GE IS220UCSAH1A 需要足够高吞吐量的布局
GE IS220UCSAH1A 需要足够高吞吐量的布局
IS220UCSAH1A 设计经过优化，可以最大限度地降低废热 输出在芯片上。和其他人一样集成电路，由于高温产生的热量功率密度是瓶颈为了进一步小型化的组件。[21]: 1高速集成电路，特别是微处理器和包括SOC的功率密度变得非常不均匀。过多的废热会损坏电路并腐蚀可靠性随着时间的推移。高温和热应力对可靠性有负面影响，应力迁移，减少平均失效间隔时间,电迁移,引线接合法,亚稳定性以及SoC随时间推移的其他性能退化。[21]: 2–9
特别是，大多数SOC的物理面积或体积很小，因此废热的影响是复合的，因为几乎没有空间让废热扩散到系统之外。因为高晶体管数量在现代设备上，通常需要足够高吞吐量的布局晶体管密度从物理上是可以实现的制造过程但是会导致电路体积中不可接受的高热量。[21]: 1
IS220UCSAH1A 这些热效应迫使SoC和其他芯片设计者应用保守的设计余量，制造性能较差的设备来降低风险灾难性故障。由于增加了晶体管密度随着长度刻度变小，每个过程生成产生比上次更多的热量输出。使这一问题更加复杂的是，SoC架构通常是异构的，造成空间异构热通量，这不能通过统一有效地减轻被动冷却。
IS220PSCAH1A - GE POWER PLANT - I/O Pack, Serial Communication
IS220PSVOH1A - GE POWER PLANT - I/O Pack, Servo Control
IS220PSVOH1B - GE POWER PLANT - I/O Pack, Servo Control
IS220PTCCH1A - GE POWER PLANT - I/O Pack, Thermocouple
IS220PTCCH1B - GE POWER PLANT - I/O Pack, Thermocouple
IS220PTURH1A - GE POWER PLANT - I/O Pack, Turbine
IS220PTURH1B - GE POWER PLANT - I/O Pack, Turbine
IS230JPDS1AG01 - GE POWER PLANT - Mark Ive
IS230JPDSG1B - GE POWER PLANT - MKVIe, Power Distribution Assembly, DIN Mount
IS230PCAAH1A - GE POWER PLANT - Core Analog I/O
IS230SNAIH4A - GE POWER PLANT - MKVIe, Basic Analog I/O Assembly, Simplex
IS230SNCIH2A - GE POWER PLANT - MARK VIe, INPUT
IS230SNRLH2A - GE POWER PLANT - MARK VIe, OUTPUT
IS230SNRTH2A - GE POWER PLANT - MODULE
IS230SRTD2ASRTD2AG01 - GE POWER PLANT - Mark VIe
IS230SRTD2ASRTD2AG11 - GE POWER PLANT - Mark VIe
IS230SRTD2ASRTD2AG21 - GE POWER PLANT - Mark VIe
IS230SRTDH2A - GE POWER PLANT - MODULE, MKVIe, RTD Input Assembly, Simplex
IS230SSCA2ASSCA2AG01 - GE POWER PLANT - Mark VIe
IS230STAI2ASTAI2AG01 - GE POWER PLANT - Mark VIe
IS230STAI2ASTAI2AG11 - GE POWER PLANT - Mark VIe
IS230STAI2ASTAI2AG21 - GE POWER PLANT - Mark VIe
IS230STAIH4A - GE POWER PLANT - MKVIe, Basic Analog I/O Assembly, Simplex
IS230STAO2ASTAO2AG21 - GE POWER PLANT - Mark VIe
IS230STCI2ASTCI2AG01 - GE POWER PLANT - Mark VIe
IS230STTC2ASTTC2AG01 - GE POWER PLANT - Mark VIe I/O Module, S-Type
IS230TBAI1CG01 - GE POWER PLANT - Mark Vie
IS230TBAI2CG01 - GE POWER PLANT - Mark Vie
IS230TBCI2CG01 - GE POWER PLANT - Mark VIe
IS230TBCIH5C - GE POWER PLANT - MKVIe, Contact Input Assembly, TMR,(BPPB)
IS230TEFV1AG01 - GE POWER PLANT - MODULE, I/O, T-TYPE
IS230TNCIH5C - GE POWER PLANT - Mark VIe, INPUT
IS230TNCIH6C - GE POWER PLANT - Mark VIe, INPUT
IS230TNRLH2E - GE POWER PLANT - MKVIe, Relay Output Assembly, TMR
IS230TNRLH3E - GE POWER PLANT - Mark VIe, OUTPUT
IS230TPROH3C - GE POWER PLANT - Module,
IS230TRLY1BG01 - GE POWER PLANT - Mark VIe
IS230TRLY2EG01 - GE POWER PLANT - Mark VIe
IS230TRLY3EG01 - GE POWER PLANT - Mark VIe
IS230TRLYH2E - GE POWER PLANT - MKVIe, Relay Output Assembly, TMR
IS230TRPA1AG01 - GE POWER PLANT - Module,
IS230TSVC2AG01 - GE POWER PLANT - MKVIe, Servo Control Assembly, TMR,(BPPB
IS420ESWAH2A - GE POWER PLANT - Switch
