HWA-JGR series ruggedized recorders are mainly used for real-time acquisition of high-speed signals in harsh environment, and are suitable for acquisition, analysis, storage and playback of various radar, communication, countermeasure and electromagnetic environment signals.
Functional features
· It supports recording / playback of analog / optical fiber signals, and the number of channels and sampling rate can be configured
· Support synchronous recording of RS422, RS232, LVDS and other digital signals
· Support user input parameter record: environmental parameters, radar parameters, test parameters, etc
· Support Gigabit Ethernet interface, USB interface import / export, optical fiber high speed import / export
· With file system management function
· Support in the flight test, through RS422, LVDS, TTL trigger, control acquisition work started
· When the equipment is working on the ground, the remote control software is used to control the equipment through the network
· Reinforce and guide cooling structure to meet the requirements of airborne environment
· It also supports TTL level, Ethernet, RS422 interface remote control
Performance index
· Reinforced connector: high reliable aerial plug-in is adopted, and j599 connector is adopted for optical fiber interface
· The data generated by simulation can be poured into the data recorder for digital playback
· Working temperature: -45℃～+60℃
· Storage temperature: -55℃～+65℃
· Heat dissipation mode: conduction cooling
· Impact: 15g
· Other environmental adaptability requirements meet the general requirements of environmental conditions for use and storage of UAV and ground equipment
· Equipment weight: ≤12kg
· Equipment volume: support user customization
· Equipment power supply: dc28v, power consumption≤150W, provide AC220V to dc28v power adapter
Application scenarios
High speed and real-time signal processing in the fields of radar, communication, measurement and control, navigation, electronic reconnaissance and Countermeasure in airborne and missile environment.
