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Power amplifying integrated circuit MCP6D11
voltagedifferentialhigh-speed

Power amplifying integrated circuit - MCP6D11 - Microchip Technology Inc. - voltage / differential / high-speed
Power amplifying integrated circuit - MCP6D11 - Microchip Technology Inc. - voltage / differential / high-speed
Power amplifying integrated circuit - MCP6D11 - Microchip Technology Inc. - voltage / differential / high-speed - image - 2
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Characteristics

Type
power, voltage
Secondary function
differential
Other characteristics
high-speed, common mode, low-noise
Voltage

Max.: 5.5 V

Min.: 2.5 V

Current

Max.: 0.18 mA

Min.: 0.14 mA

Frequency

90,000 kHz

Description

The MCP6D11 is a low-noise, low-distortion differential amplifier, optimized for driving high-performance, high-speed ADCs such as the MCP331x1D series. In addition to the low-noise and low-distortion, the MCP6D11 consumes only 3.5 mW of quiescent power on a 2.5V supply. For power sensitive applications, a Power-Down pin reduces the power consumption to less than 13 uW. Product Features Low Power Slew rate: 25 V/us Fast settling: 200 ns to 0.01% Easy to Use Low offset: 150 uV maximum Rail-to-rail output Input common mode range includes negative rail Power-down function Small Packages: 8-pin MSOP, 16-pin 3x3 QFN Extended temperature: -40 to +125C Parametrics CMRR Min (dB) - 95 Enhanced EMI Protection - No Input Voltage Noise Density (nV/rt(Hz)) - 5 PM (deg) - 0 PSRR Min (dB) - 100 # Per Package - 1 Slew Rate (V/µs) - 25 Vos Max µV (microvolt) - 150

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