PMIC - Thermisches Management

MAX6639 Temperature Monitor & PWM Fan Controller The MAX6639 series temperature monitor & PWM fan controller is designed to monitor internal temperature plus the temperature of an external diode-connected transistor or alternatively, monitor the temperature of 2 external diode-connected transistors. The fan control element of the MAX6639, uses temperature data to change the speed of up to 2 cooling fans. Applications include desktop and notebook computers, servers, projectors and networking equipment. Features; 2 PWM outputs 2 Thermal-Diode Inputs Temperature measurement up to 150°C

System Hardware Monitor Serial Interface 24-Pin TSSOP T/R

EMC2101 Fan Controller The Microchip EMC2101 is a Fan Controller IC that integrates Temperature Monitoring and Fan Speed Control into one device. The device offers the flexibility of Fan Speed Control via a PWM or Linear (DAC) output. Both methods utilise a user customisable fan speed profile contained within the integrated Fan Control Look-Up Table. The temperature monitors, one external and one internal, are also user programmable with adjustable interrupts. The EMC2101 communicates via a SMBus 2.0 compliant interface. In addition to Host controller signals this interface can also be used to connect a SMBus compliant EEPROM for auto-programming the EMC2101 on power-up. Features Automatic Beta Compensation Resistance Error Correction Self-programming with available SMBus compatible EEPROM Selectable PWM or DAC fan driver output External Temperature Monitor with ±1°C accuracy Internal Temperature Monitor with ±2°C accuracy 3.3 Volt Operation (5 Volt Tolerant Input Buffer

Intelligent Temperature Monitor 5mW Serial Interface Automotive 16-Pin SSOP T/R

10-Bit Data Acquisition Systems, Linear Technology Linear Technology broad range of general purpose successive approximation register (SAR) analog to digital converters (ADC) complete with 10-bit resolution have sample rates up to 5Msps. The SAR ADC provides a single channel or multiplexed as well

MAX6643/6644 Temperature Monitor & PWM Fan Controller The MAX6643/6644 temperature monitor & PWM fan controller work together to reduce fan noise levels and optimize fan cooling by adjusting the fan speed. The MAX6643 and MAX6644 can monitor 2 temperature zones; the MAX6643 monitoring it's own die temperature and that of an external transistor and the MAX6644 monitoring the temperature of 2 external diode-connected transistors.

TEMPERATURE SENSOR FOR DDR4

IC H/W MONITOR 20QFN

IC PWR SUPPLY MGR

TMP512/513 System Monitors The TMP512/513 series of system monitors are designed to measure the remote and on-chip temperature and power consumption of a device using remote sensors, a local temperature sensor and a high-side current shunt monitor. Typical applications include desktop and notebook computers, servers, industrial controllers, storage area networks, central office telecom equipment and LCD/DLP?/LCOS projectors. Features: Series lead resistance cancellation n-Factor correction Temperature alert function Diode fault detection Watchdog limits

MCP9844 Digital Temperature Sensors The Microchip MCP9844 range of digital temperature sensors convert temperature (from -40°C and +120°C) to a digital word. They come with user-programmable registers, providing flexibility for temperature sensing applications. These settings include “shutdown” or “low-power” modes and specification of temperature event boundaries. Therefore, if the temperature changes outside of the chosen event boundary limits, the MCP9844 device outputs an Alert signal at the Event pin. Suitable applications include; SSD temperature sensing, industrial applications, food processing, PCs, servers and portable devices.

TMP512/513 System Monitors The TMP512/513 series of system monitors are designed to measure the remote and on-chip temperature and power consumption of a device using remote sensors, a local temperature sensor and a high-side current shunt monitor. Typical applications include desktop and notebook computers, servers, industrial controllers, storage area networks, central office telecom equipment and LCD/DLP?/LCOS projectors. Features: Series lead resistance cancellation n-Factor correction Temperature alert function Diode fault detection Watchdog limits

ADT7475/7476 Temperature Monitors with Fan Control The ADT7475/7476 series of temperature monitors are designed to measure and monitor the temperature of up to 2 remote sensor diodes, measure their ambient temperature, monitor the fan control speed of up to 4 fans and drive a fan. The monitors are ideal for designs that require economical and minimal noise system cooling. Features; -High and low frequency fan drive signal -Automatic fan speed control loop -Enhanced acoustic mode -Thermal Protection -Thermal control circuit -3 and 4 wire fan speed measurement -SMBus compliant

MAX31865 Resistance Temperature Detector (RTD) to Digital Converter The MAX31865 from Maxim Integrated is a resistance-to-digital converter optimized for platinum resistance temperature detectors (RTDs). This device utilises a precision delta-sigma analogue-to-digital converter (ADC) to convert the ratio of the RTD resistance versus the reference resistance into digital form. This reference resistance is set through the application of an external resistor. Features Simple Conversion of Platinum RTD Resistance to Digital Value Compatible with 100Ω to 1kΩ (at 0°C) Platinum RTDs (PT100 to PT1000) Compatible with 2-, 3-, and 4-Wire Sensor Connections SPI-Compatible Interface 15-Bit ADC Resolution Nominal Temperature Resolution 0.03125°C (Varies Due to RTD Nonlinearity) Total Accuracy Over All Operating Conditions: 0.5°C (0.05% of Full Scale) max Fully Differential VREF Inputs 21ms (max) Conversion Time ±50V Input Protection Fault Detection (Open RTD Element, RTD Shorted to Ou

MCP9805 Memory Module Temperature Converters The MCP9805 series of memory module temperature converters have been designed for DRAM DIMMs Serial Presence Detect and have a 2Wire serial interface. The sensors convert temperature between -40°C to +125°C to a digital output. Applications include DIMM modules, laptops, PCs and servers.

MCP9843/98242/98243 Memory Module Temperature Converters with EEPROM The Microchip MCP9843/98242/98243 series of memory module temperature converters with EEPROM have been designed for DRAM DIMMs Serial Presence Detect and have a 2Wire serial interface. The sensors convert temperature between -40°C to +125°C to a digital output and the EEPROM capability enables the storage of memory module and vendor details. Applications include DIMM modules, laptops, PCs and servers.

H/W Monitor 48-Pin LQFP

IC INTEGRATED CIRCUIT

IC TEMP SENSOR 3V 2WIRE 8-DFN

IC TEMP/VOLT MONITOR 32-LFCSP