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FS6407 bảng dữ liệu(PDF) 53 Page - NXP Semiconductors

tên linh kiện FS6407
Giải thích chi tiết về linh kiện  Power system basis chip with high speed can transceiver
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nhà sản xuất  NXP [NXP Semiconductors]
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FS6407 bảng dữ liệu(HTML) 53 Page - NXP Semiconductors

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FS6407/FS6408
Figure 37. Power dissipation use case
The main contributors to the device power dissipation are VPRE, VCORE, and VCCA (when used with internal PMOS) regulators. In
comparison, the power dissipation from the Internal IC, VAUX and CAN transceiver are negligible. VPRE power dissipation is mainly
induced by the loading of the regulators it is supplying, mainly VCORE, VCCA and VAUX, which are application dependant. The total
device power dissipation, depending on the variation of these three regulators, is detailed in Figure 38 with the environmental conditions
in the associated table.
Vsup = 24V and 25% of CAN traffic
use case 1: Vcore=3.3V, Icore=0.7A, Vcca with int. MOS
use case 2: Vcore=1.2V, Icore=1.4A, Vcca with ext. PNP
1) CAN transceiver dissipation includes CAN_5V regulator dissipation.
2) 25% CAN traffic means the CAN bus is dominant for 25% of time and recessive for the remaining 75%.
1.2V



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