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Manufacturer/Distributor: | Hemisphere GPS |
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Model: | Eclipse R220 |
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Manufacturer's phone number | 403-259-3311 |
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Receiver tracking characteristics | |
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Single-frequency or dual-frequency GPS? | |
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L1 C/A code, L1 carrier | |
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L1 only, codeless | |
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L1 only, C/A-code | |
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L1 codeless and L2 codeless | |
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L1 C/A-code and L2 codeless | |
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L1 C/A-code and P-code, L2 P-code | Yes |
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L1 C/A-code and L2 P-code | |
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Other | |
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GLONASS? | No |
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WAAS? | Yes |
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Max. number of satellites tracked simultaneously | 15 |
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Number of receiver channels | 39 |
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Selectable data interval for phase measurement? If yes, state range; if no, state interval. | Yes, 1-20 Hz |
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When four satellites are tracked, does the receiver display provide: | |
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Satellite tracking status? | Yes |
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Coordinated Universal Time (UTC)? | Yes |
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Three-dimensional positions? | Yes |
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Velocity? | Yes |
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Dilution of precision? | Yes |
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Real-time map display with linework and background | No |
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Touch screen display? | No |
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Coordinates in grid, local or ground values? If yes, state which. | No |
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Horizontal Accuracy (Std. Dev.) | |
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Static (cm) | 1 cm |
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RTK (cm) | 1 cm |
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Does the receiver accurately measure and output: | |
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Code Phase? | Yes |
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Carrier Phase? | Yes |
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Integrated Doppler? | Yes |
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Pseudo-range data? | Yes |
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Full wavelength L2 carrier-phase data when A/S is implemented? | Yes |
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Cross-correlated Y2 - Y1 pseudoranges? | Yes |
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Other dual-frequency technology | |
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Specify available observables (e.g. L1 C/A, L1 Phase, etc.) | L1 C/A, L1 Phase, L1 P, L2 Phase, L2 P |
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On what medium is observed data recorded during the observations? | |
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Internal memory? | |
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Other medium? | Serial, USB, USB flash drive |
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If recorded in the internal memory, what medium is available to transfer to after the observations end? (serial port, IR port, USB port, removable media memory, other) | |
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Maximum internal memory capacity (Mb) | |
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Maximum data transfer speed from internal memory to PC (baud) | |
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RECEIVER INTERFACE | |
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Are the following supported on the single component of the system, which includes the Receiver (Rx), or the controller or handheld computer (C) or both (B). | |
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Alpha-numeric entry of data | C |
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Text warnings | C |
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Setting of receiver parameters | B |
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Receiver status | B |
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Messages formed with LEDs | Rx |
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Messages formed with LCDs | Rx |
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Can receiver be used in a ship, aircraft, or vehicle for positioning and navigation? | Yes |
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Can the receiver perform: | |
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Kinematic surveys? | Yes |
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Pseudo-kinematic surveys? | Yes |
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Rapid static surveys? | Yes |
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Can the receiver perform real-time kinematic surveys? | Yes |
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If yes, does it have on-the-fly ambiguity resolution capabilities? | Yes |
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Is RTK radio internal or external? | External |
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Use of multiple RTK base stations on a single radio | No |
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Can the receiver perform real-time Differential GPS (DGPS)? | Yes |
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Is the receiver capable of picking up signals from U.S. Coast Guard beacons? | No |
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Is the receiver capable of picking up signals from the commercially available DGPS service companies? | Yes |
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Time to first satellite signal lock (seconds) | 60 |
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For all available satellites? (seconds) | |
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Can the system be preprogrammed or initialized with session observing criteria at an office before going to the sites? | No |
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If Yes, can the system be programmed with information for multiple sessions? | |
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If the system can be preprogrammed, can alphanumeric data be input? | |
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Does the receiver beep, or give some indication that data is being recorded? | Yes |
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Size: (H x W x D) | 1.8x4.5x6.3 in (45x114x160mm) |
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Weight: (lbs. Receiver only) | 1.2 lb (0.54kg) |
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Is antenna included in the weight? | No |
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Notes: | |
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