DescriptionThe ICL2001-23 can be used for amplification in IF or RF buffer amplifiers. The amplifier provides a gain of 15dB typically at 850 MHz and has single ended input and output.The device can be operated with a single +3V supply.The IC is available in industry standard 6L-SOT23 package. Th...
ICL2001-23: DescriptionThe ICL2001-23 can be used for amplification in IF or RF buffer amplifiers. The amplifier provides a gain of 15dB typically at 850 MHz and has single ended input and output.The device can...
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The ICL2001-23 can be used for amplification in IF or RF buffer amplifiers. The amplifier provides a gain of 15dB typically at 850 MHz and has single ended input and output.The device can be operated with a single +3V supply.The IC is available in industry standard 6L-SOT23 package.
The ICL2001-23 has the following features including:(1)+15.2 dB gain; (2)-10 dBm input IP3; (3)+3V single voltage supply; (4)low current consumption: 6mA.The ICL series of Low Noise Amplifiers are general purpose, high performance LNAs designed for operation from 3V supply.The amplifiers housed in a low-cost surface mountable package provide a high output intercept point, high gain and low noise figure and require an external bias resistor for setting the bias current.
The absolute maximum ratings of the ICL2001-23 are:(1)positive power supply:+4.0V; (2)soldering temperature:300; (3)operating temperature:-40 to 85; (4)storage temperature:-65 to 150.Stress greater than those listed above may cause permanent damage to the device.This is a stress rating only and functional operation of the device at these or any other conditions above those indicated in the operational sections of this specification is not implied.Exposure to absolute maximum rating conditions for extended periods may affect reliability.Performance tests for ICmic products were performed internally by ICmic and measured using specific systems andior components.Any difference in circuit implementation, test software, or test equipment may affect actual performance.The information provided herein of the ICL2001-23 is believed to be reliable at the time of this printing. ICmic assumes no responsibility for the use of this information andior the described product(s). Prices and specifications are sublect to change without notice.
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