9 Revision History
Changes from Revision B (April 2024) to Revision C (January 2026)
- Added different fabrication process specifications for Bandwidth,
–3dB to the Description sectionGo
- Added description of device flow information in the
Specifications
Go
- Added different fabrication process specifications for Offset voltage in the Electrical Characteristics
Go
- Added all chips site origins (CSO) condition to the typical test conditions in the Electrical Characteristics
Go
- Added different fabrication process specifications for Offset voltage drift in the Electrical Characteristics
Go
- Added different fabrication process specifications for Common-mode voltage rejection in the Electrical Characteristics
Go
- Added different fabrication process specifications for Common-mode input impedance in the Electrical Characteristics
Go
- Added different fabrication process specifications for Gain nonlinearity in the Electrical Characteristics
Go
- Added different fabrication process specifications for Output voltage in the Electrical Characteristics
Go
- Added different fabrication process specifications for Load capacitance in the Electrical Characteristics
Go
- Added different fabrication process specifications for Short-circuit current in the Electrical Characteristics
Go
- Added different fabrication process specifications for Bandwidth, -3dB in the Electrical Characteristics
Go
- Added different fabrication process specifications for Full power bandwidth in the Electrical Characteristics
Go
- Added different fabrication process specifications for Slew rate in the Electrical Characteristics
Go
- Added different fabrication process specifications for Quiescent current in the Electrical Characteristics
Go
- Added typical test conditions in the Typical
Characteristics
Go
- Added all chips site origins (CSO) condition to the typical
test conditions in the Typical Characteristics
Go
- Added CSO: SHE to Common-mode Rejection vs Frequency, Power-supply Rejection vs Frequency, Positive Common-mode Voltage Range vs Positive Power-supply Voltage, Negative Common-mode Voltage Range vs Negative Power-supply Voltage, Small Signal Step Response, andLarge Signal Step Response curves in the Typical Characteristics
Go
- Added Common-mode Rejection vs Frequency, Positive Power-supply Rejection vs Frequency, Negative Power-supply Rejection vs Frequency,
Common-mode Voltage Range vs Power-supply Voltage
, Small Signal Step Response, Small Signal Step Response vs Capacitive Load, and Large Signal Step Response curves for CSO: TID in the Typical Characteristics
Go
- Added Part Number flow information table to the Device
Nomenclature
Go
Changes from Revision A (November 2000) to Revision B (April 2024)
- Updated the formatting for tables, figures, and cross-references throughout the documentGo
- Deleted information about the INA117AM and INA117SM variants throughout this documentGo
- Changed pin 8 from "Comp" to "NC" in the Description and Pin Configuration and Functions sectionsGo
- Added Package Information table to the Description sectionGo
- Added Pin Functions tableGo
- Added ESD Ratings tableGo
- Added single supply specification to Recommended Operating Conditions
Go
- Added specified temperature range to Recommended Operating Conditions
Go
- Added VREF = 0V, VCM = VS/2, and G = 1 to "unless otherwise noted" conditions in Electrical Characteristics and Typical Characteristics for clarityGo
- Changed parameter from "Offset voltage vs Temperature" to "Offset voltage drift" in Electrical Characteristics
Go
- Added test condition of "TA = –40°C to +85°C" for "Offset voltage drift" in Electrical Characteristics
Go
- Changed parameter from "Offset Voltage vs Power Supply" to "Power-supply rejection ratio" in Electrical Characteristics
Go
- Added test condition of "TA = –40°C to +85°C" for "CMRR" in Electrical Characteristics
Go
- Changed "Common-mode input impedance" typical value from 400kΩ to 200kΩ in Electrical Characteristics
Go
- Added test condition "TA = –40°C to +85°C" for "Gain error vs temperature" in Electrical Characteristics and renamed to "Gain error drift" for clarityGo
- Changed "Gain nonlinearity" typical value from 0.0002% to 0.0005% in Electrical Characteristics
Go
- Added test condition "Continuous to VS/2" to Short-circuit current specification in Electrical Characteristics for clarityGo
- Change minimum Slew rate from 2V/µs to 1.7V/µs in Electrical Characteristics
Go
- Deleted redundant voltage range, operating temperature range, and specification temperature range specifications from Electrical Characteristics
Go
- Deleted Reducing Differential Gain application circuit figure Go
- Added Documentation Support and Related Documentation
sectionsGo