Instructions for Using AD676KD

1. Power Supply:

   • Connect the supply voltage (VDD) to a stable 5V source.
   • Ensure the supply current (IDD) does not exceed 3mA.

2. Input Configuration:

   • The input voltage range (VIN) should be between 0V and VDD.
   • For differential inputs, ensure the differential input voltage (VDIFF) is within ±1V.
   • The common-mode input voltage (VCM) should be within the range of 0V to VDD.

3. Output Configuration:

   • The output voltage range (VOUT) will be between 0V and VDD.
   • Ensure the load connected to the output can handle the output voltage range.

4. Conversion Time:

   • The typical conversion time (tCONV) is 13μs. Ensure your system allows for this time before reading the output.

5. Resolution:

   • The AD676KD provides a 16-bit resolution. Use the appropriate data format for 16-bit ADC outputs.

6. Linearity:

   • The differential nonlinearity (DNL) and integral nonlinearity (INL) are specified to ensure accurate conversions. Check these parameters if high precision is required.

7. Signal-to-Noise Ratio (SNR) and Total Harmonic Distortion (THD):

   • The SNR is typically 90dB, and THD is typically -85dB. These values indicate the quality of the analog-to-digital conversion.

8. Power-Down Mode:

   • To reduce power consumption, use the power-down mode. In this mode, the supply current (IDD(PD)) drops to approximately 1μA.

9. Temperature Considerations:

   • The operating temperature range (Toper) is from -40°C to 85°C.
   • The storage temperature range (Tstg) is from -65°C to 150°C. Ensure the device is stored within these limits to avoid damage.

10. Handling and Installation:

    • Handle the AD676KD with care to avoid static damage.
    • Follow proper soldering techniques to ensure reliable connections.

By following these parameters and instructions, you can effectively integrate the AD676KD into your analog-to-digital conversion applications.