MAX9990ETP+

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The MAX9990ETP+ belongs to the family of RF Misc ICs and Modules. This device incorporates a -77dBm sensitivity amplifier, gain-programmable output amplifier, crystal oscillator, precision comparison amplifier, and a number of features including low power consumption, low passband insertion loss, and high linearity. The MAX9990ETP+ is intended for application in FM and GSM receivers.

The MAX9990ETP+consists of four major sections. These are the amplifier section, the gain-programmable output amplifier section, the crystal oscillator, and the precision comparison amplifier section. The amplifier section consists of a low noise, high dynamic range amplifier that can be used with either a single-ended or differential RF input signal. The gain-programmable output amplifier section incorporates a gain control circuitry. This provides the user with a wide range of output gain settings.

The crystal oscillator section of the MAX9990ETP+= incorporates a temperature-compensated crystal oscillator. This oscillator ensures that the operating frequency of the device remains stable over temperature variations. The precision comparison amplifier section provides with the ability to accurately compare various input signals to the reference frequency of the oscillator. This ensures consistent performance over temperature changes.

The MAX9990ETP+ is a low power, low-insertion loss, high linearity device backed by a low noise, low power amplifier and an output amplifier. This makes it ideal for use in FM and GSM receivers where low insertion loss and high linearity are required. Its crystal oscillator and comparison amplifier enable reliable and consistent performance over temperature variations and provide the high accuracy required for these systems.

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