TLE5027CE6747HAMA1

TLE5027CE6747HAMA1 is a highly accurate and sensitive differential iGMR speed sensor with direction detection for automotive powertrain and industrial applications. It uses the giant magneto resistive (GMR) effect, which is by a factor <gt/>10 more sensitive compared to the Hall-effect. The TLE5027 detects the motion and position of ferromagnetic magnet structures by measuring the change of the magnetic field induced by this structure, which can be a magnetic encoder wheel, ferromagnetic gear wheel or any similar structure. It is well suited for harsh environmental conditions prevalent in automotive or certain industrial applications by its wide temperature range as well as high ESD and EMC robustness. In addition the TLE5027 provides the benefit of a very low current consumption. With its features the TLE5027C is ideal for applications like today’s crankshaft or transmission speed sensing in automotive or similar industrial applications.

• Excellent sensitivity,„ high jitter performance,„ direction detection
• Hidden adaptive algorithm,„ very large operating airgaps
• Advanced performance by dynamic self calibration principle
• Very low current consumption, 3-wire PWM voltage interface
• Wide operating temperature ranges of -40°C ≤ Tj ≤ +175°C
• Reverse voltage protection at Vs-pin,„ high ESD robustness
• Gear wheel application with back bias magnet and magnetic encoder wheel application
• PG-SSO-3-92 package