CN105486527A - Programmable pulse laser guidance simulator - Google Patents

Programmable pulse laser guidance simulator Download PDF

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Publication number
CN105486527A
CN105486527A CN 201510865959 CN201510865959A CN105486527A CN 105486527 A CN105486527 A CN 105486527A CN 201510865959 CN201510865959 CN 201510865959 CN 201510865959 A CN201510865959 A CN 201510865959A CN 105486527 A CN105486527 A CN 105486527A
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laser
port
programmable pulse
simulator
control panel
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CN 201510865959
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Chinese (zh)
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于洪君
姜润强
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中国科学院长春光学精密机械与物理研究所
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    • GPHYSICS
    • G01MEASURING; TESTING
    • G01MTESTING STATIC OR DYNAMIC BALANCE OF MACHINES OR STRUCTURES; TESTING STRUCTURES OR APPARATUS NOT OTHERWISE PROVIDED FOR
    • G01M99/00Subject matter not provided for in other groups of this subclass
    • G01M99/008Subject matter not provided for in other groups of this subclass by doing functionality tests

Abstract

The invention belongs to the technical field of laser application and relates to a programmable pulse laser guidance simulator. The programmable pulse laser guidance simulator can change laser codes according to experiment needs, and is used for testing performance of various types of domestic laser guidance interference equipment; and the experiment has no danger, and the cost is reduced greatly. The programmable pulse laser guidance simulator comprises a programmable pulse generator, a pulse laser, a control panel and a power source. A synchronous pulse output port of the programmable pulse generator is connected with a synchronous signal receiving port of the pulse laser; a first communication port of the programmable pulse generator is interconnected with a third communication port of the control panel; a communication port of the pulse laser is interconnected with a fourth communication port of the control panel; a first output port of the power source is connected with a first power port of the programmable pulse generator and a second power port of the control panel; and a second output port of the power source is connected with a power port of the pulse laser.

Description

可编程脉冲激光制导模拟器 Programmable Pulse Laser Guidance Simulator

技术领域 FIELD

[0001]本发明属于激光应用技术领域,涉及一种可编程脉冲激光制导模拟器。 [0001] The present invention belongs to the technical field of laser applications, laser-guided, to a programmable pulse simulator.

背景技术 Background technique

[0002]随着激光精确制导的大量应用,反激光制导技术应运而生,各种体制的激光制导干扰设备大量研发,目前,为了测试这些激光制导干扰设备,均采用国产激光制导炸弹实弹打靶的方式,但此方式费用高、危险性高,而且国产激光制导炸弹编码方式比较固定,形成后不能随意更改脉冲方式,不利于多脉冲体制测试;因此,研发一种可编程脉冲激光制导模拟器已成为本领域技术人员亟待解决的问题。 [0002] With the large number of applications of laser precision-guided, laser-guided anti-technology came into being, a variety of laser-guided system of a large number of jamming equipment research and development, at present, in order to test these devices interfere with laser-guided, laser-guided bombs are made of domestic live-fire target practice way, but this way the high cost, high risk, but also made laser-guided bombs encoding relatively fixed, can not be altered after the pulse formation, is not conducive to multi-pulse system testing; therefore, the development of a programmable pulse laser-guided simulator has a problem skilled in the art to be solved.

发明内容 SUMMARY

[0003]为了克服上述现有技术的不足,本发明提供了一种可编程脉冲激光制导模拟器,该模拟器能够根据实验需要改变激光编码,用于测试国产各型号激光制导干扰设备的性能,实验没有危险性,成本大幅度降低。 [0003] In order to overcome the above deficiencies of the prior art, the present invention provides a laser-guided programmable pulse simulator, the simulator can be changed according to the experimental needs laser coding, used for performance testing of domestic models of laser-guided interference device, not dangerous experiment, a significant reduction in costs.

为了实现上述目的,本发明所采用的技术方案是:一种可编程脉冲激光制导模拟器,包括可编程脉冲发生器、脉冲激光器、控制面板及电源;可编程脉冲发生器的同步脉冲输出口与脉冲激光器的同步信号接收口相连,可编程脉冲发生器的第一通讯口与控制面板的第三通讯口互连,脉冲激光器的通讯口与控制面板的第四通讯口互连,电源的第一输出口分别与可编程脉冲发生器的第一电源口、控制面板的第二电源口相连,电源的第二输出口与脉冲激光器的电源口相连。 To achieve the above object, the technical solution employed in the present invention is: A programmable pulse laser guided simulator, comprising a programmable pulse generator, a pulsed laser, the power supply and control panel; synchronization pulse output of the programmable pulse generator a synchronization signal receiving port connected to a pulsed laser, a first communication port the third interconnecting programmable pulse generator and a first communication port of the control panel, the fourth communication port interconnecting pulsed laser communication port of the control panel, power supply a second power supply outlet port with the first port of programmable pulse generator power source, the control panel is connected to a second power source connected to power supply port and the output port of the laser pulse.

[0004]所述的电源采用直流开关电源,直流开关电源的高压输出端与脉冲激光器的电源口相连,直流开关电源的低压输出端分别与可编程脉冲发生器的第一电源口、控制面板的第二电源口相连。 Power Supply [0004] according to DC switching power supply, the power supply is connected to the high voltage output of the pulse laser is DC switching power supply port, the output of low voltage DC power supply switching power supply with the first port of the programmable pulse generator, the control panel The second port is connected to the power supply.

[0005]所述的脉冲激光器采用具有外触发功能的脉冲激光器。 The [0005] use of a pulsed laser having a pulsed laser of the external triggering.

[0006] 所述的控制面板由显示屏、键盘及功能按钮依次相连组成。 The [0006] control panel by a display, keyboard, function buttons and connected components.

[0007]所述的可编程脉冲发生器的第二通讯口与编程计算机相连。 The [0007] communication port and a second programmed computer connected to a programmable pulse generator.

[0008]所述的可编程脉冲发生器由编程电路模块和电源转换模块相连组成。 [0008] The programmable pulse generator are connected by a programming circuit module and the power converter module.

[0009]本发明的有益效果: [0009] Advantageous effects of the invention:

本发明的可编程脉冲激光制导模拟器,可根据实验需要改变激光编码,用于测试国产各型号激光制导干扰设备的性能,包括告警性能、编码识别能力等;而且,在实验室或地面即可进行布设,实验没有危险性,成本大幅度降低。 Programmable pulse laser guided simulator according to the present invention, a laser can be changed according to experimental coding for performance testing of domestic models of laser-guided interference device includes an alarm performance, encoding the recognition and the like; and, in the laboratory or on the ground to It is laid, not dangerous experiment, a significant reduction in costs.

附图说明 BRIEF DESCRIPTION

[0010]图1为本发明的可编程脉冲激光制导模拟器与编程计算机相连后的电路原理图; [0010] FIG 1 programmable pulse simulator is programmed computer-guided laser of the present invention is connected to the circuit diagram;

图2为本发明的可编程脉冲激光制导模拟器的工作过程流程图; Programmable pulse laser-guided work process simulator flowchart of FIG. 2 of the present invention;

图中,I一可编程脉冲激光制导模拟器, 11一可编程脉冲发生器,111一同步脉冲输出口,112一第一通讯口,113—第二通讯口,114一第一电源口, Drawing, a programmable pulse laser guided the I simulator, a programmable pulse generator 11, a sync pulse output port 111, a first communication port 112, 113- second communications port, a first supply port 114,

12—脉冲激光器,121—电源口,122—通讯口,123—同步信号接收口,124 —出光口, 12-pulse lasers, power port 121-, 122- communication port, 123- synchronization signal receiving port 124-- light outlet,

13一控制面板,131—第二通讯口,132—第四通讯口,133—第二电源口, A control panel 13, a second communication port 131-, 132- fourth communication port, the second power port 133-,

14一电源,141 一第一输出口,142—第二输出口, 14 a power source, a first output port 141, 142- second output port,

2一编程计算机,3 一被测试激光制导干扰设备,4 一控制计算机。 2 a programmed computer, a 3-guided laser was tested interfering devices, a control computer 4.

具体实施方式 detailed description

[0011 ]下面结合附图和具体实施例对本发明做进一步的详细说明。 Drawings and specific embodiments of the present invention will be further described in detail [0011] below in conjunction.

[0012]如图1所示,一种可编程脉冲激光制导模拟器I,包括可编程脉冲发生器11、脉冲激光器12、控制面板13及电源14;可编程脉冲发生器11的同步脉冲输出口111与脉冲激光器12的同步信号接收口123相连,可编程脉冲发生器11的第一通讯口112与控制面板13的第三通讯口131互连,可编程脉冲发生器11用于接收来自控制面板13的脉冲发送方式指令及发射/停止激光控制指令,并依据指令进行编程设置脉冲参数,并将设置好的脉冲参数信息发送给脉冲激光器12; As shown in A programmable pulse laser guided simulator I [0012] As shown in FIG 1, comprises a programmable pulse generator 11, a pulse laser 12, power supply 14 and control panel 13; programmable pulse generator output 11 of the sync pulse 111 with a pulsed laser sync signal 123 is connected to the receiving port 12, a first programmable pulse generator 112 and the communication port 11 the control panel 13 of the third communication port 131 are interconnected, a programmable pulse generator 11 for receiving signals from a control panel pulse transmission mode instructions 13 and transmitter / laser stop control command, and based on instructions programmed pulse parameter, and sets a good pulsed laser pulse parameters 12 to send a message;

脉冲激光器12的通讯口122与控制面板13的第四通讯口132互连,电源14的第一输出口141分别与可编程脉冲发生器113的第一电源口114、控制面板13的第二电源口133相连,电源14的第二输出口142与脉冲激光器12的电源口121相连。 Pulsed laser communication port 12 and a fourth communication port 122 of the control panel 13 interconnects 132, the first power output port 141 and 14 are programmable pulse generator 113, a first supply port 114, the second power control panel 13 port 133 is connected to the power supply 14 is connected to the second output port 142 and the supply port 121 of the pulsed laser 12.

[0013]所述的电源14采用直流开关电源,直流开关电源的高压输出端与脉冲激光器12的电源口121相连,直流开关电源的低压输出端分别与可编程脉冲发生器11的第一电源口114、控制面板13的第二电源口133相连。 [0013] The DC power supply 14 switching power supply, the high voltage output of the DC power supply switching power supply port 121 connected to the pulse laser 12, the output of low voltage DC switch power supply and a programmable pulse generator, respectively, a first power supply port 11 114, the control panel 13 is connected to the second power supply port 133.

[0014] 所述的电源14为朝阳电源公司生产的型号为QNIC-184的直流开关电源,功率为200W,220V交流输入,24V/6A、5V/8A两组直流输出,直流开关电源的24V电压输出端与脉冲激光器12的电源口121相连,直流开关电源的5V电压输出端分别与可编程脉冲发生器11的第一电源口114、控制面板13的第二电源口133相连。 [0014] The power supply 14 to the power produced by the sun QNIC-184 Model DC switching power supply, power is 200W, 220V AC input, 24V voltage 24V / 6A, 5V / 8A DC output two DC switching power supply output terminal of the power supply port 121 is connected to a pulsed laser 12, 5V DC switching power source voltage output terminal, respectively a first programmable pulse generator 114 power supply port 11, the second control panel 13 is connected to power supply port 133.

[0015]所述的脉冲激光器12采用商用的具有外触发功能的脉冲激光器;功率范围:0.1W〜5W,波段类别:可见光。 According to [0015] 12 using commercially available pulse laser having a pulsed laser external trigger function; power range: 0.1W~5W, band categories: visible light.

[0016] 所述的控制面板13由显示屏、键盘及功能按钮依次相连组成。 The [0016] control panel 13 by the display, keyboard and function buttons connected components.

[0017]所述的可编程脉冲发生器11的第二通讯口 113与外置的编程计算机2相连,用于在控制面板13不可使用的情况下,编程计算机2替代控制面板13,向可编程脉冲发生器113输送脉冲发送方式指令及发射/停止激光控制指令;若控制面板13可以使用,则通过可编程脉冲发生器11的程序设置,使编程计算机2与控制面板13互斥,当连接编程计算机2后,不响应控制面板13的指令。 [0017] The programmable pulse generator 113 of the second communication port 11 is connected to an external programming computer 2, for the case where the control panel 13 can not be used, and 2 alternate programmed computer control panel 13, the programmable conveying the pulse generator 113 and transmitter pulse transmission mode command / control laser stop command; if the control panel 13 may be used, the program is provided by a programmable pulse generator 11 in the programmed computer 13 are mutually exclusive with the control panel 2, when connected to the programming after the computer 2 does not respond to the control panel 13.

[0018]所述的可编程脉冲发生器11由编程电路模块和电源转换模块相连组成。 [0018] The programmable pulse generator 11 is connected to a programming circuit module and the power converter module.

[0019]下面结合附图说明本实施例的具体工作过程。 [0019] The following drawings illustrate specific embodiments of the operation of this embodiment in combination.

[0020]如图1〜图2所示,本实施例的目的:测试“激光告警设备”的灵敏性、对指引激光的激光脉冲体制的辨识能力,具体测试过程如下: [0020] FIG 1 ~ 2, the object of the present embodiment: Test "laser warning device" sensitivity, identification ability of the laser pulses of the laser beam guidance system, specific test procedure is as follows:

步骤一:将可编程脉冲激光制导模拟器I放置在被测试激光制导干扰设备3的有效距离范围内;并将可编程脉冲激光制导模拟器I的脉冲激光器12的出光口124对准被测试激光制导干扰设备3; Step a: a programmable pulse laser guided I simulator placed within the effective distance range tested laser-guided interference device 3; and the programmable laser pulse simulator I is a pulse laser light guided port 12 is aligned with the test laser 124 interference guidance device 3;

步骤二:将可编程脉冲激光制导模拟器I与被测试激光制导干扰设备3相连,将被测试激光制导干扰设备3与控制计算机4相连; Step 2: programmable pulse laser guided simulator I is connected with the test laser-guided interference device 3, the interference will be tested laser-guided device connected to the control computer 3 and 4;

步骤三:接通可编程脉冲激光制导模拟器I的电源14; Step three: a programmable power pulsed laser-guided I simulator 14;

步骤四:通过可编程脉冲激光制导模拟器I的控制面板13,预置要发射激光的频率; 步骤五:通过控制面板13启动脉冲激光器12,脉冲激光器12发射脉冲激光信号; Step Four: a programmable pulse laser guided I simulator control panel 13, a laser beam with predetermined frequency to be transmitted; Step five: 12, pulsed laser 12 emits a pulsed laser signal through the control panel 13 to start a pulsed laser;

步骤六:被测试激光制导干扰设备3接收到脉冲激光器12的激光信号,并将告警及脉冲体制识别信号发送给控制计算机4,脉冲体制识别信号内容包括:激光体制、激光产生方向等信息,控制计算机4根据接受的信号,向被测试激光制导干扰设备3发出控制指令,被测试激光制导干扰设备3进行干扰措施执行。 Step Six: The test laser-guided device 3 receives the laser interference signal 12 is a pulsed laser, and pulsed alarm and identification signals to the control system computer 4, the pulse signal content identification system comprising: a laser system information, direction of the laser generation control the computer 4 according to the signal received, to issue control instructions to be tested laser-guided interference device 3, the interference is tested laser-guided device 3 performs interference measures.

Claims (6)

  1. 1.一种可编程脉冲激光制导模拟器,其特征在于,包括可编程脉冲发生器、脉冲激光器、控制面板及电源;可编程脉冲发生器的同步脉冲输出口与脉冲激光器的同步信号接收口相连,可编程脉冲发生器的第一通讯口与控制面板的第三通讯口互连,脉冲激光器的通讯口与控制面板的第四通讯口互连,电源的第一输出口分别与可编程脉冲发生器的第一电源口、控制面板的第二电源口相连,电源的第二输出口与脉冲激光器的电源口相连。 A programmable pulse laser guided simulator, wherein the pulse generator comprises a programmable, pulsed laser, and a power control panel; receiving opening is connected to a synchronization signal synchronized with the pulsed laser output pulse a programmable pulse generator the fourth communication port interconnecting the third communication port interconnecting programmable pulse generator and a first communication port of the control panel, and pulsed laser communication port of the control panel, a first outlet power are programmable pulse generator the first power source's mouth, the second supply port is connected to the control panel, a second power pulsed laser output port connected to power supply port.
  2. 2.根据权利要求1所述的可编程脉冲激光制导模拟器,其特征在于所述的电源采用直流开关电源,直流开关电源的高压输出端与脉冲激光器的电源口相连,直流开关电源的低压输出端分别与可编程脉冲发生器的第一电源口、控制面板的第二电源口相连。 The programmable pulse laser light guided to claim simulator of claim 1, wherein said DC switching power supply, the high voltage output is connected to DC switching power supply with a pulsed laser power supply port, the output of low voltage DC switch power supply ends respectively of the first power port programmable pulse generator, the control panel is connected to the second power port.
  3. 3.根据权利要求1所述的可编程脉冲激光制导模拟器,其特征在于所述的脉冲激光器采用具有外触发功能的脉冲激光器。 3. A programmable pulse laser according to claim simulator guided to claim 1, wherein said pulsed laser using a pulsed laser with external trigger function.
  4. 4.根据权利要求1所述的可编程脉冲激光制导模拟器,其特征在于所述的控制面板由显示屏、键盘及功能按钮依次相连组成。 According to claim programmable pulse laser guided simulator of claim 1, wherein said control panel by a display, keyboard, function buttons and connected components.
  5. 5.根据权利要求1所述的可编程脉冲激光制导模拟器,其特征在于所述的可编程脉冲发生器的第二通讯口与编程计算机相连。 5. The programmable pulse laser according to claim 1 of the simulator guided, characterized in that the second communication port coupled with said programmed computer programmable pulse generator.
  6. 6.根据权利要求1所述的可编程脉冲激光制导模拟器,其特征在于所述的可编程脉冲发生器由编程电路模块和电源转换模块相连组成。 According to claim programmable pulse laser guided simulator of claim 1, wherein said programmable pulse generator programmed by the circuit module and the power conversion module is connected to the composition.
CN 201510865959 2015-12-01 2015-12-01 Programmable pulse laser guidance simulator CN105486527A (en)

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