MS5534C silicon piezoresistive pressure sensor - MS5534C
• Integrated pressure sensor (9×9mm)
• Pressure range: 10-1100mbar
• 16-bit ADC
• 6 software compensation coefficients
• 3-wire serial interface
• 1 system clock line
• Operating temperature: -40℃~125℃
• Low voltage (2.2~3.6V)
• Low power consumption (standby current: 0.1uA)
• Operating current less than 5uA
• Lead-free & RoHS certified
• Soldering temperature: 240℃~250℃
Product introduction
1. MS5534C silicon piezoresistive pressure sensor product description
MS5534CSilicon piezoresistive pressure sensorUses an advanced ADC analog-to-digital conversion IC, providing 16-bit pressure and temperature digital outputs. The sensor also provides 6 readable coefficients for high-precision software correction. The main features of the MS5534C are low voltage, low power consumption, and automatic standby (ON/OFF) function. The MS5534C communicates with an external microcontroller via a 3-wire interface. The MS5534C is software compatible with the MS5534A and MS5534B. Compared to earlier versions, the MS5534C has stronger ESD protection (4kV). Used in handheld altitude/atmospheric pressure systems, weather control systems, adventure or multi-function watches, GPS, etc.
2. MS5534C silicon piezoresistive pressure sensor product applications
Mobile altimeter/barometer systems, weather control systems
Watches
GPS receivers
3. MS5534C silicon piezoresistive pressure sensor features
High precision
Supply voltage: 2.2V~3.6V, low supply current
-40℃~+125℃ operating temperature
4. MS5534C silicon piezoresistive pressure sensor characteristics
• Integrated pressure sensor (9×9mm)
• Pressure range: 10-1100mbar
• 16-bit ADC
• 6 software compensation coefficients
• 3-wire serial interface
• 1 system clock line
• Operating temperature: -40℃~125℃
• Low voltage (2.2~3.6V)
• Low power consumption (standby current: 0.1uA)
• Operating current less than 5uA
• Lead-free & RoHS certified
• Soldering temperature: 240℃~250℃
5. MS5534C silicon piezoresistive pressure sensor technical parameters