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Part Manufacturer Description Datasheet Download Buy Part
LTC1840CGN#PBF Linear Technology LTC1840 - Dual Fan Controller with 2-Wire Interface; Package: SSOP; Pins: 16; Temperature Range: 0°C to 70°C
LTC1840CGN Linear Technology LTC1840 - Dual Fan Controller with 2-Wire Interface; Package: SSOP; Pins: 16; Temperature Range: 0°C to 70°C
LTC1840CGN#TRPBF Linear Technology LTC1840 - Dual Fan Controller with 2-Wire Interface; Package: SSOP; Pins: 16; Temperature Range: 0°C to 70°C
LTC1695CS5 Linear Technology LTC1695 - SMBus/I2C Fan Speed Controller in SOT-23; Package: SOT; Pins: 5; Temperature Range: 0°C to 70°C
LTC1840IGN Linear Technology LTC1840 - Dual Fan Controller with 2-Wire Interface; Package: SSOP; Pins: 16; Temperature Range: -40°C to 85°C
LTC1840CGN#TR Linear Technology LTC1840 - Dual Fan Controller with 2-Wire Interface; Package: SSOP; Pins: 16; Temperature Range: 0°C to 70°C
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FAN7320 Fairchild Semiconductor Corporation Rochester Electronics 697 - -
FAN7320B Fairchild Semiconductor Corporation Rochester Electronics 6,565 - -

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fan 7320

Abstract: d 9329 NLP65-9310 NLP65-9308 NLP65-7310 PIN IC 7308 NLP65-7308
Text: powering the fan . P ^ [ 2 YEAR W ARRANTY ] C £( L V ° ) SPECIFICATION O U T P U T S P E C IFIC , 1.0A 0.65 A 9.1A 1 .OA 0.65A 9.1 A 0.5A 9.1A 1.OA FAN 9.0A 1.25A 0.8A 9.0A 1.25A 0.8A 9.0A 0.625A 9.0A , ±5.0% ±2.0% ±5.0% ±5.0% ±2.0% ±5.0% ±2.0% ±5.0% NLP65-7329 NLP65-9329 NLP65-X329G NLP65- 7320 NLF , natural convection (69.6W with a 20CFM fan ). Maximum continuous output power. Models NLP65-X310 must not exceed 49.5W with natural convection (75W with a 20CFM fan ). Model NLP65-X320 and NLP65-X329 must not


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PDF NLP65 EN61000-3-2 EN55022, EN55011 EN61000-4-2, IEC320 fan 7320 d 9329 NLP65-9310 NLP65-9308 NLP65-7310 PIN IC 7308 NLP65-7308
fairchild fan 7320

Abstract: fan 7320 EDR-7320 N14A MS-001 M14D M14A 74F38SJ 74F38SC 74F38PC
Text: suffix letter "X" to the ordering code. Logic Symbol Connection Diagram IEEE/IEC Unit Loading/ Fan Out , ARE IN MILLIMETERS NOTES: A. CONFORMS TO EIAJ EDR- 7320 REGISTRATION, ESTABLISHED IN DECEMBER, 1998


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PDF 74F38 74F38SC 14-Lead MS-120, 74F38SJ 74F38PC MS-001, fairchild fan 7320 fan 7320 EDR-7320 N14A MS-001 M14D M14A
2001 - fan 7320

Abstract: atmel 936 ttl buffer UART using VHDL MG2014P MG2044P MG2142P MG2270P TM1019
Text: 3.332 Tphl BOUT3 Output buffer with 12 mA drive Tplh Tphl BOUT12 3V 7.320 , 1.143 1.656 Ts 0.501 0.976 Th 12 fan 0.776 Tphl Inverter 16 fan 1.430 Tphl INV TTL input buffer 15 fan 0.936 Tphl BINTTL CMOS input buffer Tplh Tphl , gate D flip-flop with scan input, Clk to Q 12 fan 8 fan 51 fan 8 fan 8 fan 8 fan


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PDF 484full fan 7320 atmel 936 ttl buffer UART using VHDL MG2014P MG2044P MG2142P MG2270P TM1019
2002 - fan 7320

Abstract: LA 4440 circuit diagram atmel 936 MG2014P MG2044P MG2142P TM1019 0.5-um CMOS standard cell library 4116G
Text: , Clk to Q 0.936 Tplh OSFF 11.711 Tphl 4-input OR AND INVERT gate 7.320 Tplh , pf 15 fan 16 fan 12 fan 12 fan 8 fan 51 fan 8 fan 8 fan 8 fan 13 4116G


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PDF 4116G fan 7320 LA 4440 circuit diagram atmel 936 MG2014P MG2044P MG2142P TM1019 0.5-um CMOS standard cell library
fan 7320

Abstract: atmel 936 radiation hard PLL TM1019 MG2270P MG2142P MG2044P MG2014P ttl buffer OAI22 capacitance
Text: 7.320 11.711 VDD Cell Description Load Transition 5V 12 4-input OR AND INVERT gate 8 fan 8 fan 1.081 Tplh 0.564 0.864 0.382 0.487 Tplh 0.726 1.076 , Tphl OAI22 2-Input NOR gate 51 fan 0.687 Tphl NOR2 High drive internal buffer 1.423 Tphl BUF4X 0.983 Th 8 fan Tplh Ts D flip­flop, Clk to Q 12 fan 1.085 Tphl FDFF 2 ­ input NAND 12 fan 0.776 Tphl NAND2 Inverter 16 fan 1.430


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PDF OAI22 fan 7320 atmel 936 radiation hard PLL TM1019 MG2270P MG2142P MG2044P MG2014P ttl buffer OAI22 capacitance
fan 7320

Abstract: fairchild fan 7320 74F109PC 74F109SC 74F109SJ 74F109 M16A M16D MS-001 N16E
Text: / Fan Out Pin Names Description U.L. HIGH/LOW Input l|H/l|L Output Ioh^OL J-l, J2i K-|, K2 Data Inputs , V. iH -1.8±0.1 I 0.12 (0 |C|A| DIMENSIONS ARE IN MILLIMETERS NOTES: A. CONFORMS TO EIAJ EDR- 7320


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PDF 74F109_ 74F109SC 16-Lead fan 7320 fairchild fan 7320 74F109PC 74F109SJ 74F109 M16A M16D MS-001 N16E
fan 7320

Abstract: F407 diode f407 F 407 Diode 54F407FM 407b E28A J24A J24F W24C
Text: – 7-sib Powered by ICminer.com Electronic-Library Service CopyRight 2003 Unit Loading/ Fan Out: See , operations and should not be used to estimate propagation delays. tSDllSS 0DflE470 bDT ■7320 Powered by


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PDF 54F407 16-bit 407-c 407-c fan 7320 F407 diode f407 F 407 Diode 54F407FM 407b E28A J24A J24F W24C
fan 7320

Abstract: No abstract text available
Text: 13 - C O 7-318 I 407 Unit Loading/ Fan Out: Pin Names See Section 2 for U .L , be used to estimate propagation delays. 7-320 407 7-321 I Ni o Absolute Maximum


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PDF 54F407 16-bit 407-c 407-a fan 7320
2006 - fan 7320

Abstract: FLT 60-400 TSH124 5760 sop16 QSOP16 KTA1270 HW-101A ATS177 automatic change over circuit diagram of 2 motors temperature dependent speed regulator for fans
Text: aMC8500 Preliminary Specification TWO PHASE VARIABLE SPEED FAN MOTOR CONTROLLER PRODUCT , required functions to implement fan speed control. This device features a selectable slope pulse width , variable speed brushless motor controller containing all the required functions for implementing a fan , 1.0 mA or less to enable auto Power Down. This gives the fan designer a choice between letting the , complete fan control solutions with a brief description. For clarity, many of the circuits show only the


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PDF aMC8500 aMC8500 70A04018 fan 7320 FLT 60-400 TSH124 5760 sop16 QSOP16 KTA1270 HW-101A ATS177 automatic change over circuit diagram of 2 motors temperature dependent speed regulator for fans
NCT7904D

Abstract: No abstract text available
Text: ) . 8 TM 2.4 SMART FAN PWM Output Control , . 19 Fan Speed Control , . 26 Fan , . 19 Fan Output Nonstop Value . 19 Smart Fan Control Table


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PDF NCT7904D NCT7904D
1995 - fan 7320

Abstract: WDR2400 7400 fan-in 3570 1210 123 hl 4020 1210 1420 1680 2040 7220
Text: 6830 7320 7810 8300 8790 9280 9770 047X047 5340 5830 6310 6800 7290 , 7320 7780 8240 8700 9160 092X092 4990 5450 5910 6370 6830 7280 7740 , LH HL 0.628 0.849 0.013 0.017 0.159 0.209 WDR2120 ( Fan In = 18.7) A Y LH


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PDF OKI-6994 1-800-OKI-6388 fan 7320 WDR2400 7400 fan-in 3570 1210 123 hl 4020 1210 1420 1680 2040 7220
2006 - fan 7320

Abstract: 9404-2 temperature dependent speed regulator for fans microcontroller based sensor TSH124 SOIC16 QSOP16 KTA1270 HW-101A ATS177
Text: Preliminary Specification aMC8500 TWO PHASE VARIABLE SPEED FAN MOTOR CONTROLLER PRODUCT , required functions to implement fan speed control. This device features a selectable slope pulse width , brushless motor controller containing all the required functions for implementing a fan control system , 1.0 mA or less to enable auto Power Down. This gives the fan designer a choice between letting the , several complete fan control solutions with a brief description. For clarity, many of the circuits show


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PDF aMC8500 aMC8500 70A04018 fan 7320 9404-2 temperature dependent speed regulator for fans microcontroller based sensor TSH124 SOIC16 QSOP16 KTA1270 HW-101A ATS177
Not Available

Abstract: No abstract text available
Text: 010b 52h 5760 1070 4 1010 011b 53h 7320 2050 5 1010 100b 54h 7150 2800 6 1010 101b 55h 5230 2740 7 1010 110b 56h 10700 7320 8 1010 , 7320 10700 11 1011 010b 5Ah 2740 5230 12 1011 011b 5Bh 5360 13700 , OFF Not Supported: OTHER Not Supported: VOUT_OV_FAULT Not Supported: FAN FAULT OR WARNING


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PDF D44TL1A0 D44TL1A0 D44TL1A0,
2006 - fan 7320

Abstract: HW-101A FLT 60-400 12v soft start DC motor control diagram hw101 regulator 7828 QSOP16 KTA1270 ATS177 tsh124
Text: Preliminary Specification aMC8500 TWO PHASE VARIABLE SPEED FAN MOTOR CONTROLLER PRODUCT , required functions to implement fan speed control. This device features a selectable slope pulse width , the required functions for implementing a fan control system. Motor control features consists of a , 1.0 mA or less to enable auto Power Down. This gives the fan designer a choice between letting the , and several complete fan control solutions with a brief description. For clarity, many of the


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PDF aMC8500 aMC8500 70A04018 fan 7320 HW-101A FLT 60-400 12v soft start DC motor control diagram hw101 regulator 7828 QSOP16 KTA1270 ATS177 tsh124
2001 - TRA73

Abstract: No abstract text available
Text: a Dual PWM Fan Controller and Temperature Monitor for High Availability Systems ADM1029 , Equipment FEATURES Software Programmable and Automatic Fan Speed Control Automatic Fan Speed Control , and Power Consumption Remote and Local Temperature Monitoring Dual Fan Speed Measurement Supports , POINTER REGISTER ADM1029 SLAVE ADDRESS REGISTER INTERRUPT MASK REGISTERS FAN 1 STATUS REGISTER INTERRUPT STATUS REGISTERS INT INTERRUPT MASKING CFAULT PRESENT1 FAULT1 FAN 1 MIN SPEED REGISTER


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PDF ADM1029* ADM1029s 24-Lead RQ-24) C01721 TRA73
1998 - heat sensor with fan cooling 1n4148

Abstract: 12V FAN CONTROL BY USING THERMISTOR microcontroller based temperature control fan TEMPERATURE DEPENDENT DC FAN SPEED CONTROL fan speed control using pwm circuit diagram heat sensor with fan cooling 12V FAN CONTROL BY Using 1N4148 simple temperature controlled dc fan PWM 12V fan speed control 3 pin fan speed control using pwm
Text: he Brushless DC fan (BDC Fan ) has become the air mover of choice in computing equipment, office automation products, home entertainment systems, and the like. Unlike conventional DC fans, the BDC fan is , the same level of reliability as the system electronics they protect. BDC fan failure commonly results from wear-out mechanisms (primarily fan bearing failures), physical damage, or blockage by , issues can be minimized by adding BDC fan management circuitry to operate the fan only as necessary to


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PDF TC643 TC642/646 heat sensor with fan cooling 1n4148 12V FAN CONTROL BY USING THERMISTOR microcontroller based temperature control fan TEMPERATURE DEPENDENT DC FAN SPEED CONTROL fan speed control using pwm circuit diagram heat sensor with fan cooling 12V FAN CONTROL BY Using 1N4148 simple temperature controlled dc fan PWM 12V fan speed control 3 pin fan speed control using pwm
2004 - D1N4003

Abstract: No abstract text available
Text: for fan power is required for operation of the LM85/LM96000 Evaluation Board with the 3terminal DC fans. The third terminal of the fan is the open-collector fan tachometer (tach) output. It is , VID Signals VID3 D2- +1.05 V Fan V+ +2.43 V +5.0 VDC U4 LM85 or LM96000 +5V or +12V for fan plus 0.8 VDC PWM2 5V TACH1 12V TACH2 2.5V TACH3 VCCP TACH4 12 MHz Fan V- PWM1 PWM3 J6 Voltage Monitors J3 Fan Power Fan V+ VID4


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PDF LM85/LM96000 D1N4003
2001 - brushless FAN ADDA

Abstract: max6550 panaflo dc brushless Panaflo fb Panaflo 3825RPM sunon fan 4 pin
Text: General Description The MAX6650/MAX6651 fan controllers use an SMBusTM/I2CTM-compatible interface to , force the fan 's tachometer frequency ( fan speed) to match a preprogrammed value in the Fan-Speed Register by using an external MOSFET or bipolar transistor to linearly regulate the voltage across the fan . The MAX6650 regulates the speed of a single fan by monitoring its tachometer output. The MAX6651 also regulates the speed of a single fan , but it contains additional tachometer inputs to monitor up to four fans


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PDF MAX6650/MAX6651 5VDC/12VDC MAX6650 MAX6651 10LUMAX MAX6650/MAX6651 brushless FAN ADDA max6550 panaflo dc brushless Panaflo fb Panaflo 3825RPM sunon fan 4 pin
2003 - AUTOMATIC FAN SPEED CONTROL

Abstract: Tachometer circuit cpu fan ADM1029 ADM1029ARQ RQ-24
Text: a Dual PWM Fan Controller and Temperature Monitor for High Availability Systems ADM1029* FEATURES Software Programmable and Automatic Fan Speed Control Automatic Fan Speed Control Allows , Power Consumption Remote and Local Temperature Monitoring Dual Fan Speed Measurement Supports Backup , ADDRESS POINTER REGISTER SLAVE ADDRESS REGISTER INTERRUPT MASK REGISTERS PRESENT1 FAN 1 STATUS REGISTER FAULT1 DRIVE1 INT INTERRUPT MASKING INTERRUPT STATUS REGISTERS CFAULT FAN 1


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PDF ADM1029* ADM1029s ADM1029s 24-Lead MO-137AE 4/03--Data C01721 AUTOMATIC FAN SPEED CONTROL Tachometer circuit cpu fan ADM1029 ADM1029ARQ RQ-24
2001 - PWM fan speed control

Abstract: AUTOMATIC FAN SPEED CONTROL METHOD Acoustics cpu fan 2N3904 400M ADM1030 ADM1030ARQ RQ-16
Text: a Intelligent Temperature Monitor and PWM Fan Controller ADM1030* FEATURES Optimized for Pentium® III: Allows Reduced Guardbanding Software and Automatic Fan Speed Control Automatic Fan Speed , Pulsewidth Modulation Fan Control (PWM) Programmable PWM Frequency Programmable PWM Duty Cycle Tach Fan Speed Measurement Analog Input To Measure Fan Speed of 2-Wire Fans (Using Sense Resistor) 2 , temperature guardbanding and increase system performance. A Pulsewidth Modulated (PWM) Fan Control output


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PDF ADM1030* 16-Lead RQ-16) PWM fan speed control AUTOMATIC FAN SPEED CONTROL METHOD Acoustics cpu fan 2N3904 400M ADM1030 ADM1030ARQ RQ-16
555 FAN CONTROL BY USING THERMISTOR

Abstract: 12v dc soft start motor fan DELTA fan 555 FAN CONTROL PAN 3504 PWM USING IC 555 TIMER 12v brushless motor fan cpu IEC60529 BUZZER WATERPROOF PWM 12V fan speed control ic 555
Text: fan from 25mm-200mm, blowers from 30mm-175mm, cross-flow fans and slim blowers. In combine with , increase cooling performance but also reduce system noise with temperature sensor control when the fan is in low load operation. Fans with hot-swap construction, fan trays and modules with strong pan and , .5 PL.6 0.5 M MIN 1.5 IN. 0.25IN SETTLING MEANS (see note 5) FAN M VARIABLE EXHAUST SYSTEM SETTLING MEANS Wind Tunnel Waterproof fan Currently, many customer system applications


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PDF ISO-9001 TS-16949 D-59494, 555 FAN CONTROL BY USING THERMISTOR 12v dc soft start motor fan DELTA fan 555 FAN CONTROL PAN 3504 PWM USING IC 555 TIMER 12v brushless motor fan cpu IEC60529 BUZZER WATERPROOF PWM 12V fan speed control ic 555
PWM 12V fan speed control ic 555

Abstract: DELTA fan 555 FAN CONTROL BY USING THERMISTOR 555 FAN PWM fan speed control using thermistor soft start circuit 555 timer PWM 555 FAN CONTROL 555 FAN CONTROL BUZZER WATERPROOF buzzer 48vdc
Text: fan from 25mm-200mm, blowers from 30mm-175mm, cross-flow fans and slim blowers. In combine with , increase cooling performance but also reduce system noise with temperature sensor control when the fan is in low load operation. Fans with hot-swap construction, fan trays and modules with strong pan and , M MIN 1.5 IN. 0.25IN SETTLING MEANS (see note 5) FAN M VARIABLE EXHAUST SYSTEM SETTLING MEANS Wind Tunnel Waterproof fan Currently, many customer system applications in telecom


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PDF ISO-9001 TS-16949 D-59494, PWM 12V fan speed control ic 555 DELTA fan 555 FAN CONTROL BY USING THERMISTOR 555 FAN PWM fan speed control using thermistor soft start circuit 555 timer PWM 555 FAN CONTROL 555 FAN CONTROL BUZZER WATERPROOF buzzer 48vdc
2009 - PWM 12V fan speed control circuit

Abstract: fan speed control using pwm circuit diagram automatic fan controller theory PWM fan speed control cpu fan Tachometer circuit ADM1029 temperature based fan speed control pwm fault pin PWM 12V fan speed control
Text: a Dual PWM Fan Controller and Temperature Monitor for High Availability Systems ADM1029* FEATURES Software Programmable and Automatic Fan Speed Control Automatic Fan Speed Control Allows , Power Consumption Remote and Local Temperature Monitoring Dual Fan Speed Measurement Supports Backup , ADDRESS POINTER REGISTER SLAVE ADDRESS REGISTER INTERRUPT MASK REGISTERS PRESENT1 FAN 1 STATUS REGISTER INT INTERRUPT MASKING INTERRUPT STATUS REGISTERS FAULT1 DRIVE1 CFAULT FAN 1 MIN


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PDF ADM1029* ADM1029s ADM1029s 24-Lead PWM 12V fan speed control circuit fan speed control using pwm circuit diagram automatic fan controller theory PWM fan speed control cpu fan Tachometer circuit ADM1029 temperature based fan speed control pwm fault pin PWM 12V fan speed control
2008 - TEMPERATURE DEPENDENT DC FAN SPEED CONTROL USING

Abstract: cpu fan 2N3904 400M ADM1031
Text: Intelligent Temperature Monitor and Dual PWM Fan Controller ADM1031 FEATURES GENERAL DESCRIPTION Optimized for Pentium® III Reduced guardbanding software Automatic fan speed control , ) fan control for two fans Programmable PWM frequency and PWM duty cycle Tach fan speed measurement (two channels) Analog input to measure fan speed of 2-wire fans (using sense resistor) 2-wire system , system performance. Two PWM fan control outputs control the speed of two cooling fans by varying output


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PDF ADM1031 TEMPERATURE DEPENDENT DC FAN SPEED CONTROL USING cpu fan 2N3904 400M ADM1031
1998 - heat sensor with fan cooling

Abstract: anemometer circuitry fan design cpu fan pin data circuit in mother board desktop power supply 400 watts cpu fan computer fan Klamath style fan temperature sensor and fan
Text: Low Profile Fan Duct Design Guidelines Date: December 23, 1998 Revision: 1.0 THIS , , Hillsboro, OR 97124-6497 Low Profile Fan Duct Design Guidelines 1 Low Profile Fan Duct Design , . 7 Airflow Through Fan Duct , . 8 Fan Duct Shape , .13 4.2.1 4.2.2 4.2.3 4.2.4 Fan Duct Mounting


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