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CRS43
Low Cost MEMS Gyro
A 'drop-in', lower-cost alternative to our well established CRS03 range of single-axis MEMS gyros.
The CRS43 utilises the latest VSG5 Thin Film PZT vibrating ring sensor technology in a CRS03-like F3 module. Existing CRS03 customers have the potential to convert to a lower-cost CRS43 equivalent with minimal re-engineering.
Product Lifecycle Status
Production Status: In Production
Availability: Available
Customer Applications: New and existing applications
- Supply Voltage (Vdd)
- Analogue Dynamic Range
- SF Setting Error
- SF Error Over Temp
- Bias Setting Error
- Bias over Temperature
- Bias Instability
- Bandwidth (nominal)
- Operating Temperature
- Current Consumption
- CRS43-01
- Under
- Supply Voltage (Vdd) : 5V
- Analogue Dynamic Range : ±100°/sec
- SF Setting Error : ±1%
- SF Error Over Temp : ±3.0%
- Bias Setting Error : ±3°/s
- Bias over Temperature : ±3 ̊/sec
- Bias Instability : 12°/hr
- Bandwidth (nominal) : 24Hz
- Operating Temperature : -40°C to +85°C
- Current Consumption : 26mA
- CRS43-02
- Under
- Supply Voltage (Vdd) : 5V
- Analogue Dynamic Range : ±100°/s
- SF Setting Error : ±1%
- SF Error Over Temp : ±3.0%
- Bias Setting Error : ±3°/s
- Bias over Temperature : ±3 ̊/sec
- Bias Instability : 12°/hr
- Bandwidth (nominal) : 24Hz
- Operating Temperature : -40°C to +85°C
- Current Consumption : 26mA
- CRS43-04
- Under
- Supply Voltage (Vdd) : 5V
- Analogue Dynamic Range : ±200°/s
- SF Setting Error : ±1%
- SF Error Over Temp : ±3.0%
- Bias Setting Error : ±6°/s
- Bias over Temperature : ±3 ̊/sec
- Bias Instability : 12°/hr
- Bandwidth (nominal) : 24Hz
- Operating Temperature : -40°C to +85°C
- Current Consumption : 26mA
Product description
Low Cost MEMS Gyro
A 'drop-in', lower-cost alternative to our well established CRS03 range of single-axis MEMS gyros.
The CRS43 utilises the latest VSG5 Thin Film PZT vibrating ring sensor technology in a CRS03-like F3 module. Existing CRS03 customers have the potential to convert to a lower-cost CRS43 equivalent with minimal re-engineering.
