超级军网毛子的5P-10舰载多功能舰炮火控雷达系统 ZT
来源：百度文库 编辑：超级军网 时间：2024/04/28 03:07:40
5P-10舰载多功能舰炮火控雷达系统
——————————————————————
用于舰炮对空、海、岸目标攻击时的火控。
系统组成：
-相控阵雷达。用于搜索和精跟。具有数字波束形成功能。
-内置激光和电视通道
-火控设备
-指示和控制台
-和舰炮系统通信的接口设备
-设备监控和自诊系统
-记录系统
功能：
-以环扫或扇扫模式自主搜索；
-从舰载系统接收目标指示数据，在环扫模式下自主探测和跟踪8个目标；
-在扇扫模式下自动锁定4个空、海或陆上目标及其轨迹；
-同时自动控制几座舰炮的射击，包括两种口径的舰炮同时对1个或2个目标射击；
-自动闭环校射；
-对海面目标射击时，自动纠偏；
-训练和模拟火控；
-自动设备状态监控和故障诊断；
-基于时域-频域适配器和数字同步雷达信号处理方法的噪声保护。
性能：
-可以控制的舰炮口径范围：30~130毫米
-同时控制的舰炮数量：1或2
-操作循环时间：3到5秒
-目标探测距离：60公里
-重量：3.7吨
-操作员：2名5P-10舰载多功能舰炮火控雷达系统
——————————————————————
用于舰炮对空、海、岸目标攻击时的火控。
系统组成：
-相控阵雷达。用于搜索和精跟。具有数字波束形成功能。
-内置激光和电视通道
-火控设备
-指示和控制台
-和舰炮系统通信的接口设备
-设备监控和自诊系统
-记录系统
功能：
-以环扫或扇扫模式自主搜索；
-从舰载系统接收目标指示数据，在环扫模式下自主探测和跟踪8个目标；
-在扇扫模式下自动锁定4个空、海或陆上目标及其轨迹；
-同时自动控制几座舰炮的射击，包括两种口径的舰炮同时对1个或2个目标射击；
-自动闭环校射；
-对海面目标射击时，自动纠偏；
-训练和模拟火控；
-自动设备状态监控和故障诊断；
-基于时域-频域适配器和数字同步雷达信号处理方法的噪声保护。
性能：
-可以控制的舰炮口径范围：30~130毫米
-同时控制的舰炮数量：1或2
-操作循环时间：3到5秒
-目标探测距离：60公里
-重量：3.7吨
-操作员：2名
——————————————————————
用于舰炮对空、海、岸目标攻击时的火控。
系统组成：
-相控阵雷达。用于搜索和精跟。具有数字波束形成功能。
-内置激光和电视通道
-火控设备
-指示和控制台
-和舰炮系统通信的接口设备
-设备监控和自诊系统
-记录系统
功能：
-以环扫或扇扫模式自主搜索；
-从舰载系统接收目标指示数据，在环扫模式下自主探测和跟踪8个目标；
-在扇扫模式下自动锁定4个空、海或陆上目标及其轨迹；
-同时自动控制几座舰炮的射击，包括两种口径的舰炮同时对1个或2个目标射击；
-自动闭环校射；
-对海面目标射击时，自动纠偏；
-训练和模拟火控；
-自动设备状态监控和故障诊断；
-基于时域-频域适配器和数字同步雷达信号处理方法的噪声保护。
性能：
-可以控制的舰炮口径范围：30~130毫米
-同时控制的舰炮数量：1或2
-操作循环时间：3到5秒
-目标探测距离：60公里
-重量：3.7吨
-操作员：2名5P-10舰载多功能舰炮火控雷达系统
——————————————————————
用于舰炮对空、海、岸目标攻击时的火控。
系统组成：
-相控阵雷达。用于搜索和精跟。具有数字波束形成功能。
-内置激光和电视通道
-火控设备
-指示和控制台
-和舰炮系统通信的接口设备
-设备监控和自诊系统
-记录系统
功能：
-以环扫或扇扫模式自主搜索；
-从舰载系统接收目标指示数据，在环扫模式下自主探测和跟踪8个目标；
-在扇扫模式下自动锁定4个空、海或陆上目标及其轨迹；
-同时自动控制几座舰炮的射击，包括两种口径的舰炮同时对1个或2个目标射击；
-自动闭环校射；
-对海面目标射击时，自动纠偏；
-训练和模拟火控；
-自动设备状态监控和故障诊断；
-基于时域-频域适配器和数字同步雷达信号处理方法的噪声保护。
性能：
-可以控制的舰炮口径范围：30~130毫米
-同时控制的舰炮数量：1或2
-操作循环时间：3到5秒
-目标探测距离：60公里
-重量：3.7吨
-操作员：2名
很变态:D
貌似是chysx大虾翻译的作品;P
;P 感觉跟没了炮筒的密集阵似的。
60公里;funk ;funk
原帖由 罗布泊 于 2007-4-13 01:07 发表
60公里;funk ;funk
同感！老毛子的相控阵雷达技术应该不错的啊，怎么探测距离才60公里，有点令人不解.........:L :L :L
LS两位，作为舰炮的火控雷达，这个距离还不满意啊？:o
又不是空中目标 能看60足够用了
作为舰炮的火控雷达,这个东西十分高档了
又是相控阵天线，又是激光和电视通道
又是相控阵天线，又是激光和电视通道
Shipborne multi-purpose radar fire control system (RFCS 5P-10-02E)
for gun mounts 30-130 mm caliber
Assembly of all-category ships being built, as well as replacement of all-type artillery fire control systems earlier delivered to the foreign Customer and now obsolete and with expired service life
Problems at hand:
1.automatic reception of ship’s target designation, lock-on and tracking of up to four targets in the scan sector of the receiving antenna array;
2.control of several shipborne gun mounts fire, including two different calibers, at single or two aerial, surface or shoreside targets simultaneously in the automatic mode;
3.automatic measurement of misses and correction of fire, as well with employment of opto-electronic facilities built in antenna post;
4.computer-aided monitoring for serviceability followed by display of faults and recommendations on their remedy;
5.the artillery complex combat crew training with employment of simulated targets under conditions of simulated interference and practice firing capability;
6.interception of missile launched from the target being tracked.
Structure peculiarities
Employment of complex phase-manipulated radar signals with variable base in the RFCS, as well as digital shaping of independently scanning beams in the receiving antenna array and digital spatio-temporal processing of the target return, availability of target acquisition and tracking opto-electronic facilities built in antenna post ensure automatic adaptation to the target-noise situation and RFCS high electronic countermeasures immunity.
The RFCS computers are provided with friendly interface with operator and ensure problem-solving of artillery complex automatic control in all operation modes.
The digital programmable devices widely used in the RFCS provide for high updating potential.
for gun mounts 30-130 mm caliber
Assembly of all-category ships being built, as well as replacement of all-type artillery fire control systems earlier delivered to the foreign Customer and now obsolete and with expired service life
Problems at hand:
1.automatic reception of ship’s target designation, lock-on and tracking of up to four targets in the scan sector of the receiving antenna array;
2.control of several shipborne gun mounts fire, including two different calibers, at single or two aerial, surface or shoreside targets simultaneously in the automatic mode;
3.automatic measurement of misses and correction of fire, as well with employment of opto-electronic facilities built in antenna post;
4.computer-aided monitoring for serviceability followed by display of faults and recommendations on their remedy;
5.the artillery complex combat crew training with employment of simulated targets under conditions of simulated interference and practice firing capability;
6.interception of missile launched from the target being tracked.
Structure peculiarities
Employment of complex phase-manipulated radar signals with variable base in the RFCS, as well as digital shaping of independently scanning beams in the receiving antenna array and digital spatio-temporal processing of the target return, availability of target acquisition and tracking opto-electronic facilities built in antenna post ensure automatic adaptation to the target-noise situation and RFCS high electronic countermeasures immunity.
The RFCS computers are provided with friendly interface with operator and ensure problem-solving of artillery complex automatic control in all operation modes.
The digital programmable devices widely used in the RFCS provide for high updating potential.
5P-10 SHIPBORNE VERSATILE ARTILLERY FIRE CONTROL
Caliber of artillery gun mounts controlled, mm 30, 130
Number of artillery gun mounts and calibers controlled simultaneously 1 or 2
Operating cycle time, s 3 to 5
Target detection range, km up to 60
Weight, t, max 3.7
Crew 2
Designed to control fire of shipborne artillery against air, sea and coastal targets. The system comprises a phased-array surveillance and precise target tracking radar with a digitally-produced beam, built-in laser and TV channels, fire control devices, indicators and control consoles, interface devices communicate artillery gun mounts and shipborne systems, equipment monitoring and diagnostic system, and recording equipment.
The system provides for:
- autonomous surveillance of the surrounding medium in a circular- or sector-scan mode;
- automatic lock-on to up to four air, sea or ground targets in a sector-scan mode and their tracking;
- automatic control of fire of several artillery gun mounts simultaneously, including those of two different calibers, at one or two targets;
- automatic correction of fire in a closed loop;
- automatic sensing of misses during fire at sea targets, and introduction of corrections;
- crew training and simulated target firing exercises;
- automated equipment status monitoring and troubleshooting modes;
- noise protection based on automated time-spatial adaptation and digital coherent radar signal processing method.
Caliber of artillery gun mounts controlled, mm 30, 130
Number of artillery gun mounts and calibers controlled simultaneously 1 or 2
Operating cycle time, s 3 to 5
Target detection range, km up to 60
Weight, t, max 3.7
Crew 2
Designed to control fire of shipborne artillery against air, sea and coastal targets. The system comprises a phased-array surveillance and precise target tracking radar with a digitally-produced beam, built-in laser and TV channels, fire control devices, indicators and control consoles, interface devices communicate artillery gun mounts and shipborne systems, equipment monitoring and diagnostic system, and recording equipment.
The system provides for:
- autonomous surveillance of the surrounding medium in a circular- or sector-scan mode;
- automatic lock-on to up to four air, sea or ground targets in a sector-scan mode and their tracking;
- automatic control of fire of several artillery gun mounts simultaneously, including those of two different calibers, at one or two targets;
- automatic correction of fire in a closed loop;
- automatic sensing of misses during fire at sea targets, and introduction of corrections;
- crew training and simulated target firing exercises;
- automated equipment status monitoring and troubleshooting modes;
- noise protection based on automated time-spatial adaptation and digital coherent radar signal processing method.
原帖由 digitalunit 于 2007-4-13 00:30 发表
;P 感觉跟没了炮筒的密集阵似的。
同感~
感觉跟没了炮筒的密集阵似的。
同感~
同感~
:D 土鳖国某某型炮控雷达同样是相控阵雷达体制，电视辅助跟踪不是啥稀奇事情！
我们自己同样可以搞一个！！比他的还好！！
tg还在用黄蜂头……
其实我觉得这个够用就好，这么高档也没必要
其实我觉得这个够用就好，这么高档也没必要