ADS7960SRHBR
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- Mfr.Part #
- ADS7960SRHBR
- Manufacturer
- Texas Instruments
- Package / Case
- 32-VFQFN Exposed Pad
- Datasheet
- Download
- Description
- IC ADC 8BIT SAR 32VQFN
- Stock
- 47,413
- In Stock ：
- 47,413
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- Manufacturer :
- Texas Instruments
- Product Category :
- Analog to Digital Converters (ADC)
- Series :
- microPOWER™
- ECCN Code :
- EAR99
- Moisture Sensitivity Level (MSL) :
- 3 (168 Hours)
- JESD-609 Code :
- e4
- Output Format :
- Serial
- Resolution :
- 1 B
- Mounting Type :
- Surface Mount
- Data Interface :
- SPI
- Converter Type :
- ADC, SUCCESSIVE APPROXIMATION
- Number of Analog In Channels :
- 12
- Integral Nonlinearity (INL) :
- 0.3 LSB
- Sampling Rate :
- 1 Msps
- Ratio - S/H:ADC :
- 1:1
- Supply Type :
- Analog, Digital, Single
- Length :
- 5mm
- Pbfree Code :
- yes
- Pin Count :
- 32
- Width :
- 5mm
- Output Bit Code :
- BINARY
- Architecture :
- SAR
- Lifecycle Status :
- ACTIVE (Last Updated: 6 days ago)
- Operating Temperature :
- -40°C~125°C
- Number of Functions :
- 1
- Thickness :
- 900μm
- RoHS Status :
- ROHS3 Compliant
- Number of Terminations :
- 32
- Number of Bits :
- 8
- Input Type :
- Single Ended
- Differential Nonlinearity :
- 0.3 LSB
- Qualification Status :
- Not Qualified
- Terminal Position :
- QUAD
- Supply Voltage :
- 3.3V
- Factory Lead Time :
- 6 Weeks
- Peak Reflow Temperature (Cel) :
- 260
- Packaging :
- Tape and Reel (TR)
- Base Part Number :
- ADS7960
- Signal to Noise Ratio (SNR) :
- 49 dB
- Package / Case :
- 32-VFQFN Exposed Pad
- Max Supply Voltage :
- 5.25V
- Mount :
- Surface Mount
- Min Supply Voltage :
- 2.7V
- Reference Type :
- External
- Power Dissipation :
- 14.5mW
- Contact Plating :
- Gold
- Voltage - Supply, Analog :
- 2.7V~5.25V
- Number of Inputs :
- 12
- Sample and Hold / Track and Hold :
- SAMPLE
- Number of Elements :
- 1
- Time@Peak Reflow Temperature-Max (s) :
- NOT SPECIFIED
- Sampling Rate (Per Second) :
- 1m
- Supply Current-Max :
- 3mA
- Polarity :
- Unipolar
- Lead Free :
- Lead Free
- Configuration :
- MUX-S/H-ADC
- Voltage - Supply, Digital :
- 1.7V~5.25V
- Operating Supply Voltage :
- 3.3V
- Analog Input Voltage-Max :
- 5.02V
- Power Consumption :
- 11.5mW
- Number of Pins :
- 32
- Height :
- 1mm
- Terminal Form :
- NO LEAD
- Datasheets
- ADS7960SRHBR
Analog to Digital Converters (ADC) Texas Instruments ADS7960SRHBR Overview
The Analog to Digital Converters (ADC) Texas Instruments ADS7960SRHBR is a highly efficient 8-bit successive approximation register (SAR) ADC, encapsulated in a compact 32-VQFN package. Engineered by Texas Instruments, this ADC is tailored for applications requiring high-speed data acquisition with minimal power consumption. Its design supports a wide range of applications from medical systems to industrial automation. The ADS7960SRHBR stands out for its ability to deliver accurate analog-to-digital conversion under stringent operating conditions, making it an ideal choice for businesses looking to integrate reliable data processing capabilities into their systems.
ADS7960SRHBR Features
The ADS7960SRHBR ADC boasts several key features that make it a robust choice for various applications. Notably, it offers a fast sampling rate, low power consumption, and a wide input signal range. The compact 32-VQFN package ensures that it can be easily integrated into space-constrained applications while maintaining high performance. Additionally, its high-speed interface allows for quick data transfer, which is essential for real-time processing tasks.
ADS7960SRHBR Applications
- Medical Imaging: In medical imaging systems, the ADS7960SRHBR can be used to quickly and accurately convert analog signals from medical sensors into digital data, improving the quality and speed of imaging processes.
- Industrial Automation: For industrial automation, this ADC facilitates precise monitoring and control of manufacturing processes by converting various analog inputs into digital form, thus enhancing automation reliability and efficiency.
- Data Acquisition Systems: It serves as the core component in data acquisition systems, offering the necessary speed and accuracy for capturing high-frequency analog signals, crucial for analysis and monitoring in scientific research.
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