Digital Receiver and Filter II DRF2 2298332U
| 2298332U | |
| Magnetic Resonance Imaging | |
| 1.5T Signa Excite HD | |
| GE HealthCare | |
Add to Wish List
Sign In & Add To Cart
Please select date
Second Opinion Approval Needed
Enter your approval number and submit to add item(s) to cart.
Approval Number
Please enter approval number
OR
Don't know your approval number? Call 800-437-1171
Enter opt 1 for the first three prompts, and have your System ID available.
If you add item(s) to cart and submit your order without the
approval number, GE will contact you before your order
can be confirmed for shipment.
Second Opinion Approval Needed
Select your approver's name and submit to add item(s) to your cart
Approver Name
Please Select Approver Name
OR
Don't know your approval number? Call 800-437-1171
Enter opt 1 for the first three prompts, and have your System ID available.
If you add item(s) to cart and submit your order without
selecting an approver, GE will contact you before your order
can be confirmed for shipment.
Product Overview
The Digital Receiver and Filter II DRF2 is used in Magnetic Resonance Imaging (MRI). The DRF2 is a configurable, multi-channel pre-reconstruction RF data processing circuit board. It’s a performance improved DRF1, which will provide processing for extended receiver bandwidth and channel count combinations. The DRF2 has interfaces for the cPCI (Compact PCI an industry standard bus) and receiver buses. The Synchronous Scan Protocol (SSP) commands are embedded within the receiver bus. The PCI (Peripheral Component Interconnect) bus is used to download software to the DSPs (Digital Signal Processors), provide configuration commands and transmit processed receiver data. The SSP commands provide fast configuration control at a rate up to once per view. A view refers to any single contiguous receiver data acquisition. The receiver data router FPGA gathers specific channel view data and delivers it to the DSPs for processing. The DSPs will scale, offset, demodulates, filter and decimate the data. This processed data is sent back to the FPGA, which then transmits it to a specified PCI address location. The receiver data router function provides interfaces for the receiver bus, the DSP serial links, the DSP utopia links, the local PCI bus, the serial EEPROM, the serial identification PROM, DSP interrupts, cPCI interrupts, the board test points and the board LEDS. The product is securely packaged inside a high quality packing box to avoid physical damage during transit. It is used in a wide range of medical equipment such as 1.5T Lx to 8 Channel HDX UPG, Signa MR/I Hispeed 1.5T Fixed and other medical diagnostic imaging equipment.