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18-Bit, 1-MSPS, 1-Ch SAR ADC with Internal VREF Buffer, Internal LDO and Enhanced SPI Interface

Availability: 5,861


Package | PIN: VQFN (RGE) | 24
Temp: Q (-40 to 125)
Package qty | Carrier: 3,000 | LARGE T&R
Qty Price
1-99 $16.12
100-249 $14.33
250-999 $11.78
1,000+ $10.53


  • Resolution: 18-Bits
  • High Sample Rate With No Latency Output:
    • ADS8910B: 1-MSPS
    • ADS8912B:500-kSPS
    • ADS8914B: 250-kSPS
  • Integrated LDO Enables Single-Supply Operation
  • Low-Power Reference Buffer With No Droop
  • Excellent AC and DC Performance:
    • SNR: 102.5-dB, THD: –125-dB
    • INL:±0.5-LSB
    • DNL: ±0.2-LSB, 18-BitNo-Missing-Codes
  • Wide Input Range:
    • Unipolar Differential Input Range:±VREF
    • VREF Input Range: 2.5-V to5-V
  • Single-Supply, Low-Power Operation
    (Includes Internal Reference Buffer and LDO)
    • ADS8910B : 21-mW at 1-MSPS
    • ADS8912B : 16-mW at500-kSPS
    • ADS8914B : 14-mW at 250-kSPS
  • Enhanced-SPI Digital Interface
    • Interface SCLK: 20-MHz at 1-MSPS
    • Configurable DataParity Output
  • Extended Temperature Range: –40°C to +125°C
  • Small Footprint: 4-mm × 4-mm VQFN

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Texas Instruments  ADS8910BRGER

The ADS8910B, ADS8912B, and ADS8914B (ADS891xB) belong to a family ofpin-to-pin compatible, high-speed, single-channel, high-precision, 18-bit successive approximationregister (SAR) analog-to-digital convertors (ADCs) with an integrated reference buffer andintegrated low-dropout regulator (LDO). The device family includes the ADS890xB (20-bit) andADS892xB (16-bit) resolution variants.

The ADS891xB boost analog performancewhile maintaining high-resolution data transfer by using TI’s enhanced-SPI feature. Enhanced-SPIenables the ADS89xxB to achieve high throughput at lower clock speeds, thereby simplifying theboard layout and lowering system cost. Enhanced-SPI also simplifies clocking-in of data, therebymaking this device an excellent choice for applications involving FPGAs, DSPs. The ADS89xxB iscompatible with a standard SPI Interface.

The ADS891xB has an internal data parityfeature that can be appended to the ADC data output. ADC data validation by the host, using paritybits, improves system reliability.