microcontroller based temperature control fan
Abstract: 12V FAN CONTROL BY USING THERMISTOR 5V FAN CONTROL BY USING THERMISTOR temperature based fan speed control temperature based fan speed control using microcontroller 12V -fan speed control using thermistor simple temperature controlled fan using thermistor FAN CONTROL BY USING THERMISTOR simple temperature controlled fan DIODE 646 on
Text: INTERFACING TELCOM'S FAN SPEED CONTROLLERS TO THE I2C BUS APPLICATION NOTE 51 INTERFACING TELCOM'S FAN SPEED CONTROLLERS TO THE I2C BUS AN-51 By Paul Paglia INTRODUCTION nal drive signal and RPM sense circuitry. The TC642/646 are designed to provide speed control for a power supply
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AN-51
TC642/646
TC643
TC642
DS1803
IN4148
TC642
TC646
AN51-02
microcontroller based temperature control fan
12V FAN CONTROL BY USING THERMISTOR
5V FAN CONTROL BY USING THERMISTOR
temperature based fan speed control
temperature based fan speed control using microcontroller
12V -fan speed control using thermistor
simple temperature controlled fan using thermistor
FAN CONTROL BY USING THERMISTOR
simple temperature controlled fan
DIODE 646 on
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Murata EVC
Abstract: 2n3906 SOT23 2N3906 CMOD232 GRM188R71C104KA01 MAX6640 MAX6640EVCMOD2 MAX6640EVKIT tachometer philips
Text: 19-3422; Rev 0; 10/04 MAX6640 Evaluation System/Evaluation Kit Features The MAX6640 evaluation kit EV kit is an assembled and tested PC board with a mounted MAX6640. The EV kit allows full evaluation of the MAX6640 dual temperature sensor/fan controller. The MAX6640 monitors its own die
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MAX6640
MAX6640.
11-bit
2N3906)
MAX6640
Murata EVC
2n3906 SOT23
2N3906
CMOD232
GRM188R71C104KA01
MAX6640EVCMOD2
MAX6640EVKIT
tachometer philips
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2N3906
Abstract: CMOD232 GRM188R71C104KA01 MAX6639 MAX6639AEE MAX6640 MAX6640EVCMOD2 MAX6640EVKIT
Text: 19-3422; Rev 1; 6/05 MAX6640 Evaluation System/Evaluation Kit The MAX6640 evaluation kit EV kit is an assembled and tested PC board with a mounted MAX6640. The EV kit allows full evaluation of the MAX6640 dual temperature sensor/fan controller. The MAX6640 monitors its own die
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MAX6640
MAX6640.
11-bit
2N3906)
MAX6639/MAX6640
2N3906
CMOD232
GRM188R71C104KA01
MAX6639
MAX6639AEE
MAX6640EVCMOD2
MAX6640EVKIT
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MAX6639
Abstract: digital tachometer 2N3906 GRM21BR61C106K MAX6639AEE MAX6640 MAX6640AEE AUTOMATIC temperature FAN CONTROL BY USING THERM dc fan tachometer
Text: 19-4448; Rev 0; 1/09 MAX6639 Evaluation Kit The MAX6639 evaluation kit EV kit is an assembled and tested PCB used to evaluate the MAX6639 dual temperature sensor/fan controller. The MAX6639 monitors its own die temperature and the junction temperature of one
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MAX6639
11-bit
2N3906)
MAX6639/MAX6639F
digital tachometer
2N3906
GRM21BR61C106K
MAX6639AEE
MAX6640
MAX6640AEE
AUTOMATIC temperature FAN CONTROL BY USING THERM
dc fan tachometer
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2n3906 SOT23
Abstract: 2N3906 CMOD232 GRM188R71C104KA01 MAX6639 MAX6639AEE MAX6640 MAX6640EVCMOD2 MAX6640EVKIT
Text: 19-3422; Rev 1; 6/05 MAX6640 Evaluation System/Evaluation Kit The MAX6640 evaluation kit EV kit is an assembled and tested PC board with a mounted MAX6640. The EV kit allows full evaluation of the MAX6640 dual temperature sensor/fan controller. The MAX6640 monitors its own die
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MAX6640
MAX6640.
11-bit
2N3906)
MAX6639/MAX6640
2n3906 SOT23
2N3906
CMOD232
GRM188R71C104KA01
MAX6639
MAX6639AEE
MAX6640EVCMOD2
MAX6640EVKIT
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Untitled
Abstract: No abstract text available
Text: 19-3682; Rev 0; 5/05 2-Channel Temperature Monitor with Dual, Automatic, PWM Fan-Speed Controller Features ♦ 2 Thermal-Diode Inputs ♦ Up to 25kHz PWM Output Frequency ♦ 3 Selectable SMBus Addresses ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy
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MAX6639
MAX6639AEE+
MAX6639AEE
MAX6639YAEE+
MAX6639AEE-T
MAX6639ATE+
21-0140K
T1655
MAX6639ATE
MAX6639ATE-T
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Untitled
Abstract: No abstract text available
Text: 19-3682; Rev 0; 5/05 2-Channel Temperature Monitor with Dual, Automatic, PWM Fan-Speed Controller Features ♦ 2 Thermal-Diode Inputs ♦ Up to 25kHz PWM Output Frequency ♦ 3 Selectable SMBus Addresses ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy
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MAX6639
MAX6639AEE
MAX6639YAEE+
MAX6639AEE-T
MAX6639ATE+
21-0140K
T1655
MAX6639ATE
MAX6639ATE-T
MAX6639ATE
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amd athlon PIN LAYOUT
Abstract: digital tachometer CMPT3906 KST3906-TF MAX6639 MAX6639AEE MAX6639ATE SST3906 2N3904 2N3906
Text: 19-3682; Rev 0; 5/05 2-Channel Temperature Monitor with Dual, Automatic, PWM Fan-Speed Controller Features ♦ 2 Thermal-Diode Inputs ♦ Up to 25kHz PWM Output Frequency ♦ 3 Selectable SMBus Addresses ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy
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25kHz
MAX6639
amd athlon PIN LAYOUT
digital tachometer
CMPT3906
KST3906-TF
MAX6639
MAX6639AEE
MAX6639ATE
SST3906
2N3904
2N3906
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motherboard drawing
Abstract: No abstract text available
Text: 19-3344; Rev 0; 8/04 KIT ATION EVALU E L B A IL AVA 2-Channel Temperature Monitor with Dual Automatic PWM Fan-Speed Controller Features ♦ Two Thermal-Diode Inputs ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy +60°C to +100°C ♦ Two PWM Outputs for Fan Drive (Open Drain; can
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MAX6640
21-0055F
MAX6640AEE-T
MAX6640AEE+
MAX6640AEE
MAX6640YAEE+
MAX6640ATE-T
motherboard drawing
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TACHOMETER
Abstract: No abstract text available
Text: 19-3344; Rev 0; 8/04 KIT ATION EVALU E L B A IL AVA 2-Channel Temperature Monitor with Dual Automatic PWM Fan-Speed Controller Features ♦ Two Thermal-Diode Inputs ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy +60°C to +100°C ♦ Two PWM Outputs for Fan Drive (Open Drain; can
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MAX6640
TACHOMETER
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Untitled
Abstract: No abstract text available
Text: 19-3344; Rev 0; 8/04 KIT ATION EVALU E L B A IL AVA 2-Channel Temperature Monitor with Dual Automatic PWM Fan-Speed Controller Features ♦ Two Thermal-Diode Inputs ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy +60°C to +100°C ♦ Two PWM Outputs for Fan Drive (Open Drain; can
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MAX6640
21-0055F
MAX6640AEE-T
MAX6640AEE+
MAX6640AEE
MAX6640YAEE+
MAX6640ATE-T
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amd athlon PIN LAYOUT
Abstract: digital tachometer AUTOMATIC temperature FAN CONTROL BY USING THERM
Text: 19-3344; Rev 0; 8/04 2-Channel Temperature Monitor with Dual Automatic PWM Fan-Speed Controller Features ♦ Two Thermal-Diode Inputs ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy +60°C to +100°C ♦ Two PWM Outputs for Fan Drive (Open Drain; can
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16-Pin
MAX6640
amd athlon PIN LAYOUT
digital tachometer
AUTOMATIC temperature FAN CONTROL BY USING THERM
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Untitled
Abstract: No abstract text available
Text: 19-3344; Rev 1; 11/07 KIT ATION EVALU LE B A IL A AV 2-Channel Temperature Monitor with Dual Automatic PWM Fan-Speed Controller Features ♦ Two Thermal-Diode Inputs ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy +60°C to +100°C ♦ Two PWM Outputs for Fan Drive (Open Drain; can
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MAX6640
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amd athlon PIN LAYOUT
Abstract: digital tachometer circuit diagram of 3 wire cpu fan with tachometer W13H
Text: 19-3344; Rev 0; 8/04 2-Channel Temperature Monitor with Dual Automatic PWM Fan-Speed Controller Features ♦ Two Thermal-Diode Inputs ♦ Local Temperature Sensor ♦ 1°C Remote Temperature Accuracy +60°C to +100°C ♦ Two PWM Outputs for Fan Drive (Open Drain; can
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16-Pin
MAX6640
amd athlon PIN LAYOUT
digital tachometer
circuit diagram of 3 wire cpu fan with tachometer
W13H
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drill motor speed control circuit
Abstract: ac motor speed control circuit with triac universal MOTOR speed control schematic inductive speed sensor MAX232 circuit DIAC db9 triac firing pulse generating circuit electronic firing circuit for ac power controller how to interface optocoupler with triac opto diac
Text: APPLICATION NOTE IMPROVED SENSORLESS CONTROL WITH THE ST62 MCU FOR UNIVERSAL MOTOR J. NICOLAI, A. BAILLY, T. CASTAGNET The universal motor is today the most widely used motor in home appliances vacuum cleaner, washer, hand tool, food processor. . Three modes of operation exist:
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NCT80 D
Abstract: NCT80 NCT80DBR2G
Text: NCT80 Hardware Monitor with I2C Serial Interface The NCT80 is a two−wire serially programmable hardware monitor. It can monitor its on chip temperature via its local sensor, 7 analog inputs and measure the speed of two fans. Each of the measured values are compared with programmable limits and if any channel is outside
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NCT80
NCT80s
NCT80/D
NCT80 D
NCT80DBR2G
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MAX31785
Abstract: No abstract text available
Text: 19-5703; Rev 3; 8/12 6-Channel Intelligent Fan Controller The MAX31785 is a closed-loop multichannel fan controller. Automatic closed-loop fan control saves system power by operating the fans at the lowest possible speeds. Added benefits of slower fan speeds include
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MAX31785
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555 FAN PWM
Abstract: DS75LV map diagram RPM meter 32SCL
Text: 19-5703; Rev 0; 12/10 6-Channel Intelligent Fan Controller The MAX31785 is a closed-loop multichannel fan controller. Automatic closed-loop fan control saves system power by operating the fans at the lowest possible speeds. Added benefits of slower fan speeds include
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MAX31785
T4066
MAX31785
555 FAN PWM
DS75LV
map diagram RPM meter
32SCL
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MAX31785
Abstract: No abstract text available
Text: 19-5703; Rev 2; 1/12 6-Channel Intelligent Fan Controller The MAX31785 is a closed-loop multichannel fan controller. Automatic closed-loop fan control saves system power by operating the fans at the lowest possible speeds. Added benefits of slower fan speeds include
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MAX31785
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PWM ge
Abstract: map diagram RPM meter 130NC MAX31785ETL automatic fan regulator using remote control
Text: 19-5703; Rev 1; 11/11 6-Channel Intelligent Fan Controller The MAX31785 is a closed-loop multichannel fan controller. Automatic closed-loop fan control saves system power by operating the fans at the lowest possible speeds. Added benefits of slower fan speeds include
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MAX31785
PWM ge
map diagram RPM meter
130NC
MAX31785ETL
automatic fan regulator using remote control
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AN1103 ST
Abstract: AN1103 back-emf motor application note ST72141 TS274 zero crossing
Text: AN1103 APPLICATION NOTE IMPROVED B-EMF DETECTION FOR LOW-SPEED AND LOW-VOLTAGE APPLICATIONS WITH ST72141 by Microcontroller Division Applications The ST72141 Microcontroller has been designed by STMicroelectronics for BLDC motor drives. Optimized for sensorless motor control, based on back-EMF zero-crossing detection
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AN1103
ST72141
ST72141
AN1103 ST
AN1103
back-emf motor application note
TS274
zero crossing
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MAX34441
Abstract: No abstract text available
Text: 19-5488; Rev 1; 1/12 PMBus 5-Channel Power-Supply Manager and Intelligent Fan Controller The MAX34441 is a complex system monitor that can manage up to five power supplies and a fan. The power-supply manager monitors the power-supply output voltage and constantly checks for user-programmable overvoltage and
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MAX34441
MAX34441
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USER-CONFIGURE
Abstract: DS75LV
Text: 19-5488; Rev 0; 8/10 PMBus 5-Channel Power-Supply Manager and Intelligent Fan Controller The MAX34441 is a complex system monitor that can manage up to five power supplies and a fan. The power-supply manager monitors the power-supply output voltage and constantly checks for user-programmable overvoltage and
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MAX34441
T4066
MAX34441
USER-CONFIGURE
DS75LV
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Untitled
Abstract: No abstract text available
Text: 19-5488; Rev 1; 1/12 PMBus 5-Channel Power-Supply Manager and Intelligent Fan Controller The MAX34441 is a complex system monitor that can manage up to five power supplies and a fan. The power-supply manager monitors the power-supply output voltage and constantly checks for user-programmable overvoltage and
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MAX34441
MAX34441
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