Important Notes:

️· Temperature: "Tmin < Top < Tmax" generally refers to the full operating temperature range, and values listed for this condition represent the *maximum* or *minimum* value across that range.
️· Typ: Represents the typical or nominal value, measured under specific test conditions.
️· Units: I'll include units with the values.
️· Data Variation: Data values vary significantly depending on supply voltage.

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I. Common Parameters (Across all Supply Voltages)

️· Input Offset Voltage (Vio):
- TSV639x/TSV639xA: 3 mV (typical), 4.5 mV (max)
- TSV6393AIST: 1 mV (typical), 2.2 mV (max)
️· Input Offset Voltage Drift (dVio): 2 µV/°C
️· Input Bias Current (Iib): 1 pA (typ), 100 pA (max)
️· Input Offset Current (Iio): 1 pA (typ), 100 pA (max)
️· Gain Bandwidth Product (GBP): 2.4 MHz (at 5V), 2.0 MHz (at 1.8V)
️· Total Harmonic Distortion + Noise (THD+N): 0.015% (5V)

II. Electrical Characteristics by Supply Voltage

A. Vcc = 1.8V

️· Common Mode Rejection Ratio (CMRR): 60 dB (typical), 55 dB (max)
️· Supply Voltage Rejection Ratio (SVRR): Not specified.
️· Large Signal Voltage Gain (Avd): 89 dB (typical), 84 dB (max)
️· High Level Output Voltage (VOH): 35 mV (typical), 50mV (max).
️· Low Level Output Voltage (VOL): Not specified.
️· Output Sink Current (Iout): 40 mA (typical), 65 mA (max).
️· Output Source Current (Iout): 40 mA (typical), 72 mA (max).
️· Supply Current (Icc) – No Load: 50 µA (typical), 60 µA (max).
️· Supply Current (Icc) – Max: 69 µA (typical), 72 µA (max).
️· Slew Rate (SR): 1.1 V/µs

B. Vcc = 5V

️· Common Mode Rejection Ratio (CMRR): 60 dB (typical), 55 dB (max)
️· Supply Voltage Rejection Ratio (SVRR): 75 dB (typical), 93 dB (max).
️· Large Signal Voltage Gain (Avd): 89 dB (typical), 98 dB (max).
️· High Level Output Voltage (VOH): 35 mV (typical), 7 mV (max).
️· Low Level Output Voltage (VOL): 6 mV (typical), 35mV (max).
️· Output Sink Current (Iout): 40 mA (typical), 65 mA (max).
️· Output Source Current (Iout): 40 mA (typical), 72 mA (max).
️· Supply Current (Icc) – No Load: 50 µA (typical), 60 µA (max).
️· Supply Current (Icc) – Max: 60 µA (typical), 69 µA (max).
️· EMI Rejection Ratio (EMIRR):
- 400 MHz: 61 dB
- 900 MHz: 85 dB
- 1800 MHz: 92 dB
- 2400 MHz: 83 dB
️· Slew Rate (SR): 1.1 V/µs

III. Shutdown Characteristics (Both Voltages)

️· Shutdown Current (Icc): 5 nA (typical), 50 nA (max)
️· Turn-On Time (Ton): 200 ns
️· Turn-Off Time (Toff): 20 ns
️· SHDN Logic High (VIH): 2V/5V
️· SHDN Logic Low (VIL): 0.8V/0.8V
️· Output Leakage (IOLeak): 50 pA (typical), 1 nA (max)

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Key Takeaways:

️· This is a relatively low-power op-amp, with quiescent currents in the microamp range.
️· CMRR and SVRR are good, providing rejection of common-mode and supply noise.
️· The op-amp is capable of driving moderate loads.
️· Shutdown mode is very efficient.
️· EMI rejection is specified for 5V supply.