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These Gain Amplifiers are optimized for high speed, low offset voltage and single-supply operation with rail-to-rail input and output capability. These specifications support single-supply applications needing flexible performance or multiple inputs.

Amplifier Type	Programmable Gain
Bandwidth	2 to 12 MHz
Current, Input Bias	±1 pA
Current, Output	±30 mA
Current, Supply	1 mA
Dimensions	19.30 x 6.60 x 3.68 mm
Harmonic Distortion	0.036 %
Height	0.145" (3.68mm)
Impedance, Thermal	70 °C/W
Input Voltage	5.8 V
Length	0.759" (19.3mm)
Mounting Type	Through Hole
Number of Channels per Chip	8
Number of Pins	16
Output Type	Rail to Rail
Package Type	PDIP
Rail to Rail	Rail to Rail Output
Resistance, Input	6.4 kΩ
Slew Rate	22 V/μs
Temperature, Operating, Maximum	+85 °C
Temperature, Operating, Minimum	-40 °C
Temperature, Operating, Range	-40 to +85 °C
Time, Fall	2 μs (Input), 5 ns (Output)
Time, Rise	2 μs (Input), 5 ns (Output)
Type of Power Supply	Single
Typical Single Supply Voltage	2.5 to 5.5 V
Voltage, Noise	26 μVp-p
Voltage, Output Swing	5.44 V
Width	0.26" (6.6mm)
关键词

Amplifier Type Programmable Gain  Microchip Technology Inc. Amplifier Type Programmable Gain  Programmable Gain Amplifiers Amplifier Type Programmable Gain  Microchip Technology Inc. Programmable Gain Amplifiers Amplifier Type Programmable Gain   Bandwidth 2 to 12 MHz  Microchip Technology Inc. Bandwidth 2 to 12 MHz  Programmable Gain Amplifiers Bandwidth 2 to 12 MHz  Microchip Technology Inc. Programmable Gain Amplifiers Bandwidth 2 to 12 MHz   Current, Input Bias ±1 pA  Microchip Technology Inc. Current, Input Bias ±1 pA  Programmable Gain Amplifiers Current, Input Bias ±1 pA  Microchip Technology Inc. Programmable Gain Amplifiers Current, Input Bias ±1 pA   Current, Output ±30 mA  Microchip Technology Inc. Current, Output ±30 mA  Programmable Gain Amplifiers Current, Output ±30 mA  Microchip Technology Inc. Programmable Gain Amplifiers Current, Output ±30 mA   Current, Supply 1 mA  Microchip Technology Inc. Current, Supply 1 mA  Programmable Gain Amplifiers Current, Supply 1 mA  Microchip Technology Inc. Programmable Gain Amplifiers Current, Supply 1 mA   Dimensions 19.30 x 6.60 x 3.68 mm  Microchip Technology Inc. Dimensions 19.30 x 6.60 x 3.68 mm  Programmable Gain Amplifiers Dimensions 19.30 x 6.60 x 3.68 mm  Microchip Technology Inc. Programmable Gain Amplifiers Dimensions 19.30 x 6.60 x 3.68 mm   Harmonic Distortion 0.036 %  Microchip Technology Inc. Harmonic Distortion 0.036 %  Programmable Gain Amplifiers Harmonic Distortion 0.036 %  Microchip Technology Inc. Programmable Gain Amplifiers Harmonic Distortion 0.036 %   Height 0.145" (3.68mm)  Microchip Technology Inc. Height 0.145" (3.68mm)  Programmable Gain Amplifiers Height 0.145" (3.68mm)  Microchip Technology Inc. Programmable Gain Amplifiers Height 0.145" (3.68mm)   Impedance, Thermal 70 °C/W  Microchip Technology Inc. Impedance, Thermal 70 °C/W  Programmable Gain Amplifiers Impedance, Thermal 70 °C/W  Microchip Technology Inc. Programmable Gain Amplifiers Impedance, Thermal 70 °C/W   Input Voltage 5.8 V  Microchip Technology Inc. Input Voltage 5.8 V  Programmable Gain Amplifiers Input Voltage 5.8 V  Microchip Technology Inc. Programmable Gain Amplifiers Input Voltage 5.8 V   Length 0.759" (19.3mm)  Microchip Technology Inc. Length 0.759" (19.3mm)  Programmable Gain Amplifiers Length 0.759" (19.3mm)  Microchip Technology Inc. Programmable Gain Amplifiers Length 0.759" (19.3mm)   Mounting Type Through Hole  Microchip Technology Inc. Mounting Type Through Hole  Programmable Gain Amplifiers Mounting Type Through Hole  Microchip Technology Inc. Programmable Gain Amplifiers Mounting Type Through Hole   Number of Channels per Chip 8  Microchip Technology Inc. Number of Channels per Chip 8  Programmable Gain Amplifiers Number of Channels per Chip 8  Microchip Technology Inc. Programmable Gain Amplifiers Number of Channels per Chip 8   Number of Pins 16  Microchip Technology Inc. Number of Pins 16  Programmable Gain Amplifiers Number of Pins 16  Microchip Technology Inc. Programmable Gain Amplifiers Number of Pins 16   Output Type Rail to Rail  Microchip Technology Inc. Output Type Rail to Rail  Programmable Gain Amplifiers Output Type Rail to Rail  Microchip Technology Inc. Programmable Gain Amplifiers Output Type Rail to Rail   Package Type PDIP  Microchip Technology Inc. Package Type PDIP  Programmable Gain Amplifiers Package Type PDIP  Microchip Technology Inc. Programmable Gain Amplifiers Package Type PDIP   Rail to Rail Rail to Rail Output  Microchip Technology Inc. Rail to Rail Rail to Rail Output  Programmable Gain Amplifiers Rail to Rail Rail to Rail Output  Microchip Technology Inc. Programmable Gain Amplifiers Rail to Rail Rail to Rail Output   Resistance, Input 6.4 kΩ  Microchip Technology Inc. Resistance, Input 6.4 kΩ  Programmable Gain Amplifiers Resistance, Input 6.4 kΩ  Microchip Technology Inc. Programmable Gain Amplifiers Resistance, Input 6.4 kΩ   Slew Rate 22 V/μs  Microchip Technology Inc. Slew Rate 22 V/μs  Programmable Gain Amplifiers Slew Rate 22 V/μs  Microchip Technology Inc. Programmable Gain Amplifiers Slew Rate 22 V/μs   Temperature, Operating, Maximum +85 °C  Microchip Technology Inc. Temperature, Operating, Maximum +85 °C  Programmable Gain Amplifiers Temperature, Operating, Maximum +85 °C  Microchip Technology Inc. Programmable Gain Amplifiers Temperature, Operating, Maximum +85 °C   Temperature, Operating, Minimum -40 °C  Microchip Technology Inc. Temperature, Operating, Minimum -40 °C  Programmable Gain Amplifiers Temperature, Operating, Minimum -40 °C  Microchip Technology Inc. Programmable Gain Amplifiers Temperature, Operating, Minimum -40 °C   Temperature, Operating, Range -40 to +85 °C  Microchip Technology Inc. Temperature, Operating, Range -40 to +85 °C  Programmable Gain Amplifiers Temperature, Operating, Range -40 to +85 °C  Microchip Technology Inc. Programmable Gain Amplifiers Temperature, Operating, Range -40 to +85 °C   Time, Fall 2 μs (Input), 5 ns (Output)  Microchip Technology Inc. Time, Fall 2 μs (Input), 5 ns (Output)  Programmable Gain Amplifiers Time, Fall 2 μs (Input), 5 ns (Output)  Microchip Technology Inc. Programmable Gain Amplifiers Time, Fall 2 μs (Input), 5 ns (Output)   Time, Rise 2 μs (Input), 5 ns (Output)  Microchip Technology Inc. Time, Rise 2 μs (Input), 5 ns (Output)  Programmable Gain Amplifiers Time, Rise 2 μs (Input), 5 ns (Output)  Microchip Technology Inc. Programmable Gain Amplifiers Time, Rise 2 μs (Input), 5 ns (Output)   Type of Power Supply Single  Microchip Technology Inc. Type of Power Supply Single  Programmable Gain Amplifiers Type of Power Supply Single  Microchip Technology Inc. Programmable Gain Amplifiers Type of Power Supply Single   Typical Single Supply Voltage 2.5 to 5.5 V  Microchip Technology Inc. Typical Single Supply Voltage 2.5 to 5.5 V  Programmable Gain Amplifiers Typical Single Supply Voltage 2.5 to 5.5 V  Microchip Technology Inc. Programmable Gain Amplifiers Typical Single Supply Voltage 2.5 to 5.5 V   Voltage, Noise 26 μVp-p  Microchip Technology Inc. Voltage, Noise 26 μVp-p  Programmable Gain Amplifiers Voltage, Noise 26 μVp-p  Microchip Technology Inc. Programmable Gain Amplifiers Voltage, Noise 26 μVp-p   Voltage, Output Swing 5.44 V  Microchip Technology Inc. Voltage, Output Swing 5.44 V  Programmable Gain Amplifiers Voltage, Output Swing 5.44 V  Microchip Technology Inc. Programmable Gain Amplifiers Voltage, Output Swing 5.44 V   Width 0.26" (6.6mm)  Microchip Technology Inc. Width 0.26" (6.6mm)  Programmable Gain Amplifiers Width 0.26" (6.6mm)  Microchip Technology Inc. Programmable Gain Amplifiers Width 0.26" (6.6mm)