| Featured Space and Satellite Products this Week |
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| Space-Qualified RF Filter | |
Space Qualified RF Filter
from Crane Aerospace & Electronics
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| The STF28-461 from Crane Aerospace & Electronics is a space-qualified RF filter engineered to suppress electromagnetic interference in power conversion systems operating in orbital environments. Designed for extreme reliability, this rad-hardened EMI filter supports operating frequencies of up to 500 kHz with a minimum attenuation of 50 dB, ensuring effective reduction of conducted noise in spaceborne power architectures. It relies exclusively on passive components to maximise tolerance to radiation, thermal stress and long-duration space exposure. |
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| 10 N Bipropellant Spacecraft Thruster | |
Spacecraft Thruster
from Orbital Propulsion Centre
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| The Type S10-18 from Orbital Propulsion Centre is a 10N Bipropellant Spacecraft Thruster designed for precision attitude control, trajectory correction and orbit management in large satellites and deep-space missions. It delivers a thrust range of 6–12.5 N with a nominal specific impulse of 292 seconds, enabling efficient propulsion performance for mission-critical maneuvers. This high-performance thruster utilizes N2O4, MON-1, or MON-3 as oxidizers and MMH as fuel, providing dependable bipropellant combustion for optimized thrust efficiency. |
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| Single Frequency Satellite GNSS Receiver | |
Satellite GNSS Receiver
from AAC Clyde Space
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| The GPS-701-A Single Frequency receiver from AAC Clyde Space is a space-qualified GNSS receiver engineered to provide precise position, velocity, and timing solutions for satellite missions. Operating across L1, E1 and B1 frequency bands, it supports multiple satellite constellations including GPS, GPS+GLONASS (GLO) and GPS+GLONASS+BeiDou (BDS), enabling enhanced orbital navigation performance. It delivers position accuracy of 5 meters and velocity accuracy of 0.1 m/s, along with time accuracy of 20 ns. |
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| 2.5 W Solid State Power Amplifier | |
RF Amplifier
from MACOM
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| The ENGAD00071 from MACOM is a high-performance solid-state RF power amplifier designed to operate across the wide 2–18 GHz frequency range. Delivering a small signal gain of 26–30 dB, it provides stable and efficient amplification for broadband microwave and satellite communication systems.This amplifier achieves a saturated output power of up to 2.5 W, with a saturated power range of 2–2.5 W. It offers input and output return loss values between 14–16 dB to ensure effective impedance matching and minimal signal reflections. |
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| 3m CFRP Antenna Reflector | |
Space Reflector
from Airbus
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| The Unfurlable Reflector 3 Meter from Airbus is a Space-Qualified Deployable CFRP Antenna Reflector engineered for high-performance Earth observation and satellite communication missions. Designed with a deployed diameter of 3 meters and a compact stowed configuration of approximately 1.1 meters, it enables large-aperture performance within constrained launch volumes. It features a contour accuracy of less than 0.5 mm RMS, ensuring exceptional surface precision required for high-resolution radar and communication payloads. |
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| Sponsored by Crane Aerospace & Electronics | | |
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| PIN Diode MMIC SP2T Reflective Switch | |
Space Qualified RF Switch
from Miller MMIC
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| The MMPS302F from Miller MMIC is a space-qualified PIN diode MMIC SP2T reflective switch designed for ultra-wideband RF signal routing across the 0.05-50 GHz frequency range. Engineered for high-speed switching and broadband performance, it delivers low insertion loss of 0.9-1.2 dB and high isolation between 35-45 dB, ensuring signal control in demanding microwave systems. It provides an input return loss of -16 dB and an output return loss of -18 dB, supporting effective impedance matching and minimized reflections. |
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| Latch Solenoid Spacecraft Valve | |
Spacecraft Valve
from Valcor Engineering Corporation
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| The V27200-990-W from Valcor Engineering Corporation is a Space-Qualified Latching Solenoid Valve designed for high-pressure propulsion and pressurisation systems. It supports an operating pressure of up to 4500 psig and delivers a nominal flow rate of 0.072, ensuring reliable fluid control in demanding aerospace environments. Compatible with Helium (He), Nitrogen (N), deionized Water (diH2O) and Isopropyl Argon (IPAr), it provides versatile integration across a wide range of spacecraft fluid management. |
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| 16 Mb Space Grade Serial SRAM Memory | |
Space Qualified Memory
from Avalanche Technology
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| The AS1016A04 from Avalanche Technology is a Space-Grade High-Performance Serial Persistent SRAM Memory with a density of 16 Mb. It operates from a low supply voltage range of 1.7 V to 2 V and features a high-speed SPI-compatible serial interface supporting standard, dual, and quad I/O modes, enabling fast, flexible and efficient data communication in constrained space environments. It offers low latency, low power consumption, virtually infinite endurance and scalable non-volatile memory architecture. |
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| Satellite Launch Vehicle Platform for LEO | |
Satellite Launch Vehicle Platform
from VayaSpace
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| The Dauntless Block 1 from VayaSpace is a satellite launch vehicle platform engineered on Florida’s Space Coast to provide safe, efficient and cost-effective access to orbit. Designed with a reduced number of components compared to conventional rockets, the platform simplifies launch operations while maximizing payload delivery capability, supporting payloads of more than 1,000 kg to Low Earth Orbit. This two-stage launch vehicle employs a hybrid propulsion architecture utilizing HDPE solid fuel and liquid oxygen as the oxidizer. |
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| Low Noise Block (LNB) for SATCOM Applications | |
Low Noise Block
from TTI
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| The Q-LNB-38-40 GHz from TTi is a Low Noise Block (LNB) designed for high-performance Q-band satellite communication and test applications. It converts an input frequency range of 38–40 GHz to an intermediate frequency output of 950–1950 MHz, enabling efficient down-conversion for satellite receivers and measurement systems. This LNB integrates a 37.05/38.05 GHz local oscillator and delivers a high conversion gain of 60 dB. It features a noise temperature of less than 262 K and a noise figure below 2.8 dB. |
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