Features: * Remote temperature measurement using embedded thermal diodes or commodity transistors* Accurate remote sensing±3°C max., 0°C to 100°C* Excellent noise rejection* I 2C and SMBus 2.0 compatible serial interface* SMBus timeout to prevent bus lockup* Voltage tolerant I/Os* Low power shutdo...
MIC281: Features: * Remote temperature measurement using embedded thermal diodes or commodity transistors* Accurate remote sensing±3°C max., 0°C to 100°C* Excellent noise rejection* I 2C and SMBus 2.0 compa...
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DescriptionThe MIC2003 and MIC2013 are current limiting, high-side power switches that are designe...
The MIC281 is a digital thermal sensor capable of measuring the temperature of a remote PN junction. It is opti mized for applications favoring low cost and small size. The remote junction may be an inexpensive commodity transistor, e.g., 2N3906, or an embedded thermal diode such as found in Intel Pentium* II/III/IV CPUs, AMD Athlon* CPUs, and Xilinx Virtex* FPGAs.
The MIC281 is 100% software and hardware backward compatible with the MIC280 and features the same industry-leading noise performance and small size. The advanced integrating A/D converter and analog front-end reduce errors due to noise for maximum accuracy and minimum guardbanding.
A 2-wire SMBus 2.0-compatible serial interface is provided for host communication. The clock and data pins of MIC281 are 5V-tolerant regardless of the value of V DD. They will not clamp the bus lines low even if the device is powered down.Superior performance, low power, and small size make the MIC281 an excellent choice for cost-sensitive thermal management applications.