理経 List of Products and Services

The GaAs laser power conversion diode is a high-performance photoelectric power conversion diode with a power conversion efficiency of over 60% and an output voltage of 3V to 8V. This optical power transmission can be implemented in free space or optical fibers. Applications include power supplies for various sensors requiring galvanic isolation, lightning protection, and electromagnetic interference resistance, as well as wireless charging for smartphones. 【Features】 ■ Uses GaAs ■ Output voltage is 3V to 8V ■ Power conversion efficiency is over 60% ■ Can be implemented in free space or optical fibers ■ Converts monochromatic light in the wavelength range of 810 to 860 nm into power *For more details, please refer to the PDF document or feel free to contact us.

The product is a high-efficiency triple-junction GaAs solar cell used in numerous artificial satellites and other spacecraft. Solar panels utilizing these solar cells are also available. Additionally, we offer flexible GaAs solar cells for space applications. 【Features】 - Proven track record in numerous low Earth orbit, geostationary satellites, spacecraft, ultra-small satellites, CubeSats, small satellites, and satellite programs (domestic). - Available for provision at CIC. - We also handle lower-priced options with efficiency typically about 1-2% lower than usual. *For more details, please refer to the PDF materials or feel free to contact us.

The nanoSSOC-A60 is a sun sensor utilizing solar tracking technology. This product is designed to provide high precision in solar tracking, orientation, and attitude determination specifically for nano-satellite platforms like Cubesats. The nanoSSOC-A60 features advanced engineering by creating a highly integrated sensing structure. Its small size, lightweight, and low power consumption offer an ideal ADCS solution that ensures efficient and reliable performance in space. Key features include: - A dual-axis sun sensor for accurate tracking and determination. - High sensitivity based on geometric design dimensions. - Utilization of MEMS technology for high integration. - Optimal for nano-satellite platforms due to its small size and low power consumption. - Use of space-grade electronic components. - Compatibility with most cubesat structures and OBCs. - Robust against extreme temperatures and radiation. With over 50 units used in more than 10 missions, the reliability and efficiency of the nanoSSOC-A60 are well proven, making it ideal for space missions that require accurate and reliable solar tracking capabilities.

GEN2 provides ADCS solutions compatible with satellites of all sizes. The main features are as follows: - High-precision bearings: Ensures high accuracy and stability - Radiation-hardened electronics: Simplifies control and enhances reliability - Ultra-low magnetic remanence: Achieved using heat-treated iron cores - Compact design: Suitable for applications with limited space - High linearity: Ensures consistent performance - Scalability: Adaptable for larger satellites The benefits of using it are as follows: - Reliability: Ensures dependable performance through robust design and rigorous testing - Ease of use: Simplified control mechanisms and integrated electronics - Cost efficiency: Achieved through automated manufacturing processes for high volume and low cost - Versatility: Compatible with various satellite sizes and mission requirements Advantages in applications: - Enhanced mission capability: Supports complex maneuvers and precise control - Redundancy options: Provides redundancy through a pyramid configuration with a 4-wheel setup - Customizable solutions: Customization to meet specific mission needs is possible, with third-party integration options available.

Solar MEMS' nano and micro satellite Earth Sensor (HSNS) is at the forefront of satellite navigation technology. Leveraging the power of a quad thermopile sensor, the HSNS provides unparalleled accuracy in Earth detection and nadir vector determination. This innovative device is the culmination of Solar MEMS' extensive experience in attitude sensors and deep research in IR sensing technology. Each HSNS unit undergoes rigorous testing and characterization to ensure reliability and performance. Equipped with an integrated microcontroller, the HSNS offers seamless integration via UART or I2C protocols, providing versatility for various satellite applications. Key features include: - Operating temperature range from -30°C to 70°C - Qualification data and flight heritage - FOV of ±2.5º for each IR eye, total FOV of ±64º - High precision deviation of less than 1 degree - Durable aluminum housing - 3-year design life The advanced features and robust design of the HSNS make it an essential component for nano and micro satellites seeking reliable Earth observation and attitude control.

The Advanced Coarse Sun Sensor (ACSS) is an innovative solution for space missions that require precise solar tracking and attitude determination. Its analog interface and built-in redundancy ensure continuous operation even under the most demanding conditions. Key features include: - Operating temperature range from -55°C to 105°C, accommodating extreme space environments - Exceptional radiation resistance of 200 kRad (gamma) and 8e11 10 MeV (protons), ensuring long-term functionality - Rugged mechanical design tested for durability against shocks up to 2000 g and 600 cycles at -55 to 105ºC - Compliance with ECSS-E-ST-20-07C and MIL-STD-461F standards, demonstrating suitability for space missions - Over 2500 units in orbit since 2019, highlighting its reliability and performance The advanced technology and mass production capability of ACSS make it an ideal choice for demanding LEO, MEO, and GEO missions, providing unparalleled reliability and radiation resistance.

Introducing the groundbreaking sun sensor, nanoSSOC-D60. This device is a game changer in the field of space exploration, providing high-precision solar tracking, orientation, and attitude determination at a fraction of the traditional cost. Features include: - Accurate detection of solar incidence angles through dual-axis measurement - High sensitivity based on advanced geometric design - MEMS manufacturing process for integrated sensing structures - Compact size, lightweight, and low power consumption ideal for Cube Sats - Compatibility with many Cube Sat structures and OBCs - Use of space-grade electronic components - Operating temperature range from -30°C to 85°C, radiation resistance. With over 100 units used in more than 20 missions, the nanoSSOC-D60 has proven its reliability and efficiency under the harsh conditions of space.

The LS3 is a state-of-the-art Optical Ground Support Equipment (OGSE) designed to accurately stimulate optical sensors under thermal vacuum conditions (TVAC). This innovative product can be operated without physical contact with the sensors or platforms, ensuring a risk-free testing environment. Features include: - A 19-inch controller equipped with up to three optical heads per unit - A user-friendly PC interface that facilitates programming of test operations - Manual mode or PC connection options - Compatibility with a wide range of optical devices - Advanced temperature and light control for consistent illumination - Intensity control mode to toggle the shutter function on and off - Independent operation of optical heads - Customizable optical beams and brackets to meet precise testing requirements With its versatile design and customizable features, the LS3 offers unparalleled advantages to developers and testers of solar sensors, solar panels, and other optical devices, ensuring accurate and reliable results.

It provides unprecedented precision attitude determination in the field of small satellite technology. This innovative Star Tracker captures images of the night sky using an integrated CMOS device, identifying stars and constellations to determine the satellite's orientation with astonishing accuracy. Key features include: - Operating temperature range from -30°C to 70°C, accommodating extreme space environments - Compliance with MIL-STD 461G for electromagnetic compatibility, ensuring reliability under diverse conditions - Robust design with a 2mm thick aluminum case and 10Krad radiation resistance, guaranteeing durability - Plug-and-play functionality that requires no additional electronic support - Customizable baffle options to meet mission requirements These attributes make the STNS an indispensable tool for small satellite missions, providing high precision and reliability without increasing complexity.

The SSOC-D60 is an innovative sun sensor designed for high-precision solar tracking, positioning, and attitude determination for small satellites. This device leverages advanced MEMS manufacturing processes to directly integrate sensing structures onto the chip, providing a compact and efficient solution for space applications. Key features include: - Direct measurement of the solar incident angle in both axes without external calculations - High sensitivity based on the device's geometric design - Minimization of degradation through a metal shield and cover glass that protect against radiation - Calibration and characterization of each sensor to ensure reliability - Digital interface for easy integration into satellite systems The benefits of using the SSOC-D60 include improved accuracy in sun sensing and positioning, which enhances satellite operations and data collection. The device's durability and resistance to harsh space conditions also ensure long-term performance, making it a valuable asset for any space mission.

nanoST is a standalone star tracker designed for nanosatellites. Its main features are as follows: - Operating temperature range: -30°C to 70°C - Random RMS: 20.1 gRMS - Shock resistance: 1500g at 10 kHz - Compliant with MIL-STD 461G RE, CS, RS - Radiation resistance: 20Krad - Space-grade and metal connectors - Customizable baffles - ITAR FREE & SPACE QUALIFIED (TRL 9) - Full field of view: 15º - Accuracy: Cross boresight: 40 arc seconds (3 sigma), Boresight vicinity: 200 arc seconds (3 sigma) - Exclusion HFOV: 41 degrees (Sun) Cubesat baffle, 30 degrees (Sun) EA+ baffle - Electrical interface: UART - Power supply: 5V, 1W consumption - Mechanical interface: nanoD 15-pin connector - Dimensions: 90x52x38mm, 180g (cubesat); 118x63x63mm, 220g (non-cubesat) - Maximum slew rate: 1º/s

TTTech, headquartered in Austria, is a company that has built a track record with various space agencies such as NASA in the United States, ESA in Europe, and CSA in Canada, and has also delivered experimental equipment to Japan's JAXA. It achieves 1Gbps high-speed Ethernet communication in areas where high weather resistance is required, such as launchers and lunar orbiting crewed bases (Gateway). In addition to standard Best Effort Ethernet, it provides Time-Triggered Ethernet (TTEthernet) functionality that can be applied to safety-critical systems. This allows for the transmission and reception of important and real-time communication data alongside Best Effort communication data over a single network (with a minimum latency of 1μs level). The standard configuration includes 12 Ethernet ports with 4×1Gbps + 8×100Mbps, and for applications requiring more connected devices, it is possible to add 8×100Mbps ports to use a total of 20 Ethernet ports.