Cumulative effects are gradual effects taking place during the whole lifetime of the electronics exposed in a radiation environment. A device...
Radiation Effects and Test Flow for TID Testing
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satellite communications
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Standards of irradiation TID Tests
TID test standards define irradiation methods, dose rates, and handling to assess component tolerance to total ionizing dose.
Radiation sensitive technologies and EEE parts
Radiation affects EEE components in space through TID, displacement damage, and single event effects, impacting mission reliability.
Digital to Analog Converters (DACs) for space application
DACs convert processed digital data into analog signals for space systems, with designs hardened against radiation effects.
Data conversion: The other side of coin
Data conversion in space systems relies on ADCs to digitize analog signals, balancing resolution, speed, and radiation tolerance.
Building a Radiation Analysis
Radiation analysis documents component tolerance to space radiation, ensuring compliance with mission-specific exposure levels.
Product Assurance plan for small sats
A product assurance plan defines quality, reliability, and component requirements to ensure mission success in New Space projects.
Analog to digital converters: The resolution dilemma
Analog to digital converters for space must balance high resolution with low sampling rates to ensure accurate signal capture.
Solid State Relays (SSR) for space applications
Solid state relays offer fast, durable switching for space systems but must be assessed for radiation sensitivity.
Endurance and data retention in non-volatile memories
Non-volatile memories retain data without power; endurance and data retention are key for space-grade reliability.
Radiation Effects and Test Flow for TID Testing
Cumulative effects are gradual effects taking place during the whole lifetime of the electronics exposed in a radiation environment. A device sensitive to TID or TNID will exhibit failure in a radiation environment when the accumulated dose (TID) or particle fluence...
Standards of irradiation TID Tests
TID test standards define irradiation methods, dose rates, and handling to assess component tolerance to total ionizing dose.
Radiation sensitive technologies and EEE parts
Radiation affects EEE components in space through TID, displacement damage, and single event effects, impacting mission reliability.
Digital to Analog Converters (DACs) for space application
DACs convert processed digital data into analog signals for space systems, with designs hardened against radiation effects.
Data conversion: The other side of coin
Data conversion in space systems relies on ADCs to digitize analog signals, balancing resolution, speed, and radiation tolerance.
Building a Radiation Analysis
Radiation analysis documents component tolerance to space radiation, ensuring compliance with mission-specific exposure levels.
Product Assurance plan for small sats
A product assurance plan defines quality, reliability, and component requirements to ensure mission success in New Space projects.
Analog to digital converters: The resolution dilemma
Analog to digital converters for space must balance high resolution with low sampling rates to ensure accurate signal capture.
Solid State Relays (SSR) for space applications
Solid state relays offer fast, durable switching for space systems but must be assessed for radiation sensitivity.
Endurance and data retention in non-volatile memories
Non-volatile memories retain data without power; endurance and data retention are key for space-grade reliability.