Solid-State Board Series (Introduction)

The solid-state board series are the applications of mixing solid-state control modules and solid-state relay products. With the characteristic of high overload capacity, solid-state board series

are used in special ignition fields and are equipped with peripheral timing circuits, anti-interference circuits, etc. which allow users to customize their own logic thus realize sequencing or customizing ignition. The connection between solid-state board and the whole system adopts inter-board connectors, locking fixation, screw fixation or other connection methods to meet the needs of system miniaturization, integration and modularization.

Description

1.Features of solid-state board series products

  • The Input can resist pulse interference, and the time of anti-interference can be adjusted according to user needs
  • The output is stable and reliable, and the ignition can be controlled by multiple levels, which is easy to implement redundant design
  • Patented modular technology
  • Multi-channel ignition output, logic can be customized according to user needs.
  • Small size, light weight, convenient connection with the whole system
  • Strong resistance to mechanical environment

 

2.Application of solid board series products

  • Initiating explosive devices ignition control, power supply control, battery pack activation control, etc.
  • Logic power control or logic level control
  • Thermal battery activation control
  • Timing ignition
  • Other power supply control

 

3.Selection and customization

The solid-state board series is customized product. Due to different requirements of interface, dimensions, and functions, it needs to be fine-tuned on the basis of existing products and customized according to the following actual requirements.

  1. Logic circuit;
  2. Interface;
  3. The interconnection of the whole system;
  4. Ignition current/voltage and time requirements;
  5.  Anti-pulse-interference
  6. Working voltage range;
  7. Working temperature and storage temperature range;
  8. Timing control or not;
  9. Output characteristic;
  10. Other requirements.