Catalog
7-GHz, Ultra-Wideband, Fully Differential Amplifier
Key Features
• Excellent Single-Ended to Differential Conversion Performance from DC to 2 GHz7-GHz, –3-dB BandwidthExcellent HD2 and HD3 to 2 GHz:–96 (HD2), –102 (HD3) at 10 MHz–79 (HD2), –77 (HD3) at 500 MHz–64 (HD2), –72 (HD3) at 1 GHz–55 (HD2), –40 (HD3) at 2 GHzBest in Class OIP3Performance to 2 GHz:45 dBm at 200 MHz33 dBm at 1 GHz24 dBm at 2 GHzFixed Single-Ended to Differential Voltage Gain: 16 dBNoise Figure: 9 dB at 200 MHz (RS= 50 Ω)Slew Rate: 18,000 V/µsSupports Single-Supply or Split-Supply OperationPowered-Down FeatureSupply Current: 55 mAExcellent Single-Ended to Differential Conversion Performance from DC to 2 GHz7-GHz, –3-dB BandwidthExcellent HD2 and HD3 to 2 GHz:–96 (HD2), –102 (HD3) at 10 MHz–79 (HD2), –77 (HD3) at 500 MHz–64 (HD2), –72 (HD3) at 1 GHz–55 (HD2), –40 (HD3) at 2 GHzBest in Class OIP3Performance to 2 GHz:45 dBm at 200 MHz33 dBm at 1 GHz24 dBm at 2 GHzFixed Single-Ended to Differential Voltage Gain: 16 dBNoise Figure: 9 dB at 200 MHz (RS= 50 Ω)Slew Rate: 18,000 V/µsSupports Single-Supply or Split-Supply OperationPowered-Down FeatureSupply Current: 55 mA
Description
AI
The LMH3401 is a very high-performance, differential amplifier optimized for radio frequency (RF), intermediate frequency (IF), or high-speed, time-domain applications. This device is ideal for dc- or ac-coupled applications that require a single-ended to differential conversion when driving an analog-to-digital converter (ADC). The LMH3401 generates very low levels of second-order and third-order distortion when operating in single-ended-input to differential-output or differential-input to differential-output mode.
The on-chip resistors simplify printed circuit board (PCB) implementation and provide the highest performance over the usable bandwidth of 2 GHz. This performance makes the LMH3401 ideal for applications such as test and measurement, broadband communications, and high-speed data acquisition. A common-mode reference input pin is provided to align the amplifier output common-mode with the ADC input requirements. Use this device with power supplies between 3.3 V and 5.0 V; dual-supply operation is supported when required by the application.
This level of performance is achieved at a very low power level of 275 mW when a 5.0-V supply is used. A power-down feature is also available for power savings. The LMH3401 is fabricated in Texas Instruments' advanced complementary BiCMOS process and is available in a space-saving, 14-lead UQFN package with a specified operating temperature range of –40°C to 85°C.
The LMH3401 is a very high-performance, differential amplifier optimized for radio frequency (RF), intermediate frequency (IF), or high-speed, time-domain applications. This device is ideal for dc- or ac-coupled applications that require a single-ended to differential conversion when driving an analog-to-digital converter (ADC). The LMH3401 generates very low levels of second-order and third-order distortion when operating in single-ended-input to differential-output or differential-input to differential-output mode.
The on-chip resistors simplify printed circuit board (PCB) implementation and provide the highest performance over the usable bandwidth of 2 GHz. This performance makes the LMH3401 ideal for applications such as test and measurement, broadband communications, and high-speed data acquisition. A common-mode reference input pin is provided to align the amplifier output common-mode with the ADC input requirements. Use this device with power supplies between 3.3 V and 5.0 V; dual-supply operation is supported when required by the application.
This level of performance is achieved at a very low power level of 275 mW when a 5.0-V supply is used. A power-down feature is also available for power savings. The LMH3401 is fabricated in Texas Instruments' advanced complementary BiCMOS process and is available in a space-saving, 14-lead UQFN package with a specified operating temperature range of –40°C to 85°C.
