Features:
- Features: Daisy-Chainable, GPIO, Oscillator, PGA
- IAVDD: 2.75mA
- IDVDD: 0.5mA
- INL: 8ppm
- INL±(Max): 8LSB
- Input-referred Noise : 3µVpp
- Input Type: Diff, SE
- PGA Gain: 1, 2, 3, 4, 6, 8, 12V/V
- Power/Channel: 0.75mW
- SNR: 112dB
Vendor:
Texas Instruments
Electrical Datasheet
Die Physical Data:
Footprint: 34.088mm² (52836mil²)
Request Pad Layout
Texas Instruments
Electrical Datasheet
Die Physical Data:
Footprint: 34.088mm² (52836mil²)
Request Pad Layout
Product Families: Used for this device are tabulated below.
Functional:
- Bits: 24
- Channels: 8
- Interface: SPI
- Architecture: Delta-Sigma
- Reference Type: Int, Ext
- Sim Sampling: Yes
- Bits: 24
- Channels: 8
- Interface: SPI
- Architecture: Delta-Sigma
- Reference Type: Int, Ext
- Sim Sampling: Yes
- Bits: 24
- Channels: 8
- Interface: SPI
- Architecture: Delta-Sigma
- Reference Type: Int, Ext
- Sim Sampling: Yes
- Bits: 24
- Channels: 8
- Interface: SPI
- Architecture: Delta-Sigma
- Reference Type: Int, Ext
- Sim Sampling: Yes
Specification:
PC(Max): 6mW
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SR(Max): 32KSPS
ADC VIN (Min): 0V
ADC VIN (Max): 5.25V
Digital VS (Min): 1.65V
Digital VS (Max): 3.60V
PC(Max): 6mW
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SR(Max): 32KSPS
ADC VIN (Min): 0V
ADC VIN (Max): 5.25V
Digital VS (Min): 1.65V
Digital VS (Max): 3.60V
PC(Max): 6mW
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SR(Max): 32KSPS
ADC VIN (Min): 0V
ADC VIN (Max): 5.25V
Digital VS (Min): 1.65V
Digital VS (Max): 3.60V
PC(Max): 6mW
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SR(Max): 32KSPS
ADC VIN (Min): 0V
ADC VIN (Max): 5.25V
Digital VS (Min): 1.65V
Digital VS (Max): 3.60V
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SR(Max): 32KSPS
ADC VIN (Min): 0V
ADC VIN (Max): 5.25V
Digital VS (Min): 1.65V
Digital VS (Max): 3.60V
PC(Max): 6mW
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SR(Max): 32KSPS
ADC VIN (Min): 0V
ADC VIN (Max): 5.25V
Digital VS (Min): 1.65V
Digital VS (Max): 3.60V
PC(Max): 6mW
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SR(Max): 32KSPS
ADC VIN (Min): 0V
ADC VIN (Max): 5.25V
Digital VS (Min): 1.65V
Digital VS (Max): 3.60V
PC(Max): 6mW
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SR(Max): 32KSPS
ADC VIN (Min): 0V
ADC VIN (Max): 5.25V
Digital VS (Min): 1.65V
Digital VS (Max): 3.60V
Functional:
- Bits: 24
- Channels: 8
- Interface: SPI
- Architecture: Delta-Sigma
- Input Type: Diff, SE
- Sim Sampling: Yes
Specification:
PC(Max): 6.00mW
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SNR: n/a
INL(Max): 8.00±LSB
SR(Max): 32.000KSPS
SINAD: n/a
ADC VIN (Min): 0V
ADC VIN (Max): 5.250V
AVDD (Min): 2.70V
AVDD (Max): 5.25V
SNR: n/a
INL(Max): 8.00±LSB
SR(Max): 32.000KSPS
SINAD: n/a
ADC VIN (Min): 0V
ADC VIN (Max): 5.250V
Functional:
- Bits: 24Bits
- Interface: Serial SPI
- Input Channels: 8
- Architecture: Delta-Sigma
- Sim Sampling: No
Specification:
AVDD (Min): 2.70V
AVDD (Max): 5.25V
INL(Max): 8±LSB
SR(Max): 32kSPS
VIN (MIN): 0V
VIN (MAX): 5.25V
PC: 6mW
AVDD (Max): 5.25V
INL(Max): 8±LSB
SR(Max): 32kSPS
VIN (MIN): 0V
VIN (MAX): 5.25V
PC: 6mW
Other Detail: Important information for this device is tabulated below.
Traffic light setting for Minimum Order Quantity indicates the following:
- Green:Available from stock or at low factory MOQ.
- Amber: Available on factory order with MOQ.
- Red: High factory MOQ may apply, please ask for details.
Traffic light setting for High Reliability indicates the following:
- Green: This bare die is specified and tested for use in high reliability applications.
- Amber: This bare die can meet higher reliability specifications with additional testing & qualification, please ask for details.
- Red: This bare die is not specified or specifically designed for use in high reliability applications.
Traffic light setting for Space Grade indicates the following:
- Green: This bare die is qualified for space applications or has space level qualification data, please ask for details.
- Amber: This bare die can be specified for space applications with additional testing and qualification, please ask for details.
- Red: Suitability of this bare die for space applications is unknown and requires further qualification, please ask for details.
