Military applications in order to meet the needs of military applications

Military applications in order to meet the needs of military applications.
According to the response of the photodetector position to determine the laser shot hit the target. Laser target practice with the to Mitsuyo bombs in the form of shooting training is the most common type of laser weapon simulator. The initial laser targeting system can only aim and shoot training with the development of computer and microprocessor technology, its use expanded to a variety of weapons simulation training. With the deepening of research and exploration, the function of the laser targeting system will further improve and be even closer to the performance of weapons and equipment in actual use, enhanced realism. At the same time, by combining with electronic technology, to further improve the automation of laser simulation, intelligent level. The manufacture system of laser pointer should be upgraded.
For these reasons, the software portion of the smart car design we are using the C programming language [13]. The choice of programming software, we chose to use the the Freescale Codewarrior5.1 software system can be programmed. CodeWarrior is Metrowerks' developed specifically for Freescale all MCU and DSP embedded application development software tools, is the product of Freescale recommended to the user. Metrowerks Corporation is a subsidiary of Motorola, Inc. acquisition in 1999, operates independently. CodeWarrior Development Studio (development studio) is a complete integrated development environment for programming applications, hardware bring-up. The suitable supply management of laser pointer matters a lot.
The laser head installation commissioning and installation of the structure of the laser sensor is the use of laser technology to measure the sensor. It consists of laser, laser detector and measuring circuit. The laser sensor is a new measuring instrument, and its advantage is to achieve non-contact distance measurement speed, high accuracy, large measuring range, resistance to light, electrical interference ability. Laser sensors work, the first laser diode aiming to launch the laser pulse. Scattering in all directions by the target reflected laser. Some scattered light returns to the sensor receiver, the optical system to receive imaged onto an avalanche photodiode. The avalanche photodiode is an internal amplification of the optical sensor. The goal of the purchase of laser pointer can be set.