Technical Document
Specifications
Brand
TE ConnectivitySensor Type
Accelerometer
Number of Axis
1
Mounting Type
Surface Mount
Interface Type
Serial
Maximum Frequency Response
20kHz
Minimum Frequency Response
2Hz
Maximum Operating Supply Voltage
40 V
Minimum Operating Supply Voltage
3 V
Sensitivity
11mV/g
Pin Count
3
Maximum Operating Temperature
+85 °C
Minimum Operating Temperature
-40 °C
Product details
ACH-01 Series Accelerometer ICs, TE Connectivity
The TE Connectivity ACH-01 series are economic piezoelectric accelerometers with outstanding performance characteristics. Designed for high volume applications requiring the permanent installation of an accelerometer, the ACH-01 series provide excellent phase response and wide frequency response. Suitable applications include model analysis, automotive sensors, appliances, feedback control systems and machine health monitoring.
Features and Benefits
Ultra low power
High G ranges
Wide bandwidth, AC coupled
Wide dynamic range
Low transverse sensitivity
Low impedance output
Small temperature dependence
Wide supply voltage range
Very high resonant frequency
Excellent linearity
Accelerometers, TE Connectivity
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Technical Document
Specifications
Brand
TE ConnectivitySensor Type
Accelerometer
Number of Axis
1
Mounting Type
Surface Mount
Interface Type
Serial
Maximum Frequency Response
20kHz
Minimum Frequency Response
2Hz
Maximum Operating Supply Voltage
40 V
Minimum Operating Supply Voltage
3 V
Sensitivity
11mV/g
Pin Count
3
Maximum Operating Temperature
+85 °C
Minimum Operating Temperature
-40 °C
Product details
ACH-01 Series Accelerometer ICs, TE Connectivity
The TE Connectivity ACH-01 series are economic piezoelectric accelerometers with outstanding performance characteristics. Designed for high volume applications requiring the permanent installation of an accelerometer, the ACH-01 series provide excellent phase response and wide frequency response. Suitable applications include model analysis, automotive sensors, appliances, feedback control systems and machine health monitoring.
Features and Benefits
Ultra low power
High G ranges
Wide bandwidth, AC coupled
Wide dynamic range
Low transverse sensitivity
Low impedance output
Small temperature dependence
Wide supply voltage range
Very high resonant frequency
Excellent linearity