1. Device: AD8065/AD8065 (precision, low noise operational amplifiers)

2. Two Operating Supply Voltages Covered:

️· ±5V: (See Table 1)
️· ±12V: (See Table 1)

3. Key Features and Specifications (Highlights - not exhaustive):

General Characteristics (for both supplies):

️· Precision: Designed for high accuracy.
️· Low Noise: Critical for sensitive signal processing.
️· Wide Bandwidth: Enables high-speed operation.
️· Input Common Mode Voltage Range: VCM = -1V to +1V
️· FET Input: Provides improved input characteristics.

Specific to ±5V Supply:

️· Dynamic Performance:
- -3 dB Bandwidth: 100 MHz
- Slew Rate: 50 V/μs
️· Power Supply Range: 5V
️· Quiescent Current per Amplifier: 24 mA
️· Output Swing: -4.88 to +4.90

Specific to ±12V Supply:

️· Dynamic Performance:
- -3 dB Bandwidth: 100 MHz
- Slew Rate: 50 V/μs
️· Power Supply Range: 5V
️· Quiescent Current per Amplifier: 24 mA
️· Output Swing: -11.8 to +11.8

4. Tables (Key values are summarized above).

️· Table 1 and Table 2 provide detailed electrical characteristics under different supply voltages. They include metrics like bandwidth, slew rate, noise performance, input characteristics, and output characteristics.

5. Intended Use

️· Signal conditioning
️· Instrumentation
️· Active filtering

Essentially, these documents describe a series of precision op-amps suitable for various signal processing applications, offering consistent performance across different supply voltages.