Piezoresistive Accelerometer ► Triaxial ► Wheatstone Bridge ► mV Output ► Specification SAE J211 ► Aluminium Housing ► Cube Form ► Made in Germany Features ► Range: 500g, 1000g and 2000g ► Very Small Size ► Light Weight ► DC Response ► ±5000g Shock Resistance ► Gas Damped Options ► Customised Cable Length ► Customised Connector ► TEDS Module ► Shunt Resistor ► Equipment Exchange (EQX) Applications ► Automotive Crash Testing ► Shock Testing Piezoresistive MEMS Technology The accelerometer is based on an advanced piezoresistive MEMS technology and can be used in a low frequency response up from 0Hz. The piezoresistive sensor element is made of monolithic resistors. These resistors are attached to carrier-elements and are electrically connected in a Wheatstone bridge. The electrical signal changes proportional to the vibration. Description The model ASC 76C1 is a triaxial accelerometer based on piezoresistive technology. Each axis is working independently as a 4-wire system. The ASC 76C1 is a small and compact accelerometer which meets the specifications of SAE J211. The housing is a flat design in hard anodised aluminium. The compact cube form facilitates mounting on different sites. Due to their low mass these sensor models are ideal for testing on light-weight structures. The sensing element in the models has integrated overload stops and therefore the silicon chip is highly shock resistant. The sensors have an excellent non-linearity over a wide frequency response. Electrically they are configured as a full Wheatstone bridge. The models can be obtained with all common sensor ID modules. A very high flexible cable provides a simple mounting. The ASC 76C1 is equipped as standard with 6 meter of rugged Polyurethane cable. ASC GmbH ■ Advanced Sensors Calibration ■ LedererstraBe 10 ■ 85276 Pfaffenhofen ■ Germany ■ Tel. +49 (0) 8441 786 547 -0 ■

Typical Specifications MODEL NUMBER: ASC 76C1 Type: MEMS Piezoresistive Accelerometer Model Sensitivity1 Frequency response: ±5% Resonance frequency Amplitude non-linearity Damping ratio Transverse sensitivity Shock limit Recovery time ELECTRICAL Excitation voltage V DC 3 to 10 Zero acceleration output mV Insulation resistance MQ ENVIRONMENTAL Temperature coefficient of bias g/°C ±0.25 ±0.5 ±1 (Thermal zero shift) Temperature coefficient of %/°C -0.2 sensitivity (Thermal sensitivity shirt) Operating temperature range °C -20 to +80 Storage temperature range °C -25...

FACTORY CALIBRATION (SUPPLIED WITH THE SENSOR) Range Sensitivity Frequency Response Range Sensitivity CALIBRATION DIN ISO 17025 (ORDER SEPARATELY) Shaker Calibration (Sinusoidal) 500g 1000g 2000g Range Sensitivity Frequency Response Range Linearity Shaker Calibration (Sinusoidal) 500g 1000g 2000g Cable Code 12 wire system: x-axis Red/Purple: Supply + Black/Purple: Supply -Green/Purple: Signal + White/Purple: Signal - y-axis Red/Grey: Supply + Black/Grey: Supply -Green/Grey: Signal + White/Grey: Signal - z-axis Red: Supply + Black: Supply -Green: Signal + White: Signal - Model number...