GEO conductive-film type
Conductive-film covering for moving geostationary-orbit systems.
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SPACE / ASW / 01
Type ASW Anti-Static Space Wire
Conductive or semi-conductive covers continuously drain static charge and provide lightweight, flexible, atomic-oxygen-resistant 600 Vrms power interconnects for moving LEO and GEO systems.
600 Vrms−200 to +200 °CGEO/LEO antistatic cover
PRODUCT FAMILYSpace Cables ↗
01 / CONFIGURATION DIRECTIONS
Select a configuration from the application boundaries
These configurations establish a practical discussion starting point. The final product requires a controlled specification based on interface, length, installation and validation conditions.
LEO semiconductive type
Semiconductive fluoropolymer for low-orbit atomic oxygen.
20–24 AWG single core
Standard gauge selected for resistance, mass and termination.
Match a solution direction to the link target
Solution codes support early technical discussions by aligning protocol, construction, link boundaries and application in one view.
SOLUTION CODEPROTOCOL / RATECONSTRUCTIONKEY BOUNDARYBEST FIT
SPACE-ASW-01GEO conductive-film typeConductive-film covering for moving geostationary-orbit systems.600 VrmsIon thrusters
SPACE-ASW-02LEO semiconductive typeSemiconductive fluoropolymer for low-orbit atomic oxygen.−200 to +200 °CSolar-array wiring
SPACE-ASW-0320–24 AWG single coreStandard gauge selected for resistance, mass and termination.GEO/LEO antistatic coverStationary plasma thrusters
MODEL NOTEPage values do not constitute mission qualification or approval. Applicable standards, lot screening and verification levels are confirmed per project.
02 / PERFORMANCE PARAMETERS
Product performance parameters
The following values describe current product performance boundaries, with the applicable model, construction or test condition retained.
PERFORMANCE METRICVALUECONFIGURATION / CONDITION
01Maximum operating voltage600 Vrms
Type ASW space wire
02Temperature range−200 to +200 °C
GEO / LEO range
03GEO jacketConductive film
Antistatic construction
04LEO jacketSemi-conductive fluoropolymer
Antistatic / ATOX direction
05ConductorSilver-plated copper or copper
Version dependent
06Wire gauges20 · 22 · 24 AWG
Standard part numbers
GEO and LEO versions use different jacket and insulation systems; select the part number against the orbit environment.
Technical referenceValues are confirmed against category, gauge, length and termination
03 / TYPICAL CONSTRUCTION
From functional core to terminated interface
Space-grade conductor
Material, stranding and plating are selected for resistance, strength, flex and termination.
Low-outgassing insulation
Dielectric, thermal, vacuum-stability and processing requirements guide material selection.
Controlled functional unit
Single, twisted, shielded, coaxial or multicore signal geometry is formed.
Lightweight shield and cover
EMI, atomic oxygen, protection and mass are optimized together.
Termination and traceability
Connector, branch, strain relief, material lot and process records remain controlled.
04 / SELECTION & VALIDATION
Inputs needed to start a custom assessment
SELECTION ITEMINFORMATION TO CONFIRM
01Mission and orbit
LEO, GEO, deep space, launch phase and mission duration
02Electrical function
Voltage, current, protocol, frequency, impedance and core count
03Mass and space
Mass per meter, diameter, bend radius and route
04Environment
Vacuum, thermal cycle, radiation, ATOX, vibration and shock
05Harness interface
Connector, branch, lacing, ground and installation process
06Verification level
Applicable ESCC/NASA documents, first article, lot and traceability
Typical applications
- Ion thrusters
- Solar-array wiring
- Stationary plasma thrusters
- LEO/GEO moving mechanisms
Interfaces & delivery
- Single, multicore or shielded space cable
- Space connector and lightweight harness
- Fixed-length assembly, branch or pigtail
ENGINEERING NOTE
Page values do not constitute mission qualification or approval. Applicable standards, lot screening and verification levels are confirmed per project.
Ready to define a controlled specification?
Bring us the interface, environment and validation requirements.
Yidong Telecom can build a sample direction and validation matrix around the cable construction, termination and system boundaries.
Submit requirement checklist ↗