• Part: AXO215
  • Description: Linear Accelerometer
  • Manufacturer: tronics
  • Size: 1.78 MB
Download AXO215 Datasheet PDF
tronics
AXO215
AXO215 is Linear Accelerometer manufactured by tronics.
Tronic’s Microsystems S.A. 98 rue du Pré de l’Horme, 38920 Crolles, France Phone: +33 (0)4 76 97 29 50 Fax: +33 (0)4 76 97 29 51 .tronicsgroup. AXO215 Datasheet MCD006-C Features - In-plane linear accelerometer - ±15 g range - Superior non-linearity of 100 ppm thanks to the closed-loop operation - Excellent bias instability of 3 µg - 24 bit output with digital SPI interface - Ultra low noise - Embedded temperature sensor for on-chip or external temperature pensation - Built-in Self-Test - 12x12mm hermetic J-Lead ceramic package - Weight : 1.4 grams - Full patibility with GYPRO® products - REACH and Ro HS pliant General Description AXO215 sensors consist in a MEMS transducer and an integrated circuit (IC) packaged in a 28-pins J-leaded Ceramic Package. AXO® product is ideally plementing the industry-standard GYPRO® product line. The MEMS transducer is manufactured using Tronics’ waferlevel packaging technology based on micro-machined thick single crystal silicon. When the sensor is subjected to a linear acceleration, the acceleration acts on the proof-mass, which is itself counterbalanced by electrostatic forces (closed-loop operation). The sensor is factory calibrated and pensated for temperature effects to provide high-accuracy digital output over a broad temperature range. Raw data output can be also chosen to enable customer-made pensations. Table of Contents Features ................................................................................. 1 General Description ............................................................... 1 Table of Contents ................................................................... 1 Disclaimer............................................................................... 1 Block diagram..................................................................... 2 Overall Dimensions ............................................................ 2 1. Specifications ................................................