| Featured Space and Satellite Products |
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| X-Band Telemetry Tracking and Command Antenna | |
Earth Station Antenna
from Dhruva Space
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| The Bespoke Antennas X Band from Dhruva Space are high-performance Earth station antenna systems designed for telemetry, tracking, and command (TT&C) as well as payload downlink operations for satellite missions. Operating across the X-band frequency range of 7.9–8.5 GHz, these antenna systems support both Right-Hand Circular Polarization (RHCP) and Left-Hand Circular Polarization (LHCP), enabling flexible and reliable communication links.These antenna systems provide TX/RX isolation of up to 90 dB and achieve RMS pointing accuracy of 0.1°. |
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| 1.47–5.5 N Monopropellant Thruster | |
Spacecraft Thruster
from IHI Aerospace
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| The 4N Thruster (MT-8A) from IHI Aerospace is a flight-proven monopropellant spacecraft thruster designed to provide precise orbital maneuvering and attitude control for satellite missions. Delivering thrust levels from 1.47–5.5 N, it supports reliable propulsion for station keeping, orbit correction and spacecraft stabilization. It achieves a specific impulse ranging from 206–219 seconds, enabling efficient propellant utilization for long-duration operations. It operates with inlet pressures between 0.55–2.76 MPa and supports approximately 850,000 firing pulses. |
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| 100 V Quad P-Channel MOSFET | |
Space Qualified MOSFETs
from Infineon Technologies
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| The IRHQ9110 from Infineon Technologies is a Radiation-Hardened Quad P-Channel Power MOSFET designed for efficient power switching in high-reliability aerospace and defense electronic systems. It supports a drain-source voltage of 100 V and a continuous drain current of up to 2.3 A, enabling robust power control and switching performance in demanding applications. Built using Infineon’s HEXFET radiation-hardened technology, this MOSFET offers a total ionizing dose tolerance of up to 100 krad(Si) for dependable operation in radiation-prone environments. |
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| Flight-Proven Launch Vehicle Platform | |
Satellite Launch Vehicle Platform
from PLD Space
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| The MIURA 1 from PLD Space is a Flight-Proven Launch Vehicle Platform designed for suborbital flight missions and advanced launch technology validation. Standing 12.5 meters tall with a diameter of 0.7 meters, it is constructed using a monocoque aluminum 2014 structure, providing lightweight and robust mechanical performance for aerospace operations. With a liftoff mass of 2,620 kg, the platform supports reliable suborbital flight testing and technology demonstration missions. The MIURA 1 platform enables validation and refinement of launch vehicle technologies. |
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| Space-Qualified Quartz Crystal | |
Space Qualified Quartz Crystal
from Rakon Limited
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| The CFPX3000 from Rakon Limited is a Space Qualified Quartz Crystal designed for high-reliability frequency control in satellite communication and aerospace systems. Approved by the European Space Components Coordination (ESCC), this crystal ensures dependable performance in demanding space environments. This quartz crystal operates across a frequency range of 2 to 50 MHz, providing stable and precise frequency generation for communication and navigation subsystems. It is engineered to deliver high stability under harsh mechanical conditions. |
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| 12-inch Satellite Communication Terminal | |
Satellite Terminal
from Orbit Communication Systems
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| The AirTRx 30Ka from Orbit Communication Systems is a 12-inch Business Aviation Satellite Communication Terminal designed to deliver full Ka-band high-speed connectivity for mid-size to larger jet platforms. This next-generation aero terminal features a compact 30 cm antenna architecture and supports data speeds of up to 130 Mbps, enabling reliable broadband connectivity for advanced inflight communication applications. It is compatible with LEO, MEO, HEO and GEO satellite networks, providing flexible global connectivity. |
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| Space-Grade Ceramic Transistor Optocouplers | |
Space Qualified RF Transistor
from ISOCOM
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| The CH101 from ISOCOM is a Space Qualified Transistor Optocoupler designed for high-reliability isolation and signal transmission in aerospace and defense electronic systems. It features a withstand test voltage of 1000 Vdc along with a forward DC current of 50 mA, a reverse DC voltage of 7 V, and a peak forward current of 1.5 A, enabling dependable operation in demanding electronic environments. This optocoupler provides a power dissipation of 150 mW with a collector-emitter voltage of 70 V and an emitter-collector voltage of 7 V for stable switching and signal isolation performance. |
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| ISRO Ball Lock Separation System | |
Satellite Separation System
from Antrix Corporation Limited
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| The IBL 230 from Antrix Corporation Limited is a Satellite Separation System designed for 30 kg class spacecraft, enabling precise and reliable deployment in orbital missions. This ISRO-developed ball lock separation system utilizes a pyro thruster-based release mechanism with device-level redundancy, ensuring dependable operation during critical separation events. The system delivers a controlled relative separation velocity of 1 m/s, supporting stable deployment dynamics while minimizing structural disturbances. It features an integrated guiding mechanism that reduces tip-off rates. |
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| Ka-Band Low Noise Block Downconverter | |
Low Noise Block
from Narda-MITEQ
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| The LNB-197207-60/120 from Narda-MITEQ is a Ka-band low noise block downconverter designed for high-performance satellite communication systems. Operating with an input frequency range of 19.7–20.7 GHz and converting signals to an L-band output range of 1–2 GHz, it enables reliable downconversion for broadband SATCOM applications. This low noise block utilizes a local oscillator frequency of 18.7 GHz and delivers a gain range of 58–62 dB, ensuring stable signal amplification and conversion performance. It achieves a low noise figure of 1.29 dB. |
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| DC–40 GHz Space-Qualified RF Diplexer | |
Space Qualified RF Diplexer
from SHF Communication Technologies
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| The SHF DX45R|X02 from SHF Communication Technologies is a space-qualified RF diplexer designed for ultra-wideband signal routing and separation in high-frequency communication systems. Operating across a frequency range from DC to 40 GHz, it enables efficient signal distribution for advanced RF and optical communication applications. This diplexer delivers a low insertion loss of 1.5 dB and maintains a group delay ripple of ±50 ps, ensuring minimal signal distortion and stable broadband performance. It supports operating voltages up to ±50 V and accommodates low-frequency currents up to ±1 A. |
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