摘要
将刚挠结合印制板的设计理念引入到航天产品的电路板结构设计中,四块刚性印制板和三块挠性板进行一体化设计,实现了接口的高可靠性连接,并极大地节省了传感器的内部空间,便于传感器微型化。刚性印制板采用四层板设计,挠性板采用双层板设计,实现了小电路板上含有多种信号通道的目的。通过振动试验、加速度试验、冲击试验、高低温循环试验等试验证明了高可靠性刚挠印制板可以应用于航天器等军用型号。
The idea of flexible-rigid PCB is introduced into structure design of circuit board for aerospace products. Integrating four rigid boards with three flexible boards realizes high reliable connect of interface and infinitely saves inner space of the sensor and convenient for miniazation of sensor. The design of four-layered rigid boards and double-layered flexible board implements that small circuit board can include multichannel of signal.Through vibration test,acceleration test,shock test,thermal cycle test,It is proved that the high reliability flexiblerigid PCB can be applied to military products such as aerospace.
出处
《传感器与微系统》
CSCD
2016年第10期155-157,160,共4页
Transducer and Microsystem Technologies
关键词
刚挠结合印制板
传感器
四层板
航天器
flexible-rigid PCB
sensor
four-layered board
aerospace product
