ACASA100122001P100

ACASA100122001P100 is a type of resistor network, array, also known as an Active Containment System Array for Active Shielding Application. It was designed for space applications to provide active shielding against radiation, such as cosmic rays, solar flares and other types of radiation. The device consists of a set of miniature, high-precision, high-yield, NTC thermistors which are arranged in such a way as to allow the electrical current to flow in a particular direction.

The working principle of ACASA100122001P100 is based on thermistors. A thermistor is a lumped element semiconductor device that exhibits a large change of electrical resistance as temperature, though it is not considered a true thermistor due to its extended range of resistance variation. The thermistors in ACASA100122001P100 are arranged in a specific pattern in order to control the direction of the current. As the temperature increases, the incident radiation causes the thermistors to heat up, thereby changing their resistance. This change in resistance causes the current to either flow away from the radiation or be reduced, depending on the polarity of the thermistors.

The ACASA100122001P100 device is typically used to protect radiation-sensitive components during the launch of satellites or probes into space. This is due to its ability to reduce the incident radiation by either reflecting the radiation away or absorbing it. The device can also be used to protect personnel and equipment from radiation in laboratories and nuclear power plants.

The ACASA100122001P100 device is typically designed and equipped with a large number of thermistors in order to provide a robust and flexible active radiation shielding system. It is highly reliable and effective in controlling the amount of radiation that can reach sensitive components. The device is also relatively lightweight, making it suitable for use in space applications. In addition, the thermistors can be easily replaced, if needed.

ACASA100122001P100 is a very reliable and effective tool for providing radiation protection in a variety of applications. As mentioned above, it is primarily used to protect radiation-sensitive components during satellite launches and laboratory experiments. It is also used to protect personnel and equipment in radiation-prone areas. Thanks to its lightweight design, the device can also be used in its mobile form, making it an ideal tool for providing active radiation protection in areas where radiation is present.