MAX2323ETI+

Series:	--
Packaging:	Tube
Part Status:	Obsolete
Function:	Dual Band LNA/Mixer
Frequency:	1.85GHz ~ 1.91GHz
RF Type:	PCS
Secondary Attributes:	--
Package / Case:	28-WFQFN Exposed Pad
Supplier Device Package:	28-TQFN (5x5)

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MAX2323ETI+ Application Field and Working Principle

RF Misc ICs and Modules offer more sufficient options for design engineers to optimize their system performance efficiency. MAX2323ETI+ is an RF Misc IC and Module that was designed for broadband public access radio applications. It is an ideal product for broadband wireless access systems as well as mobile communications applications.

Design Characteristics

The MAX2323ETI+ chip features a low-noise varactor frequency synthesizer that offers excellent static linearity and high dynamic range. Its integrated IF switch and dynamic range control circuitry together with its highly sensitive receiver are designed for next-generation wireless applications. The chip offers the versatility, high performance, wide coverage, and low-power consumption required in next-generation applications.

General Applications

The general applications of MAX2323ETI+ include wirelessaccess systems, mobile communications, and digital audio systems. This versatile chip can be usedin various system architectures, ranging from simple mobile receivers to complex base station transceivers.

Key Features & Benefits

One of the most attractive features of the MAX2323ETI+ chip is its wide operating frequency range, from 700 MHz to 6 GHz. This chip can also be tuned to any desired frequency within this wide range with great ease. It also offers a very low-noise varactor frequency synthesizer. The MAX2323ETI+ chip also offers great static linearity and high dynamic range. With low-power consumption, highspeed operation, and wide-band capability, this chip can provide improved system performance and increased efficiency. Additionally, its integrated IF switch and dynamic range control circuitry can provide better flexibility for users in controlling the chip.

General Working Principle

The working principle of MAX2323ETI+ is quite simple. The chip acts as an inverse amplifier, which is built with an integrated low-noise varactor frequency synthesizer. The synthesizer is used to accurately adjust the frequency of the chip to any desired frequency within the wide operating range. This is done by adjusting the varactor\'s capacitance with the external resistor. The chip\'s integrated IF switch is used to select, route, and switch signals between the chip\'s various input and output ports as required. The chip also has an integrated dynamic range control circuitry that can adjust the chip\'s signal strength and distortion behavior to meet the requirements of the application. The MAX2323ETI+ chip is a highly efficient and versatile chip that can be used in many applications, such as next-generation wireless and mobile communications. With its wide coverage, low-power consumption, and high performance, users can achieve greater system performance and improved efficiency.

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