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Space satellite payload solutions

Rad hard electronics to optimize performance and reliability

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Overview

Satellite payloads refer to the equipment, instruments, or systems aboard a spacecraft to perform specific functions or tasks. While they can vary greatly based mission goals and spacecraft type, common payloads include: - Communications - Earth observation - Navigation - Remote sensing - Scientific - Other specialized equipment

Benefits

  • Global certified HiRel facilities
  • DLA and ESA qualified solutions
  • Broad rad hard portfolio
  • COTS+ extended screening
  • Longevity programs
  • RF foundry services

Block diagram

About

Designing high-reliability payload systems

Size, weight, volume, and power resources are limited in any spacecraft. Payload electronics must not only be robust enough to withstand harsh space conditions, but also optimized for mass, volume, and power efficiency.

Reliability is critical for payload electronics so satellites can fulfill their mission requirements. This starts with selecting the right components. Infineon¡¯s HiRel and rad hard solutions are engineered for optimal performance and longevity in extreme environmental conditions, including exposure to severe ionizing radiation in space. Our products are flight-proven under space radiation conditions across thousands of programs worldwide, from space satellite buses to space exploration vehicles and more. Customers count on us for our demonstrated track record in high-reliability products, portfolio longevity, and long-term commitment to space.?

Rad hard memories for satellite payload systems

Infineon offers a differentiated portfolio of rad hard memories for extreme environments such as those found in space, aviation, defense, and other industries. Our extensive portfolio supports volatile and non-volatile memories with serial and parallel interfaces. Infineon¡¯s high-reliability memories adhere to the most stringent standards in the industry and are DLAM QML certified, meeting the reliability and life cycle demands of aerospace and defense applications.

Rad hard PMAD solutions for satellite payload systems

Infineon¡¯s rad hard power electronics are used throughout satellite bus platforms to improve size, efficiency, and power density of space power management and distribution (PMAD) systems. Certified to ESA and DLA standards, Infineon¡¯s rad hard power portfolio is recognized globally for its excellent performance, reliability, product longevity, and world-class design heritage.

RF microwave for space payload system designs

As a key supplier of discrete semiconductor devices for the high-reliability community, Infineon has built an excellent reputation in space community for over 40 years. From silicon to backend and screening, Infineon¡¯s RF capabilities include space-qualified silicon microwave transistors and foundry services.

Designing high-reliability payload systems

Size, weight, volume, and power resources are limited in any spacecraft. Payload electronics must not only be robust enough to withstand harsh space conditions, but also optimized for mass, volume, and power efficiency.

Reliability is critical for payload electronics so satellites can fulfill their mission requirements. This starts with selecting the right components. Infineon¡¯s HiRel and rad hard solutions are engineered for optimal performance and longevity in extreme environmental conditions, including exposure to severe ionizing radiation in space. Our products are flight-proven under space radiation conditions across thousands of programs worldwide, from space satellite buses to space exploration vehicles and more. Customers count on us for our demonstrated track record in high-reliability products, portfolio longevity, and long-term commitment to space.?

Rad hard memories for satellite payload systems

Infineon offers a differentiated portfolio of rad hard memories for extreme environments such as those found in space, aviation, defense, and other industries. Our extensive portfolio supports volatile and non-volatile memories with serial and parallel interfaces. Infineon¡¯s high-reliability memories adhere to the most stringent standards in the industry and are DLAM QML certified, meeting the reliability and life cycle demands of aerospace and defense applications.

Rad hard PMAD solutions for satellite payload systems

Infineon¡¯s rad hard power electronics are used throughout satellite bus platforms to improve size, efficiency, and power density of space power management and distribution (PMAD) systems. Certified to ESA and DLA standards, Infineon¡¯s rad hard power portfolio is recognized globally for its excellent performance, reliability, product longevity, and world-class design heritage.

RF microwave for space payload system designs

As a key supplier of discrete semiconductor devices for the high-reliability community, Infineon has built an excellent reputation in space community for over 40 years. From silicon to backend and screening, Infineon¡¯s RF capabilities include space-qualified silicon microwave transistors and foundry services.

Developer community

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