Neue Produkte |
||||
| |
||||
| Melexis HALL Effect sensor ICs (Switch, Latch, Linear, 2D & 3D) Hall Effect Devices detect magnetic flux density (mainly
produced by a permanent magnet) and are used in both movement and position
sensing. By integrating the sensing element onto the same silicon as
its control logic and interface circuitry, Melexis has produced sensor
chips with various degrees of intelligence to suit most applications.
Sensing the rotation of shafts (e.g. cam- and crank-shaft) in engine,
monitoring movement in motors and actuators, sensing pedal, throttle
and steering wheel position, Melexis Hall Devices offer a reliable,
contactless method of movement and position detection. App.-Notes and Guides: Hall effect Bipolar Switches US2882 Bipolar
Hall Switch - Very High Sensitivity US2884 Bipolar
Hall Switch - Very High Sensitivity US4881 Bipolar
Hall Switch - Low Voltage & Very High Sensitivity Hall effect Latches (Low Power) MLX92213 Micropower
& Low Voltage Hall-Effect Latch with Enable US1881 Hall
Latch - High Sensitivity US3881 Hall
Latch - Low Voltage & High Sensitivity Hall effect Unipolar Switches US5782 Unipolar
Hall Switch - Medium Sensitivity US5881 Unipolar
Hall Switch - Low Sensitivity Linear Hall ICs (programmable by
PTC-04) MLX90215 Precision
Programmable Linear Hall IC MLX90242 Linear
Hall Effect Sensor, fixed sensitivity MLX90251 Programmable
Linear Hall Effect Sensor MLX90277 Dual
Die - Programmable Linear Hall Effect Sensor Special- Purpose Hall ICs MLX90224 Dual
Hall Effect Latch MLX90254 Differential
Dynamic Hall Effect Sensor Triaxis Hall ICs (fixed) MLX91205 Current
Sensor (CSA-1V) Triaxis Hall ICs (programmable by
PTC-04) MLX90324 Under-the-Hood
Rotary Position Sensor, feat. SENT protocol MLX90333 Triaxis™
3D-Joystick Position Sensor (abs. Linear, Joystick, 3D) Programmer PTC-04 App.-Notes: Software: Software description: Tools: LIN with PTC-04:
|
|
|||
| Produkte Service Kontakt Unternehmen Impressum ©Dacom West GmbH 2006 | ||||
| Dacom West GmbH | Schallbruch 19-21 | D-42781 Haan | Tel.: +49 (0)2129 376-200 | Fax: +49 (0)2129 376-209 | ||||