Special Products
GENO 400 Hz DIGICOM Power Converter Model 779
Light Weight • Hand Carry • 4 Standard Outlets
INPUT
- 50 Hz, 60 Hz, 400 Hz
- Single-, Two-, or Three-Phase
- 100 VAC to 250 VAC
OUTPUT
- 120 VAC 60 Hz Single Phase
- Regulated sine wave 4800 VA
- Two, 20-amp circuits
- Four standard outlets
- Operates inductive loads (AC motors)
- Capacitive loads (power supplies)
- Output short-circuit protected
OPERATION
The GENO 400 Hz DIGICOM Power Converter Model 779 accepts 100 VAC–250 VAC, 50 Hz, 60 Hz, and 400 Hz input and converts the power to 120 VAC 60 Hz output. Two 20-amp circuits provide power to the four outlets. The power ON/OFF switch controls power; two LED indicators provide status. Two internal cooling fans operate when power is applied and provide cooling from the outside air through the vents. Each vent contains an air filter that can be removed for cleaning. There is an additional output connector on the front panel that is hardwired directly to the input connector.
INPUT & OUTPUT PANELS
ROACH and ROACH2 Systems
ROACH and ROACH2 Systems
The ROACH2 systems take the baseband data from the most powerful radio telescopes, changes it from analog to digital, and applies sophisticated digital signal processing filtering techniques to derive information about our universe. These systems are customized for each application as some applications require downloading a tremendous amount of data quickly, while others want to selectively download the data. Intricate modules and box-build projects, such as the ROACH2 system, IADC (analog to digital conversion boards), and IBoB (interconnect break-out boards), are totally turnkey.
ROACH is a Virtex5-based upgrade to current CASPER hardware. It merges aspects from the iBOB and BEE2 platforms into a single board. The CX4/XAUI/10GbE interfaces of both are kept, while combining the Z-DOK daughter board interface of the iBoB with the high bandwitdth/capacity DRAM memory and standalone usage model of the BEE2. ROACH is a single-FPGA board, dispensing with the on-board inter-FPGA links in favor of 10GbE interfaces for all cross-FPGA communications.
- XILINX Virtex 5 SX95T or LX110T
- 4x 10 Gb Ethernet Ports
- DDR2 667 MHz memory
- Standard I U case and power supplies
- Now Available
- Reference: casper.astro.berkeley.edu/wiki/How_to_acquire_CASPER_hardware
- Reference: ROACH-2 Revision 2 is a stand-alone FPGA board
- Reference: ROACH-2 Revision 2 is a stand-alone FPGA board
- Reference: You can find the final revision 2 (the third prototype) schematics at: https://github.com/skasa/roach2_hardware/blob/master/release/rev2/A/ASSEMBLY/roach2_rev2_schematics.pdf
- Reference: A ROACH-2 datasheet can be found here: https://github.com/skasa/roach2_hardware/blob/master/release/rev2/A/ASSEMBLY/ROACH2-REV2%20Datasheet.pdf
Complex Cable Harness Assemblies
Digicom is experienced in building complex cable assemblies including power, data, radio, video, and co-axial type harnesses.
We build complex cable harness assemblies for power, data, radio, video, and co-axial type harnesses with a broad array of connector types, wire gauges, and outer sheath coatings. Using superior quality cables and gold plated connectors, Digicom cable assemblies can withstand the toughest environments.
Digicom supports many assembly methods including both manual and automated assembly of SMT, through-hole and mixed boards.
The cable harness shown here can be dredged in moist soil, oil, and dirt, be subjected to 500 degree F heat, and still be a fully functional harness. These harnesses can be made with a broad array of connector types, wire gauges, and outer sheath coatings.
IADC Board (Interconnect Analog to Digital Conversion)
These are examples of a custom IADC board (single) and a ROACH board with 2 IADC boards.
IBOB (Interconnect Break-out Board)
The IBOB is an FPGA-based processing board for DSP.
The IBOB features two Z-DOK connectors, to which a variety of I/O boards can be attached (including dual 1GSa/sec ADC, quad 250MSa/sec ADC and DAC). The IBOB has a Xilinx Virtex-II Pro 2VP50 FPGA, and is used in radio astronomy applications primarily for digitizing data, performing down conversion, filtering and FFT operations, and outputting this data over XAUI/10GbE, enabled by two CX4 connectors on the board. It can be used to provide a high-speed interface to BEE2 boards.
