500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
LTC4069EDC-4.4#TR Linear Technology LTC4069-4.4 - Standalone 750mA Li-Ion Battery Charger in 2 x 2 DFN with NTC Thermistor Input; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC4081EDD#TRPBF Linear Technology LTC4081 - 500mA Li-Ion Charger with NTC Input and 300mA Synchronous Buck; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC4069EDC-4.4#TRM Linear Technology LTC4069 - Standalone 750mA Li-Ion Battery Charger in 2 x 2 DFN with NTC Thermistor Input; Package: DFN; Pins: 6; Temperature: Extended visit Linear Technology - Now Part of Analog Devices
LTC4069EDC-4.4#TRMPBF Linear Technology LTC4069-4.4 - Standalone 750mA Li-Ion Battery Charger in 2 x 2 DFN with NTC Thermistor Input; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC4069EDC-4.4#TRPBF Linear Technology LTC4069-4.4 - Standalone 750mA Li-Ion Battery Charger in 2 x 2 DFN with NTC Thermistor Input; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC4069EDC#TRMPBF Linear Technology LTC4069 - Standalone 750mA Li-Ion Battery Charger in 2 x 2 DFN with NTC Thermistor Input; Package: DFN; Pins: 6; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

TDC 310 NTC

Catalog Datasheet MFG & Type PDF Document Tags

TDC 310 NTC thermistor

Abstract: TDC 310 NTC , IMAXA = 39A 27.0 30.0 33.0 RSENSE = 0.75mI, IMAXA = 36A 25.0 28.0 31.0 RSENSE = , RSENSE = 0.85mI, IMAXA = 39A 30.0 33.0 36.0 RSENSE = 0.85mI, IMAXA = 36A 28.0 31.0 , 31.0 34.0 37.0 RSENSE = 0.95mI, IMAXA = 30A 25.0 28.0 31.0 RSENSE = 0.95mI, IMAXA , 33.0 RSENSE = 0.75mI, IMAXB = 36A 25.0 28.0 31.0 RSENSE = 0.75mI, IMAXB = 23A 15.0 , 30.0 33.0 36.0 RSENSE = 0.85mI, IMAXB = 36A 28.0 31.0 34.0 RSENSE = 0.85mI, IMAXB
Maxim Integrated Products
Original

TDC 310 thermistor

Abstract: TDC 310 NTC thermistor CCP22 RFB11 CCP12 Load Line NTC Thermistor; Locate close to VDD Power Stage VDD SENSE + VDD , Temperature Compensation A negative temperature coefficient (NTC) thermistor can be used for output1 inductor
International Rectifier
Original
TDC 310 thermistor TDC 310 NTC thermistor TDC 310 NTC smd code LE npn TDC+310+thermistor IR3521MTRPBF IR3521

TDC 310 NTC thermistor

Abstract: TDC 310 thermistor CCP12 RFB13 Load Line NTC Thermistor; Locate close to VDD Power Stage To VDD Remote Sense , Temperature Compensation A negative temperature coefficient (NTC) thermistor can be used for output1 inductor
International Rectifier
Original

amd am2 6000 pin diagram

Abstract: TDC 310 thermistor -310 CDELAY = 10 nF 100 VCROWBAR Relative to FBRTN Relative to FBRTN VOL(PWM) VOH(PWM , 150 300 310 -200 -190 300 mV mV mV mV mV 2 250 200 1.8 300 160 5 500 4.0 , 0.3750 V and 1.55 V (see Table 4). VR Hot Thermal Throttling Sense Input. An NTC thermistor between this , exceeded two different user-defined temperatures. The thermal monitoring circuit requires an NTC , FB COMP SS DELAY ILIMIT RT 130k 1% RLIM 160k 1% 1 32 RTH1 100k, 5% NTC
Analog Devices
Original
ADP3197 amd am2 6000 pin diagram 1N4148 ADP3120 ADP3120A IPD09N03L ADP31971 MO-220-VHHD-2 CP-32-2 ADP3197JCPZ-RL1 D06668-0-5/07

rbs 6102

Abstract: TDC 310 NTC , level shifting driver chip, three bootstrap diodes with current limiting resistor and an NTC thermistor , ) NTC 8.2K R25=100k ± 5% Open Drain Overcurrent Control IR21365 12K T/ITRIP (21) 4.3K , conditions, IGBT temperature is continuously monitored by the internal NTC thermistor feeding a temperature , ) 4.3K 8.2K 10µ 0.1µ VSS NTC 12K O/C SENSE (ACTIVE LOW) Figure 13: Typical system , time tDC :can also be calculated from equation (19) below. t DC = 1 f rect . Figure 16
International Rectifier
Original
rbs 6102 SCHEMATIC WITH IR2153 induction heating ir2153 7805 DPAK schematic diagram inverter air conditioner SCHEMATIC WITH IR2153 protection AN-1044 2000V

SCHEMATIC WITH IR2153

Abstract: 600V igbt dc to dc buck converter rbs 6102 SCHEMATIC WITH IR2153 resistor and an NTC thermistor/resistor pair for over temperature trip. The over current trip circuit , VCC +15V VCC (22) NTC 8.2K R25=100k ± 5% Open Drain Overcurrent Control IR21365 , conditions, IGBT temperature is continuously monitored by the internal NTC thermistor feeding a temperature , ) 4.3K 8.2K 10µ 0.1µ VSS NTC 12K O/C SENSE (ACTIVE LOW) Figure 13: Typical system , time tDC :can also be calculated from equation (19) below. t DC = 1 f rect . Figure 16
International Rectifier
Original
IRAMS10UP60A 600V igbt dc to dc buck converter rbs 6102 SCHEMATIC WITH IR2153 1EMU06 DIODE schematic diagram washing machines schematic diagram ac-dc inverter the calculation of the power dissipation for the igbt and the inverse diode in circuits IR2153

TDC 310 NTC thermistor

Abstract: SCHEMATIC WITH IR2153 , three bootstrap diodes with current limiting resistor and an NTC thermistor/resistor pair for over , in the event of over current detection. IRAM Module VCC +15V VCC (22) NTC 8.2K R25 , conditions, IGBT temperature is continuously monitored by the internal NTC thermistor feeding a temperature , V) 4.3K 8.2K 10µ 0.1µ V SS NTC 12K O/C SENSE (ACTIVE LOW) Figure 13 , frequency. The capacitor voltage discharge time tDC :can also be calculated from equation (19) below. t
International Rectifier
Original
flyback ir2153 IR2153 equivalent INVERTER using IR2153 ir2153 overcurrent protection 400V igbt dc to dc buck converter ir2153 application

TDC 310 thermistor

Abstract: TDC 310 NTC thermistor 150 300 300 mV mV mV 250 250 -250 -250 150 300 310 -200 -190 300 mV mV mV , 190 -300 -310 CDELAY = 10 nF 100 VCROWBAR tCROWBAR Relative to FBRTN Overvoltage to PWM , . An NTC thermistor between this pin and GND is used to remotely sense the temperature at the desired , userdefined temperatures. The thermal monitoring circuit requires an NTC thermistor to be placed between , CA 630pF CFB 16pF RTH1 100k, 5% NTC CSS 10nF C5 1nF C6 0.1µF 1 RT 130k
Analog Devices
Original
ADP3196 NTC 102 soft start circuit 555 timer MO-220-VJJD-2 CP-40 ADP3196JCPZ-RL1 D06371-0-10/06

TDC 310 thermistor

Abstract: TDC 310 NTC thermistor 300 300 mV mV mV 250 250 -250 -250 150 300 310 -200 -190 300 mV mV mV mV mV 1.85 s ns V 200 190 -300 -310 CDELAY = 10 nF 100 VCROWBAR tCROWBAR Relative to , PROCHOT# (a PC system signal) output from the CPU. VR Hot Thermal Throttling Sense Input. An NTC , monitoring circuit requires an NTC thermistor to be placed between TTSENSE and GND. A fixed current of 8 × , 18.7k CDLY 18nF CA 630pF CFB 16pF RTH1 100k, 5% NTC CSS 10nF C5 1nF C6 0.1F
ON Semiconductor
Original
soft start and stop circuit 555 timer

TDC 310 NTC thermistor

Abstract: TDC 310 NTC mV 50 150 150 300 300 mV mV mV 250 250 â'250 â'250 150 300 310 â'200 â'190 300 mV mV mV mV mV 1.85 µs ns V 200 190 â'300 â'310 CDELAY = 10 nF 100 , . An NTC thermistor between this pin and GND is used to remotely sense the temperature at the desired , userdefined temperatures. The thermal monitoring circuit requires an NTC thermistor to be placed between , 1.55V 100A TDC C32 10μF × 8 MLCC VCC(SENSE) C16 4.7μF U3 C15 ADP3120A 10nF 12V
ON Semiconductor
Original

G23 N60

Abstract: LPC47N254 NTD40N03 RTH2 100k , 5% NTC 4 VCC DRVL 5 C18 1μF 10 * Q11 NTD110N02 Q12 NTD110N02 , CCS1 1nF 5% NPO Q5 NTD40N03 0.5V TO 1.6V 56A TDC, 65A PK 4 VCC DRVL 5 VID7 VCC PWM1
-
Original
4X133MHZ G23 N60 LPC47N254 CH747 quanta rt1 quanta LPC47N354 PCI1510GVF 82562ET PC105 PR124 100K/F

SLG8SP513V

Abstract: LE82GM965 C13 18nF 680 C10 1µF 0.5V TO 1.6V 56A TDC, 65A PK VCC(CORE) RTN C32 10µF × 26 MLCC IN SOCKET Q3 , | Page 18 of 32 RPH1 1nF 5% NPO C7 1nF CDLY 10* RTH2 100k, 5% NTC CCS1 Q12 NTD110N02 C8
-
Original
SLG8SP513V ITE8512 R5C833 LE82GM965 NH82801HBM NH82801HB r433a SMSC1423 QFN-64 I1392 RJ45/M BCM5784M

cx20561-12z

Abstract: SLG8SP513V 320nH/1.4m C16 4.7µF 10* RTH2 100k, 5% NTC 10* 10* C25 + C32 + 560µF , VSS(SENSE) VCC(SENSE) 10µF × 26 MLCC IN SOCKET VCC(CORE) RTN 0.5V TO 1.6V 56A TDC, 65A
-
Original
ITE8502 cx20561-12z ITE8502E CX20561 LE82GM965-SLA5T-MM rtl8102el EMC1423-1-AIZL-TR 965GM RTL8102EL CX20561-12Z TPA6017A2 CX20548-11Z

P17AD

Abstract: PV14 circiut diagram 4.7F 10* RTH2 100k, 5% NTC 10* 10* C25 + C32 + 560F/4V x 8 SANYO SEPC , (SENSE) 10F × 26 MLCC IN SOCKET VCC(CORE) RTN 0.5V TO 1.6V 56A TDC, 65A PK VCC(CORE
-
Original
P17AD PV14 circiut diagram Mitsubishi DA U31 intel schematics RMD15 MLB-160808-1000L-N2 4X100 FSB533 FSB800 FSB400 100MHZ 133MHZ
Abstract: , 5% NTC 10* 10* C25 + C32 + 560µF/4V x 8 SANYO SEPC SERIES L2 5m EACH , NTD40N03 Q3 NTD110N02 C9 18nF Q4 NTD110N02 R4 2.2 0.5V TO 1.6V 56A TDC, 65A PK VSS ON Semiconductor
Original
ADP3193A ADP3193A1

TDC 310 NTC thermistor

Abstract: NTD40N03 Q6 NTD40N03 L3 320nH/1.4m C16 4.7µF 10* RTH2 100k, 5% NTC 10* 10* C25 + , Q4 NTD110N02 2700µF/16V/3.3A × 2 SANYO MV-WX SERIES 0.5V TO 1.6V 56A TDC, 65A PK VSS
Analog Devices
Original
ADP3199 NF5004 ADP3199JCPZ-RL D06253-0-8/06
Showing first 20 results.