To provide quick insights and a fast start with the Motion series, Magics has developed a standardized Controller module and Slave module that allow sensors and systems to be validated rapidly. These modules are designed for seamless integration into standard PLCs or industrial communication networks, simplifying the initial setup and reducing the time needed to achieve operational results.

For example you can create a plug-and-play radiation-hardened closed-loop motion control system integrating Magics’ proven radiation-hardened ICs, capable of withstanding over 1 MGy of accumulated dose. An ideal solution for sensing abd control applications in harsh environments, including those in nuclear operations.

Magics rad-hard power conversion products excel in extreme environmental conditions. This radiation and magnetic tolerant module is designed for use in distributed power systems headed for low, medium, and geosynchronous earth orbits as well as for deep space missions, nuclear maintenance, and nuclear decommissioning operations.

The MAG-PSU10001-N module efficiently converts 5-11V input to fixed outputs of 1.2V, 1.8V, 2.5V, 3.0V, 3.3V, or 5.0V, with up to 4A current. Active cooling is required for currents above 1A. The module is enabled by a logical high signal (0.9V to 3.3V) and features a PGood pin for status indication, pulled low in case of faults. It supports multiple mounting orientations.

It can be ordered as evaluation kit for the MAG-PSU00001 or as module for integration into an application.

The MAG-PSU00001-NP is a single-phase synchronous buck converter designed for efficient power distribution in High Energy Physics experiments. It operates reliably in harsh radiation and magnetic environments, withstanding over 100 krad(Si) of total ionizing dose and heavy ion irradiations up to an LET of 64 MeV·cm²/mg. The converter functions in magnetic fields up to 40,000 Gauss and is optimized for 400-500nH air core inductors, with switching frequencies between 1-3 MHz for maximum efficiency.

Its monolithic design integrates the power train, bootstrap diode, and controller, providing space-efficient POL regulation from a 5-11V supply. Protection features include over-current, over-temperature, and input under-voltage safeguards, with temperature monitoring via a dedicated analog signal.

The MAG-TIA00001-SC is a low-noise, 4-channel transimpedance amplifier (TIA) that converts photodiode current into voltage, featuring configurable DC (0 to 10 kHz) and AC (3 to 30 MHz) gain paths. It offers two selectable DC current ranges for optimized noise performance and includes a voltage limiter to protect against higher supply voltages. The ASIC supports individual channel power-down modes and is cold-spare compatible, allowing it to handle input voltage without a supply.

MAG-AIA-30101 is a high-performance and fault-tolerant AI co-processor soft IP for integration in space-grade system-on-chip (SoC) solutions. MAG-AIA-30101 enables the robust deployment of state-of-the-art AI models for on-board space applications. As such, MAG-AIA-30101 is a crucial building block for enabling platform autonomy in high-criticality operational scenarios. The soft IP is integrated within a broader open AI compiler ecosystem for improved programmability and productivity.

The MAG-SEI00002-NP integrates a programmable gain amplifier (PGA), an ADC, a voltage regulator, an on-chip temperature sensor, and more—simplifying signal conditioning for resistive sensors like RTDs, thermocouples, and strain gauges. This radiation-hardened ASIC offers a complete system-on-chip (SoC) solution, combining analog front-end conditioning with digital signal processing (DSP) in a compact design.

With its built-in voltage regulation and temperature monitoring, the MAG-SEI00002-NP minimizes the need for external components. The dual SPI interface and integrated oscillator further streamline connectivity and operation. This highly integrated approach not only reduces board complexity, but also ensures a robust, high-performance solution for applications in harsh environments.

The MAG-BUS00002-NP unifies the motion family by creating a central hub that interfaces with up to four SPI slave ASICs, serializing their data for seamless transmission over distances exceeding 200 meters. Acting as a communication bridge, this BiSS slave device connects multiple SPI-based drivers and sensors to a BiSS master, simplifying complex motion control systems.

Designed with daisy chaining capabilities, the MAG-BUS00002-NP makes it easy to integrate multiple hubs into larger systems. While well-suited for motion control applications, it also excels in remote sensing and control scenarios, such as robotics with multiple joints. Its robust radiation tolerance and hot/cold-spare compatibility ensure reliable performance in harsh environments like nuclear power plants.

The MAG-DRV00002-NP simplifies low-side driver solutions by integrating eight individual low-side HV FET drivers, each capable of 125 mA with a maximum switching frequency of 40 kHz. This radiation-hardened octal driver not only consolidates multiple drivers into a single device, but also adds embedded PWM control, reducing the need for external circuitry and control components.

Supporting switching supply rails up to 48V, the MAG-DRV00002-NP is well-suited for applications that require robust voltage handling. Its SPI interface enables straightforward configuration and control, further streamlining the design process.

The MAG-POS00002-NP simplifies analog encoder solutions by providing a streamlined method for converting resolver and LVDT signals directly into digital data. This radiation-tolerant converter eliminates the need for complex external circuitry, allowing for easier integration into position sensing systems.

The device reads angular data from a resolver or linear displacement data from an LVDT, delivering precise 16-bit resolution at up to 40,000 samples per second. By handling the entire signal conversion internally, the MAG-POS00002-NP significantly reduces the design effort and complexity typically associated with traditional analog encoder implementations.

The MAG-MSW00002-NP is a high-voltage limit switch readout ASIC that provides reliable multiplexing of digital inputs up to 48V. Its integrated design can handle switch input levels up to 48V or higher, utilizing a series resistor for voltage scaling. This makes it an ideal solution for systems that require multiple high-voltage input channels.

In addition to its robust input handling, the ASIC includes an SPI interface for straightforward communication and configuration. It also incorporates self-test functionality, ensuring consistent and accurate operation of each channel. By combining high-voltage input capability with multiplexing and diagnostic features, the MAG-MSW00002-NP is well-suited for demanding industrial and safety-critical applications.

The MAG-TDC10002 Evaluation Kit offers a fast and effective way to assess key performance metrics. It includes a base board and a TDC00002, which interfaces easily with a PC through USB Type-C and allows to assess the metrics via an easy to use evaluation tool. The base board can be powered either by USB or an external supply, and features indicators and jumpers for straightforward power management. The TDC SOIC board provides connections for external measurement equipment via SMA connectors, enabling accurate time-to-digital conversion testing. Comprehensive setup instructions, recommended waveform generator settings, and maximum ratings are clearly outlined in the documentation, ensuring a smooth and efficient evaluation process.

The MAG-PLL00002 delivers competitive performance while integrating key components to minimize external circuitry and reduce board size. With versatile output drivers, support for multiple signaling standards, a flexible frequency range from 1 MHz to 5 GHz, an integrated VCO and loop filter, this phase-locked loop (PLL) provides a cost-effective, compact solution without compromising on quality or functionality.

The MAG-CAM1000x-N evaluation platform offers the simplest and fastest way to evaluate Magics' radiation-hardened camera technology. By integrating all the key components of the Vision series into a compact, lightweight unit, it eliminates the need for complex setups or separate component sourcing.

The platform comes with a metallized housing that includes a heat sink and a lens mount, providing a straightforward, plug-and-play approach. Connecting to power is simple, and data transfer is handled via CoaXPress (CXP), enabling high-speed, efficient operation right out of the box.

Key components include:

• MAG-IMG001X1-NC: Full HD CMOS radiation-hardened image sensor
• MAG-PSU00001-NP: Radiation-hardened DC/DC converter
• MAG-CXP00002-NP: CoaXPress serializer IC
• MAG-DRV00002-NP: Driver IC

These are integrated on stacked PCBs within the housing, allowing the camera to capture Full HD images or video at up to 40 fps and transmit data over a 75-ohm coax cable.

The MAG-CXP00002-NP CoaXPress 2.0 ASIC delivers exceptional long-range communication capabilities, supporting cable lengths of over 200 meters using certified CXP cables. This radiation-hardened chipset is specifically designed for video transmission in harsh environments, making it ideal for scenarios where extended communication distances are critical. The standard vision protocol simplifies creation of Visualization solutions.

Supporting 1.25Gbps downlink video and 20.83Mbps uplink control over a single 75-Ohm coax cable, the MAG-CXP00002-NP also includes Power-over-Coax (PoC) functionality. It is fully compatible with commercial CXP frame grabbers, enabling streamlined integration into existing imaging workflows. Additionally, it interfaces seamlessly with the MAG-IMG001X1-NC image sensor, handling raw parallel pixel data up to 12-bit depth and supporting various frame sizes and rates.

Equipped with dual master SPI interfaces for direct communication with image sensors and peripheral devices, this ASIC is both versatile and robust. Its integrated register map bootstrapping ensures simple GenICam-compliant device management, presenting a single cohesive interface to users.

The MAG-IMG001X1-NC CMOS image sensor delivers superior image quality compared to traditional analog and current nuclear cameras. Featuring a 1920x1080 pixel array (full HD) and available in both monochrome (MAG-IMG00141-NC) and color (MAG-IMG00151-NC) options, the sensor provides exceptional clarity and resolution.

It employs a rolling shutter readout, outputs raw image data through a parallel CMOS interface (3.3V), and offers 10 or 12-bit resolution. With multiple capture modes—trigger, burst, and continuous video—the MAG-IMG001X1-NC offers a flexible, high-quality imaging solution. It integrates all control and digitization functions on-chip, requiring only external supply voltages and a 20 MHz reference clock. Settings are adjustable through a SPI interface that runs up to 20 MHz.

Thanks to its radiation-hardened design, this imager is ideal for use in rad-hard cameras, providing unparalleled image quality without the need for shielding.