MAX9994 (2)
MAX9994 is available from Analog Devices Inc. Inc. at Xecor. Designed for high-linearity downconversion in UMTS/WCDMA, DCS, and PCS base-station receiver applications, the MAX9994 offers exceptional performance with 8.3dB conversion gain, +26.2dBm input IP3, and 9.7dB noise figure. Available in a compact 20-WQFN exposed pad package, it is ideal for telecommunications, fixed broadband wireless access, and military systems. Whether used in cellular base stations, microwave links, or wireless local loop (WLL) systems, this series ensures high performance and reliability for demanding RF applications. Xecor is an authorized distributor for Analog Devices Inc. Inc.. Please view our extensive selection of the MAX9994 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX9994ETP+ | Up-Down Converters SiGe High-Linearity, 1400MHz to 2200MHz Downconversion Mixer with LOBuffer/Switch | WQFN-20 | 8,646 | |
| MAX9994ETP+T | MAX9994ETP+T product is a high-quality downconversion mixer with superior linearity in 1400MHz to 2200MHz range | TQFN-20 EP | 4,828 |
Key Featrues
Wide RF Frequency Range (1400MHz to 2200MHz): This feature allows the MAX9994 to support a broad spectrum of wireless communication standards, including UMTS/WCDMA, DCS, and PCS, making it versatile for various base-station receiver applications. Its wide frequency range enhances its adaptability to different RF bands, improving its utility in diverse environments.
High-Linearity Performance (+26.2dBm IIP3): The high input third-order intercept point (IIP3) ensures superior linearity, reducing distortion and improving signal integrity in high-power applications. This is particularly beneficial in crowded RF environments, where maintaining signal clarity is critical.
Integrated LO Buffer and SPDT LO Switch: The built-in LO buffer and switch simplify the design by eliminating the need for external components, reducing board space and cost. The 45dB LO1 to LO2 isolation and 50ns switching time ensure minimal interference and fast transitions, enhancing overall system performance.
Low LO Drive Requirement (-3dBm to +3dBm): The low LO drive requirement reduces the power consumption of the local oscillator, contributing to energy efficiency in the system. This feature is especially advantageous in power-sensitive applications, such as portable or battery-operated devices.
Pin Compatibility with MAX9984/MAX9986 Mixers: The pin compatibility with other mixers in the MAX series allows for easy upgrades or replacements in existing designs, reducing development time and cost. This feature provides flexibility for designers to optimize their systems without significant redesign efforts.
High-Linearity Performance (+26.2dBm IIP3): The high input third-order intercept point (IIP3) ensures superior linearity, reducing distortion and improving signal integrity in high-power applications. This is particularly beneficial in crowded RF environments, where maintaining signal clarity is critical.
Integrated LO Buffer and SPDT LO Switch: The built-in LO buffer and switch simplify the design by eliminating the need for external components, reducing board space and cost. The 45dB LO1 to LO2 isolation and 50ns switching time ensure minimal interference and fast transitions, enhancing overall system performance.
Low LO Drive Requirement (-3dBm to +3dBm): The low LO drive requirement reduces the power consumption of the local oscillator, contributing to energy efficiency in the system. This feature is especially advantageous in power-sensitive applications, such as portable or battery-operated devices.
Pin Compatibility with MAX9984/MAX9986 Mixers: The pin compatibility with other mixers in the MAX series allows for easy upgrades or replacements in existing designs, reducing development time and cost. This feature provides flexibility for designers to optimize their systems without significant redesign efforts.
Applications
Wireless Base Station Receiver: The MAX9994 is ideal for high-linearity downconversion in UMTS/WCDMA, DCS, and PCS base-station receiver applications. Its integrated LO buffer and baluns ensure efficient signal processing, making it suitable for cellular and wireless communication systems requiring high performance and reliability.
Fixed Broadband Wireless Access: The MAX9994 is well-suited for fixed broadband wireless access systems, providing high gain and low noise figure for reliable signal downconversion. Its wide LO range and integrated LO switch make it adaptable to various frequency bands, ensuring robust performance in wireless access networks.
Military Communication Systems: The MAX9994 is ideal for military communication systems requiring high linearity and spurious rejection. Its robust design and wide frequency range make it suitable for secure and reliable communication in challenging environments, ensuring mission-critical performance.
Private Mobile Radios (PMRs): The MAX9994 is perfect for private mobile radio systems, offering high gain and low noise figure for clear and reliable communication. Its integrated LO buffer and baluns simplify design, making it a versatile choice for PMR applications in public safety and industrial settings.
Fixed Broadband Wireless Access: The MAX9994 is well-suited for fixed broadband wireless access systems, providing high gain and low noise figure for reliable signal downconversion. Its wide LO range and integrated LO switch make it adaptable to various frequency bands, ensuring robust performance in wireless access networks.
Military Communication Systems: The MAX9994 is ideal for military communication systems requiring high linearity and spurious rejection. Its robust design and wide frequency range make it suitable for secure and reliable communication in challenging environments, ensuring mission-critical performance.
Private Mobile Radios (PMRs): The MAX9994 is perfect for private mobile radio systems, offering high gain and low noise figure for clear and reliable communication. Its integrated LO buffer and baluns simplify design, making it a versatile choice for PMR applications in public safety and industrial settings.
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