CMD integrated circuits department (crab base)
CMD integrated circuits (crab base) of TSOP type ( multipurpose and with key function )
Researcher and author: Dr. ( Afshin Rashid)
Note: CMD integrated circuits (crab base) of TSOP type are multi-purpose and with key capabilities for military use (can be programmed with a programmer) from the group of CMOS chips and are mostly used in missile and drone industries.
It should be kept in mind that CMD (crab base) TSOP integrated circuits can be made in two types, SMD or THT, each of these two types can be made in different packages for one piece. This chip has a working voltage of 3.3 V, frequencies of 200, 166, 143, 133 MHz with a TSOP package for Discovery and military programmable Discovery board memory. This 64MB memory is a high speed CMOS SDRAM, with random access memory designed for 3.3V operating voltage containing 67,108,864 bits. The packages of this chip and microchip and multipurpose; Military and programmable with Tf-BgA and TSOP.
The structure and internal structure of integrated circuits CMD (crab base) TSOP : the type of mold material is upvc, a type of silicon mixed with PVC; The type of base in two types, BGA-tf and dip (hub base and two-sided and 4-sided base) depending on the model and the type of chip and microchip used; The placement method (surface with heater; and depth type) depends on the chip usage model.
Military and multipurpose CMD integrated circuits produce chips with wide operating frequency and high bandwidth, and produce it mostly as integrated microwave TSOP CMD integrated circuits . The type of programmability and programmability of these chips with high amount of RAM and CASH and the type of memory of MMCIC type have made this type of chip very useful in multi-purpose circuits.
Applications of CMD (crab base) TSOP integrated circuits in multipurpose and military industries
In addition to civilian applications of CMD (crab base) TSOP integrated circuits , these chips are used in missiles, missile guidance systems, fighter jets, electronic warfare, electronic warfare countermeasures, and radar applications.
Researcher and author: Dr. ( Afshin Rashid)
Specialized doctorate in nano-microelectronics