Production Lead Time:
7 day(s)
Shipping Method:
Land Shipment, Air Shipment
Application:
Airborne avionics, satellite payloads, UAV flight control, radar, navigation, power management systems.
Signal performance:
High-frequency laminates feature low dielectric constant and low loss to ensure millimeter-wave signal integrity for radar and satellite communications; suppress CAF ion migration for long-term insulation stability.
Quality standard:
Comply with IPC Class3/3A and AS9100 quality control; full-process material traceability, 100% flying probe, AOI and X-ray inspection; capable of reliability verification including thermal cycling, vibration, aging and other tests.
Process capability:
High-layer count multilayers, HDI micro-vias, backdrilling, buried pads in holes; high precision for trace width and spacing, controlled impedance, differential impedance tolerance ±5%; supports heavy copper high-power boards and rigid-flex integrated boa
Environmental tolerance:
Stable operation within the range of -55℃~+125℃, resistant to multiple thermal cycles, high shock and strong vibration, compatible with launch loads; space-grade models can be extended to a wider temperature range.
Substrate selection:
Polyimide, Cyanate Ester, Rogers/Arlon high-frequency materials; space-grade laminates meet low outgassing requirements with TML<1.0% and CVCM<0.1%, stable in vacuum environment and resistant to cosmic radiation.