration challenges in next-generation electronic systems.
FAQ
What type of signal output does this device provide?
This device delivers an analog output signal that is directly proportional to the detected magnetic field, making it ideal for applications requiring continuous and precise position feedback.
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Is the device suitable for automotive applications?
Yes, it meets automotive-grade requirements and is built to withstand the temperature variations and mechanical stresses common in automotive and transportation systems.
What are the mounting options for this sensor?
It comes in a surface-mount SMT-28 package, supporting automated PCB assembly and compact system designs for both industrial and automotive electronics.
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How does non-contact sensing benefit system reliability?
Non-contact Hall effect measurement eliminates mechanical friction and wear, significantly increasing operational lifespan and reducing the need for maintenance compared to contact-based alternatives.
Can the sensor be used in industrial automation systems?
Absolutely. Its stable analog output and robust construction make it well-suited for industrial automation tasks such as motor control, valve position feedback, and linear displacement sensing.
