DACs convert processed digital data into analog signals for space systems, with designs hardened against radiation effects.
Digital to Analog Converters (DACs) for space application
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Semiconductors
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.
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.
Single Event Latch-up (SEL) protection for space applications
Single Event Latch-up protection uses current limiters to prevent damage from ionizing particles in space applications.
ASIC design support capabilities
ASIC design focuses on custom integrated circuits for specific functions, with added complexity for space applications.
Typical parameters in the electrical test of operational amplifiers
Electrical test of operational amplifiers monitors key parameters to assess performance under space-related stress conditions.
The changing approach to space parts selection
Explore evolving definitions of rad-hard components and how radiation effects shape semiconductor selection in modern satellite systems.
Rad-hard parts available in the market
Explore rad-hard, enhanced, and commercial strategies for satellite design and how each balances cost, risk, and radiation resilience.
SRAM design strategies for space systems
This article explores five SRAM memory design approaches for achieving a 16 Mbit memory bank in space systems, comparing traditional...
New rad-hard schottky and rectifiers diodes for space
Rad-hard Schottky diodes from STMicroelectronics offer ESCC-qualified options for high-reliability space power applications.
Common EEPROM questions answered by DDC
Data Device Corporation (DDC) has compiled a list of frequently asked questions related to its EEPROM family.
Overload protection in satellite power systems
Overload protection in satellite PDUs uses LCLs to monitor current and safely disconnect loads during fault conditions.
External Visual Inspection Guidelines
External visual inspection ensures EEE parts quality by identifying critical features and common issues in FPGAs and components per MIL-STD-883 Method 2009.
From flash memory to radiation-tolerant SSDs
Space-grade SSD solutions combine NAND flash and radiation-tolerant controllers to ensure data integrity in harsh space environments.
An overview of Low Voltage Differential Signaling (LVDS)
Low Voltage Differential Signaling (LVDS) enables high-speed, low-power data transmission with strong noise immunity and low EMI.
Introducing NanoXplore and its European FPGA’s ITAR free
In this webinar, you will gain a deeper understanding of the NX product roadmap, which is fully dedicated to Space.
Overview of DDC’s ESA approved memories for space
DDC’s 1Mb EEPROM, listed on ESA’s EPPL, ensures high reliability, radiation performance, and ease of integration.
Vishay Precision Group Resistors Cryogenic capabilities demonstration
Vishay’s VSMP resistors demonstrate stability in cryogenic conditions, making them suitable for astrophysics and space applications.
Phase-locked loops (PLLs) for space application
Phase-locked loops (PLLs) synchronize signals and are available in high-reliability, radiation-tolerant versions for space applications.