Description:

• Silicon Labs' Si8920BC-IP precision current shunt monitor is designed for accurate differential measurement and high-voltage isolation in a variety of demanding applications.
• Input Voltage Range:
• Designed to measure modest voltage differentials across a current shunt resistor.
• Supports a differential input range of approximately ±200 mV.
• Output characteristics:
• The setup determines whether the differential analogue output is amplified by 8.1x or 16.2x.
• The low signal latency (about 0.75 μs) ensures rapid response.
• Low output noise (0.10 mVrms over a 100 kHz bandwidth) ensures flawless signal integrity.
• High precision and stability.
• The input offset is incredibly low, at only 0.2 mV.
• Gain Error: Less than 0.5%, indicating high accuracy.
• Low offset drift of 1 μV/°C ensures reliable performance despite temperature changes.
• Gain Drift: 10 ppm/°C, ensuring accuracy throughout a broad temperature range.
• Nonlinearity: Excellent linearity at 0.025% Full Scale.
• Operational features:
• High Common Mode. Transient immunity is 75 kV/μs, making it resistant to high power switching conditions.
• Wide operating temperature range of -40°C to +125°C.
• Package:
• Available in an 8-Pin Dual In-line Package (DIP) for easy integration into a variety of designs.