Advanced diagnostics and automation for enhanced reliability and safety
We introduced the world's first Full HD camera chipset, delivering high-quality imaging even in the harshest nuclear environments. This breakthrough empowers our customers with unparalleled clarity and precision for inspections and monitoring. Leveraging our proprietary radiation-hardening-by-design methodology and standard CMOS technology, we simplify I&C systems for robotics, reducing cabling complexity while improving operational performance. Magics is at the forefront of innovation and in continuous interaction with leading players in the market, providing them with the tools to advance the future of the nuclear industry.
CMOS imager sensor with >2 Mpixel:
- 5 μm pixel size
- Electronic rolling shutter
- > 60dB dynamic range
- Mono and color version available
1920 x 1080 with a programmable frame rate up to 40 FPS in Full HD mode
Parallel CMOS 10/12b interface
- On-chip sequencer and clock generation
- Programmable integration time
- Video and trigger modes
- Sub-sampling
- Dark pixel readout option
SPI slave interface (interface with MAG-CXP00002-NP)
3.3V and 1.8V
0 to 85°C junction
5 to 11 V
0.9 to 5 V
Continuous 4A load capability (with active cooling)
Synchronous Buck with continuous mode operation
(150 kHz) for good transient performance
Over-current & over-temperature
-40°C to 125°C
12b parallel-to-serial camera interface
Programmable frame size and pixel depth
Bidirectional:
- 1.25Gbps downlink (video data)
- 20Mbps uplink (control data)
- Single coax cable (75 Ohm; +100m)
Two SPI masters to control one imager
Compatible with COTS frame grabbers
GenICam compliant
Single 3.3 V
-40 to 125°C
8-individual low-side HV FETs drivers: 125 mA per driver max. switching of 40 kHz
up to 48 V
SPI interface
Single 3.3 V supply
-40°C to 125°C
- Embedded deterministic communication protocol.
- Receives exact timing information from all sensors in the network.
- Connects with 3 SPI slave ICs.
SPI Slave ICs:
- Connect to resolvers, LVDTs, strain gauges, force sensors, and pressure sensors.
- Read out limit switches or drive relays for motion control applications.
- Utilize rad-hard ICs developed and designed by Magics.
- DC/DC Module: Includes a rad-hard Magics
- DC/DC module for local DC power distribution.
- Receives and sends digital data over 215 meters from a control cubicle.
- Communicates with higher-level control systems used by system integrators.
- Features an SSI interface for existing motor driver communication.
- Connects sensors or relay drivers in radiation environments.
HR (16-bit) position & velocity acquisition
Up to 40 kHz
Offset and gain
On-Chip oscillator or automatic switch-over to external clock
Built-in
SPI interface
Single 1.25 V
-40°C to 125°C
Device redundancy capability On-Chip analog temperature sen
5 to 11 V
0.9 to 5 V
Continuous 4A load capability (with active cooling)
Synchronous Buck with continuous mode operation
(150 kHz) for good transient performance
Over-current & over-temperature
-40°C to 125°C
8-individual low-side HV FETs drivers: 125 mA per driver max. switching of 40 kHz
up to 48 V
SPI interface
Single 3.3 V supply
-40°C to 125°C
BISS serial comm slave device RS-422 PHY interface 4Mbit/s over 200m cable multiple MAG-BUS in daisy chain connection
Built-in
BISS to SPI bridge: bidirectional BiSS Slave SPI interface Master (4 SPI slave ICs connection per MAG-BUS IC)
1.25 V and 3.3 V
-40°C to 125°C
4-channel differential sensor readout
ADC (16-bit)
On-chip sensor excitation (voltage or current)
Built-in
SPI interface
Single 1.25 V supply
-40°C to 125°C
- Embedded deterministic communication protocol.
- Receives exact timing information from all sensors in the network.
- Connects with 3 SPI slave ICs.
SPI Slave ICs:
- Connect to resolvers, LVDTs, strain gauges, force sensors, and pressure sensors.
- Read out limit switches or drive relays for motion control applications.
- Utilize rad-hard ICs developed and designed by Magics.
- DC/DC Module: Includes a rad-hard Magics
- DC/DC module for local DC power distribution.
- Receives and sends digital data over 215 meters from a control cubicle.
- Communicates with higher-level control systems used by system integrators.
- Features an SSI interface for existing motor driver communication.
- Connects sensors or relay drivers in radiation environments.