inventory:7,978
Diodes Incorporated
SOIC-8
MAX9993 (3)
The MAX9993 is available from Analog Devices at Xecor. Designed for high-linearity down-conversion in RF applications, the MAX9993 offers +23.5dBm input IIP3, 8.5dB conversion gain, and a 9.5dB noise figure, along with an integrated LO buffer and switch-selectable LO inputs. Available in a compact, high-performance package, it is ideal for UMTS, DCS, PCS base stations, military systems, and point-to-point microwave systems. Whether used in wireless local loop (WLL) or private mobile radios (PMRs), this series ensures exceptional linearity, low noise, and efficient LO drive for demanding RF applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX9993 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX9993ETP+ | Ideal for DCS, EDGE, PCS, UMTS, and WLL systems | TQFN-20 EP | 3,635 | |
| MAX9993ETP+T | The mixer is specifically designed for high-frequency applications, offering superior performance and reliability | TQFN-20 EP | 6,138 | |
| MAX9993ETP | Ideal for DCS, EDGE, PCS, UMTS, and WLL systems | TQFN-20 EP | 4,726 |
Key Featrues
High Input IIP3 (+23.5dBm): This feature ensures exceptional linearity, making the mixer suitable for high-performance applications like UMTS, DCS, and PCS base stations. It minimizes distortion, improving signal clarity and reliability in demanding environments.
Wide RF Frequency Range (1700MHz to 2200MHz): The broad RF frequency range allows the mixer to support multiple wireless communication standards, including DCS1800, PCS1900, and UMTS, making it versatile for various base-station and military applications.
Integrated LO Buffer with Switch-Selectable Inputs: The integrated LO buffer simplifies design by reducing external component requirements, while the switch-selectable LO inputs (SPDT) enhance flexibility, enabling seamless switching between two LO sources with 40dB isolation.
Low LO Drive Requirement (0 to +6dBm): This feature reduces power consumption and simplifies LO signal generation, making the mixer more energy-efficient and cost-effective for base-station and point-to-point microwave systems.
Low Noise Figure (9.5dB): The low noise figure ensures high signal-to-noise ratio (SNR), improving the overall performance of the down-conversion process in applications like wireless local loop (WLL) and private mobile radios (PMRs).
Wide RF Frequency Range (1700MHz to 2200MHz): The broad RF frequency range allows the mixer to support multiple wireless communication standards, including DCS1800, PCS1900, and UMTS, making it versatile for various base-station and military applications.
Integrated LO Buffer with Switch-Selectable Inputs: The integrated LO buffer simplifies design by reducing external component requirements, while the switch-selectable LO inputs (SPDT) enhance flexibility, enabling seamless switching between two LO sources with 40dB isolation.
Low LO Drive Requirement (0 to +6dBm): This feature reduces power consumption and simplifies LO signal generation, making the mixer more energy-efficient and cost-effective for base-station and point-to-point microwave systems.
Low Noise Figure (9.5dB): The low noise figure ensures high signal-to-noise ratio (SNR), improving the overall performance of the down-conversion process in applications like wireless local loop (WLL) and private mobile radios (PMRs).
Applications
Wireless Base Station Down-Converter: The MAX9993 is ideal for down-converting RF signals in wireless base stations, such as UMTS, DCS, and PCS systems. Its high linearity and integrated LO buffer ensure reliable performance in demanding environments, making it suitable for telecommunications infrastructure.
Military Communication Systems: The MAX9993 is well-suited for military communication systems requiring high-linearity down-conversion. Its wide RF and LO frequency ranges, along with low noise figure, make it ideal for secure and robust communication in defense applications.
Point-to-Point Microwave Systems: The MAX9993 excels in point-to-point microwave systems, providing high gain and low noise figure for reliable signal conversion. Its switch-selectable LO inputs and integrated buffer simplify system design, making it a preferred choice for long-distance communication links.
Private Mobile Radio (PMR) Systems: The MAX9993 is perfect for PMR systems, offering high linearity and low LO drive requirements. Its wide frequency range and excellent LO isolation ensure clear and stable communication, making it ideal for public safety and industrial radio applications.
Military Communication Systems: The MAX9993 is well-suited for military communication systems requiring high-linearity down-conversion. Its wide RF and LO frequency ranges, along with low noise figure, make it ideal for secure and robust communication in defense applications.
Point-to-Point Microwave Systems: The MAX9993 excels in point-to-point microwave systems, providing high gain and low noise figure for reliable signal conversion. Its switch-selectable LO inputs and integrated buffer simplify system design, making it a preferred choice for long-distance communication links.
Private Mobile Radio (PMR) Systems: The MAX9993 is perfect for PMR systems, offering high linearity and low LO drive requirements. Its wide frequency range and excellent LO isolation ensure clear and stable communication, making it ideal for public safety and industrial radio applications.