SNOSAZ6C Data sheet | TI.com

SNOSAZ6C August 2008 – November 2015 LMV831 , LMV832 , LMV834

PRODUCTION DATA.

Package Options

Mechanical Data (Package|Pins)

DGK|8
- MPDS028D

Thermal pad, mechanical data (Package|Pins)

DGK|8
- QFND519

Orderable Information

6.7 Typical Characteristics

At T_A = 25°C, R_L = 10 kΩ, V⁺ = 3.3 V, V⁻ = 0 V, Unless otherwise specified.

LMV831 LMV832 LMV834 30024110.gif

Figure 1. V_OS vs V_CM at V⁺ = 3.3 V

LMV831 LMV832 LMV834 30024112.gif

Figure 3. V_OS vs Supply Voltage

LMV831 LMV832 LMV834 30024114.gif

Figure 5. V_OS vs V_OUT

LMV831 LMV832 LMV834 30024116.gif

Figure 7. Input Bias Current vs V_CM at 85°C

LMV831 LMV832 LMV834 30024118.gif

Figure 9. Supply Current vs Supply Voltage Single LMV831

LMV831 LMV832 LMV834 30024120.gif

Figure 11. Supply Current vs Supply Voltage Quad LMV834

LMV831 LMV832 LMV834 30024122.gif

Figure 13. Supply Current vs Temperature Dual LMV832

LMV831 LMV832 LMV834 30024124.gif

Figure 15. Sinking Current vs Supply Voltage

LMV831 LMV832 LMV834 30024126.gif

R_L = 2 kΩ

Figure 17. Output Swing High vs Supply Voltage

LMV831 LMV832 LMV834 30024128.gif

R_L = 2 kΩ

Figure 19. Output Swing Low vs Supply Voltage

LMV831 LMV832 LMV834 30024130.gif

Figure 21. Output Voltage Swing vs Load Current at V⁺ = 3.3 V

LMV831 LMV832 LMV834 30024132.gif

Figure 23. Open-Loop Frequency Response vs Temperature

LMV831 LMV832 LMV834 30024134.gif

Figure 25. Phase Margin vs Capacitive Load

LMV831 LMV832 LMV834 30024136.gif

Figure 27. CMRR vs Frequency

LMV831 LMV832 LMV834 30024138.gif

Figure 29. Large Signal Step Response With Gain = 1

LMV831 LMV832 LMV834 30024140.gif

Figure 31. Small Signal Step Response With Gain = 1

LMV831 LMV832 LMV834 30024142.gif

Figure 33. Slew Rate vs Supply Voltage

LMV831 LMV832 LMV834 30024145.gif

Figure 35. THD+N vs Frequency

LMV831 LMV832 LMV834 30024147.gif

Figure 37. R_OUT vs Frequency

LMV831 LMV832 LMV834 30024149.gif

Figure 39. EMIRR IN+ vs Power at 900 MHz

LMV831 LMV832 LMV834 30024151.gif

Figure 41. EMIRR IN+ vs Power at 2400 MHz

LMV831 LMV832 LMV834 30024111.gif

Figure 2. V_OS vs V_CM at V⁺ = 5 V

LMV831 LMV832 LMV834 30024113.gif

Figure 4. V_OS vs Temperature

LMV831 LMV832 LMV834 30024115.gif

Figure 6. Input Bias Current vs V_CM at 25°C

LMV831 LMV832 LMV834 30024117.gif

Figure 8. Input Bias Current vs V_CM at 125°C

LMV831 LMV832 LMV834 30024119.gif

Figure 10. Supply Current vs Supply Voltage Dual LMV832

LMV831 LMV832 LMV834 30024121.gif

Figure 12. Supply Current vs Temperature Single LMV831

LMV831 LMV832 LMV834 30024123.gif

Figure 14. Supply Current vs Temperature Quad LMV834

LMV831 LMV832 LMV834 30024125.gif

Figure 16. Sourcing Current vs Supply Voltage

LMV831 LMV832 LMV834 30024127.gif

R_L = 10 kΩ

Figure 18. Output Swing High vs Supply Voltage

LMV831 LMV832 LMV834 30024129.gif

R_L = 10 kΩ

Figure 20. Output Swing Low vs Supply Voltage

LMV831 LMV832 LMV834 30024131.gif

Figure 22. Output Voltage Swing vs Load Current at V⁺ = 5 V

LMV831 LMV832 LMV834 30024133.gif

Figure 24. Open-Loop Frequency Response vs Load Conditions

LMV831 LMV832 LMV834 30024135.gif

Figure 26. PSRR vs Frequency

LMV831 LMV832 LMV834 30024137.gif

Figure 28. Channel Separation vs Frequency

LMV831 LMV832 LMV834 30024139.gif

Figure 30. Large Signal Step Response With Gain = 10

LMV831 LMV832 LMV834 30024141.gif

Figure 32. Small Signal Step Response With Gain = 10

LMV831 LMV832 LMV834 30024144.gif

Figure 34. Input Voltage Noise vs Frequency

LMV831 LMV832 LMV834 30024146.gif

Figure 36. THD+N vs Amplitude

LMV831 LMV832 LMV834 30024148.gif

Figure 38. EMIRR IN+ vs Power at 400 MHz

LMV831 LMV832 LMV834 30024150.gif

Figure 40. EMIRR IN+ vs Power at 1800 MHz

LMV831 LMV832 LMV834 30024152.gif

Figure 42. EMIRR IN+ vs Frequency