Piezoresisitive 3-Axis Acceleration Sensor HAAM-346A 10-0.6 ① 346A Lot No. Ｙ ＨＤＫ B A C ⑤ ⑦ ④ ⑧ ⑧ ③ ⑨ ⑨ ② ⑩ ① ⑦ ⑩ INDEX A 1.0 D ⑥ B INDEX 3-0.5 ② Ｘ ⑥ 2-0.3 4-0.37 3.0 ③ D 8-0.3 C ⑤ Ｚ ④ 10-0.08 6-0.3 1.0 Max 3.0 4-0.4 4-0.08 ■Outline & Dimensions [Bottom View] [Top View] ■Terminal Assignment No Pin Function 1 GND Ground 2 STANBY L:Standby / H:Operating Interrupt Signal 2 When one of either X or Y or Z output exceeds preset threshold (1.5G), this terminal outputs 3 INT2 *1 High. Otherwise, it stays Low. Interrupt Signal 1 When all X, Y, Z outputs go below set threshold (0.4G), this terminal outputs High. 4 INT1 *1 Otherwise, it stays Low. 5 NC 6 VDD Power Supply 7 LCA Connect capacitor for internal circuit. 8 X OUT Analog Output X 9 Y OUT Analog Output Y 10 Z OUT Analog Output Z *1：Interrupt thresholds are set up individually at our factory. *2：Please leave A～D unconnected. 11/11/2008 HOKURIKU *Details are subject to change without notice. 1 Piezoresisitive 3-Axis Acceleration Sensor HAAM-346A ■Specification Rating Item Min Operating Condition Storage Temperature Range Operating Temperature Range Supply Voltage Typ -40 -25 2.2 0.7 0.35 1 2 Supply Current Supply Current at Standby Mode Turn-on Time (at C=0.01µF) Shock Resistance Electrical Characteristics (Ta=25℃, Vdd=3.0V) Rated Acceleration Offset Voltage Offset Temperature Characteristics Sensitivity Linearity of sensitivity Sensitivity Temperature Characteristics Cross-Axis Sensitivity 85 75 3.6 1 0.5 5 5000 -3 1.425 -10 297 -1 -3 -5 3 1.575 10 363 1 3 5 500 250 1.5 330 DC Resonant Frequency Max Unit ℃ ℃ V mA uA msec G G V %FS/G mV/G %FS %FS/G % Hz Note Ratiometric at Mode A, Vdd=3.0V at Mode B, Vdd=3.0V Until it becomes 99％ Ratiometric against Supply Voltage ⊿ from 25℃ Ratiometric against Supply Voltage ⊿ from 25℃ at Mode A at Mode B ■Block Diagram VDD STANBY X Sensor Rout(32kΩ) X OUT Cx Rout(32kΩ) Y OUT Cy Rout(32kΩ) Z OUT Cz S/H Y Sensor Multiplexer Amplifier Demultiplexer S/H Z Sensor S/H EEPROM Calculation Logic GND LCA * (10nF) INT1 INT2 *Please connect 10nF (tentative value) capacitor to LCA for use. 11/11/2008 HOKURIKU *Details are subject to change without notice. 2