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Frequently Asked Questions
Sales Questions
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Please check our homepage for a general overview or a direct product search . |
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There are different temperature grades reaching a maximum Tjunction of up to +170°C. The temperature grades are coded accordingly in the ordering code.
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Our latest parts are fully qualified according to AEC-Q100. |
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They can be downloaded under Quality Certificates |
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Please ask your direct sales representative for more information. |
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Please address your order to our distributors or to our direct sales force. You can select your distributor under Sales Offices and Distributors |
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All our products for automotive & industrial conform with the RoHS standard. |
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Our main production locations are in Freiburg, Germany and Glenrothes, UK. We also partner with subcontractors or foundries for specific production tasks or know-how. |
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It varies depending on product. In general you can assume a production lead time of 16 weeks for forecasted volumes. |
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Our date code is a 4-digit number: the first digit represents the year, the second and the third digit represent the week of the year and the fourth digit represents the day of the week (Monday = 1). |
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You can select your distributor under Sales Offices and Distributors |
Support Questions
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The Hall effect refers to the potential difference (Hall voltage) on the opposite sides of an electrical conductor through which an electric current is flowing, created by a magnetic field applied perpendicular to the current. Edwin Hall discovered this effect in 1879. The ratio of the voltage created to the power of the product of the amount of current and the magnetic field (I*B), divided by the element thickness, is known as the Hall coefficient. It is a characteristic of the material from which the conductor is made; therefore, its value depends on the type, number and properties of the charge carriers that constitute the current. |
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We offer a wide range of monolithic hall effect sensors manufactured in CMOS technology. In general we can differentiate between simple hall switches to supply an on/off signal or more complex linear hall sensors giving a linear output. Some of the sensors are programmable as per customers application needs. |
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We are working closely together with vendors of magnetic circuitries as well with research and design houses for such services. |
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With a hall effect sensor you can directly measure parameters such as position as well as linear/angular movement. You can also measure indirect parameters such as current, pressure, RPM and velocity. |
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Micronas products can be found in virtually every currently produced car in the world. They are a highly reliable solution aimed at 0ppm targets, a key drivering force in the automotive industry. Beside that, our products have made their way into industrial applications, offering the same benefits to our customers as in the automotive arena. |
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We address virtually every automotive application requiring a robust and reliable magnetic sensor solution. |
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They can be ordered via email at |
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If you are already in contact with one of our representatives, you may email him directly. Otherwise for general support, please use the following email address: |
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Please signup to access and download the latest documentation. |
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If you are already in contact with one of our representatives, you may email him directly. Otherwise, please use the following email address: |
