SharpEye™ Naval Radar Transceiver
Kelvin Hughes ECDIS distance course. An effective way to get a course diploma for the Kelvin Hughes ECDIS system! One of the challenges the industry faces is the multiple number of ECDIS system and types available in the market. Seagull has developed a great and easy option that will solve a lot of logistics for you as a company. Kelvin Hughes has developed SharpEye to deliver superior radar performance and reliability. SharpEye is the world’s first affordable navigation and surface search pulse Doppler radar sensor offering high reliability, low cost of ownership and much improved detection ranges, especially of small targets in clutter.
- Scandinavia: A/S Kelvin Hughes Copenhagen: t: +45 8611 2888 WWW.KELVINHUGHES.COM [email protected] LAN LAN DC/DC PSU SHIP’S +24V DC POWER DISTRIBUTION SHIP’S 220V AC POWER DISTRIBUTION X-BAND UPMAST Tx/Rx 1.9m ANTENNA +48V DC POWER SUPPLY SHIP’S MAINS VGA OUT KELVIN HUGHES NAVIGATION RADAR 22' OR 26' DISPLAY DESKTOP.
- Radar or visual plots and fixes. These manual fixes can be used to derive dead reckoned or estimated positions for ongoing navigation. MantaDigitalTM 26' Desktop ECDIS Kelvin Hughes - Rich Tradition Kelvin Hughes can trace its history of instrument making back for more than two hundred and fifty years when it supplied.
- ECDIS Manta Digital Kelvin Hughes Design Philosophy Designed for ease of operation MantaDigital™ ECDIS is the latest product from Kelvin Hughes' Manta development programme. Intuitive operation and a clear display of relevant information provides the operator with a decision making tool which enhances safety and efficiency. Pcdmis 2016 Manual.
Description of the radar set, tactical-technical characteristics
Picture 1: Antenna and turntable of the SBS-800, one of the possible sensors for the SharpEye™ radar system
Kelvin Hughes Manta Digital Radar Manual
Picture 1: Antenna and turntable of the SBS-800, one of the possible sensors for the SharpEye™ radar system
Specifications | |
---|---|
frequency: | I- and E/F-Band |
pulse repetition time (PRT): | |
pulse repetition frequency (PRF): | 350 … 3000 Hz |
pulsewidth (τ): | 50 … 400 ns |
receive time: | |
dead time: | |
peak power: | 200 W |
average power: | 20 … 25 W |
instrumented range: | |
range resolution: | |
accuracy: | |
beamwidth: | 1.8 degrees |
hits per scan: | |
antenna rotation: | 12, 24 or 46 rpm |
MTBCF: | |
MTTR: |
![Hughes Hughes](https://usermanual.wiki/Kelvin-Hughes/SCV-A1/User-Guide-4031223-Page-11.png)
SharpEye™ Naval Radar Transceiver
The SharpEye™ I- and E/F-Band transceivers are new generation navigation and short-range tactical surveillance radars exceeding the enhanced performance requirements mandated by the International Maritime Organization (IMO) under the Radar Performance Standard IEC 62388.
The I Band SharpEye™ will replace the existing Type 1007 and similar I Band navigation radars which are in service in both surface warships and logistics vessels. Thinkpad w530 driver for mac free. Compared with a conventional (non-coherent) I Band navigation radar system, SharpEye™ delivers an improvement in sub-clutter visibility typically in the region of 30 dB, enabling targets with small radar cross-sections (typically 0.5 m²) to be detected even in the presence of heavy sea and rain clutter. This makes it an ideal choice for the early detection of small ‘asymmetric’ targets such as Fast Inshore Attack Crafts (FIACs) and enhances situational awareness and vessel security.
SharpEye™ uses a solid-state power amplifier with a peak output power of about 170 W and a duty cycle of 10%. It transmits relatively long internally modulated pulses in order to illuminate targets with sufficient energy for detection. To provide the required short range performance, SharpEye™ transmits a sequence of pulses of differing length, with each pulse optimised to cover a specified but overlapping range bracket. The dutchman play. SharpEye™ is able to separate targets from clutter due to their differing radial velocity components. A Doppler filter bank of up to 1024 different filters processes the echoes received from the pulse sequence to extract the radial velocities of targets and clutter alike.
Kelvin Hughes Radar Mantadigital Technical Manual 2017
Figure 2: SharpEye™ Transceiver block