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    Top Results (6)

    Part ECAD Model Manufacturer Description Datasheet Download Buy Part
    PTMP6331DYAT Texas Instruments ±1% tolerance 100kΩ linear thermistor available in an 0402 package Visit Texas Instruments
    PTMP6131DYAT Texas Instruments Silicon-based linear thermistor with a positive temperature coefficient (PTC) Visit Texas Instruments
    PTMP6431DECT Texas Instruments Silicon-based linear thermistor with a positive temperature coefficient (PTC) - 47kohm at 25C Visit Texas Instruments
    PTMP6131QDYATQ1 Texas Instruments Automotive ±1% tolerance 10kΩ linear thermistor available in 0402 and 0603 package options Visit Texas Instruments
    PTMP6331DECT Texas Instruments Silicon-based linear thermistor with a positive temperature coefficient (PTC) - 100kohm at 25C Visit Texas Instruments
    PTMP6331QDYATQ1 Texas Instruments Automotive ±1% tolerance 100k ohm linear thermistor available in a 0402 package option Visit Texas Instruments

    15k thermistor Datasheets Context Search

    Catalog Datasheet MFG & Type PDF Document Tags
    2003 - thermistor ntc 45k

    Abstract: No abstract text available
    Text: 4.99k PGND 32.4k RT 15k * THERMISTOR 10k NTC 150k 0.47µF ITH 6.04k GND 0.12µF , R10 32.4k 1% Z1 RT R13 1.5k THERMISTOR 10k NTC RT 150k R9 15k 0.25% R7 6.04k , Maximizes Charge Rate* Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V , final float voltage. The LTC4008 includes a thermistor sensor input that will suspend charging if an , 6.5 V 0.25 V Thermistor NTCVR Reference Voltage During Sample Time 4.5 V High


    Original     		PDF LTC4008 20-Pin NLTC4006 16-Pin LTC4007 LTC4100 4008fb thermistor ntc 45k
    9014 2n3904

    Abstract: 3.7v battery charger circuit diagram 2 SC 9014 tip 9012 G 1N4148 1N5819 AIC1563 AIC1761 AIC176X-XXXX 15k thermistor
    Text: C4 390K R1 VOUT GND 1.5K R6 LED +VDD TIMER 1.5K R7 FLASH VREF 20K R5 4.7K R4 1.5K R8 MODE VNTC ° ! ELECTRICAL CHARACTERISTICS (VDD=12.5V, Ta=25°C, unless , determined by an external thermistor divider circuit as included in the Application Examples, Fig. 10 , The battery temperature, sensed by the thermistor divider, exceeds the fault temperature range (TCO). , charge is prohibited can be set by choosing values for resistors and the thermistor of the thermistor


    Original     		PDF AIC1761/1766 DS-1761-02 AIC1761 AIC1766 Charge761-02 9014 2n3904 3.7v battery charger circuit diagram 2 SC 9014 tip 9012 G 1N4148 1N5819 AIC1563 AIC1761 AIC176X-XXXX 15k thermistor
    9014 2n3904

    Abstract: tip 9012 G 1000maH 2 SC 9014 basic transistor 9014 NTC 150k 1N4148 1N5819 AIC1563 AIC1761
    Text: RED VNTC LED BATTERY 10 R14 R13 1.5K THERMISTOR 9 ZD1 16V R19 R4 , 390K R1 VOUT GND 1.5K R6 LED +VDD TIMER 1.5K R7 FLASH VREF 20K R5 4.7K R4 1.5K R8 MODE VNTC ELECTRICAL CHARACTERISTICS PARAMETER (VDD=12.5V, Ta=25°C, unless , an external thermistor divider circuit as included in the Application Examples, Fig. 10. After the , temperature, sensed by the thermistor divider, exceeds the fault temperature range (TCO). YES If 0.65V


    Original     		PDF AIC1761/1766 DS-1761-02 AIC1761 AIC1766 015X45° 9014 2n3904 tip 9012 G 1000maH 2 SC 9014 basic transistor 9014 NTC 150k 1N4148 1N5819 AIC1563 AIC1761
    2003 - FDC6459

    Abstract: 614k NTC 150k LTC4008 thermistor ntc 45k bd 2003 fast charge battery PTC 1k thermistor conversion table LTC4008EGN Si4431DY thermistor 10k
    Text: NTC PGND 32.4k RT 15k * THERMISTOR 10k NTC 150k 0.47µF ITH 6.04k GND 0.12µF , ICL ICL R10 32.4k 1% Z1 R13 1.5k FLAG RT THERMISTOR 10k NTC RT 150k R9 15k , Accuracy AC Adapter Current Limiting Maximizes Charge Rate* Thermistor Input for Temperature Qualified , Portable Instruments Battery Backup Systems LTC4008 includes a thermistor sensor input that will , V 0.25 V Thermistor NTCVR Reference Voltage During Sample Time 4.5 V High


    Original     		PDF LTC4008 20-Pin LTC4006 16-Pin LTC4007 4008i FDC6459 614k NTC 150k LTC4008 thermistor ntc 45k bd 2003 fast charge battery PTC 1k thermistor conversion table LTC4008EGN Si4431DY thermistor 10k
    2003 - PTC 1k thermistor conversion table

    Abstract: data sheet ic 4008 p-MOSFET "soft start" NTC 150k marcon capacitor nc 12v dc to dc mobile charger circuit PTC 3k thermistor conversion table LT 4008 Battery charger 48 volt circuit diagram Intel 4008
    Text: NTC PGND 32.4k RT 15k * THERMISTOR 10k NTC 150k 0.47µF ITH 6.04k GND 0.12µF , ICL ICL R10 32.4k 1% Z1 R13 1.5k FLAG RT THERMISTOR 10k NTC RT 150k R9 15k , Accuracy AC Adapter Current Limiting Maximizes Charge Rate* Thermistor Input for Temperature Qualified , Portable Instruments Battery Backup Systems LTC4008 includes a thermistor sensor input that will , V 0.25 V Thermistor NTCVR Reference Voltage During Sample Time 4.5 V High


    Original     		PDF LTC4008 20-Pin LTC4006 16-Pin LTC4007 4008i PTC 1k thermistor conversion table data sheet ic 4008 p-MOSFET "soft start" NTC 150k marcon capacitor nc 12v dc to dc mobile charger circuit PTC 3k thermistor conversion table LT 4008 Battery charger 48 volt circuit diagram Intel 4008
    2003 - Intel 4008

    Abstract: LTC4008-1 in 4008 diode 337 6K tantalum
    Text: 0.025 0.02 SYSTEM LOAD 15k * THERMISTOR 10k NTC 150k 0.47µF 6.04k 0.12µF ITH GND 26.7k Q1 , R11 100k ICL R12 100k FAULT FLAG Z1 C7 0.47µF THERMISTOR 10k NTC R10 32.4k 1% Q3 2N7002 R13 1.5k , * Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V Wide Output Voltage , thermistor sensor input that will suspend charging if an unsafe temperature condition is detected and will , Clamping Voltage (VCLP ­ VINFET) INFET "Off" Clamping Voltage (VCLP ­ VINFET) Thermistor NTCVR Reference


    Original     		PDF LTC4008 20-Pin MBRS130T3 Si4431ADY FDC645N Intel 4008 LTC4008-1 in 4008 diode 337 6K tantalum
    2003 - NTC-8 series capacitor

    Abstract: LT 4008 LTC4008 NTC 150k Intel 4008 in 4008 diode FDC645N LTC4008EGN Si4431BDY LTC4008-1
    Text: TGATE FLAG FLAG BGATE NTC PGND 32.4k RT 15k * THERMISTOR 10k NTC 150k 0.47µF , 32.4k 1% Z1 R13 1.5k TGATE FLAG PGND RT THERMISTOR 10k NTC RT 150k R9 15k , Charge Rate* Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V , includes a thermistor sensor input that will suspend charging if an unsafe temperature condition is , 0.25 V Thermistor NTCVR Reference Voltage During Sample Time 4.5 V High Threshold


    Original     		PDF LTC4008 16-Pin LTC4007 LTC4100 4008fa NTC-8 series capacitor LT 4008 LTC4008 NTC 150k Intel 4008 in 4008 diode FDC645N LTC4008EGN Si4431BDY LTC4008-1
    2003 - Si4431B

    Abstract: in 4008 diode LTC4008EGN LTC4008 LTC4008-1 Intel 4008 NTC 8 NTC 150k PTC 1k thermistor conversion table FDC645N
    Text: 4.99k PGND 32.4k RT 15k * THERMISTOR 10k NTC 150k 0.47F ITH 6.04k GND 0.12F , 1% Z1 R13 1.5k TGATE FLAG PGND RT THERMISTOR 10k NTC RT 150k R9 15k , Maximizes Charge Rate* Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V , ICL ACP 0.1F INFET ICL 100k The LTC4008 includes a thermistor sensor input that will , 6.5 V 0.25 V Thermistor NTCVR Reference Voltage During Sample Time 4.5 V High


    Original     		PDF LTC4008 LTC4006 16-Pin LTC4007 LTC4100 4008fb Si4431B in 4008 diode LTC4008EGN LTC4008 LTC4008-1 Intel 4008 NTC 8 NTC 150k PTC 1k thermistor conversion table FDC645N
    SC10 ntc

    Abstract: NTC 15 thermistor 1030 GA20 Application Form 3J683 Thermistor NTC 400k IT-I298 TH05 FH10-6E103 47k thermistor ntc c2570 transistor
    Text: 30 2H680 NTC THERMISTOR 2D300 220 2,900K 2,901K 3U153 15k 3,850K 3,870K , , GH13 Axial leaded GA20, GH20 TN05 - Series NTC THERMISTOR , oscillator (TCXO) Chip thermistor is used for temperature compensation of TCXO, which is a key device for , battery pack Fuse Battery cells For high temp. C Battery pack Chip thermistor with , THERMISTOR CD AV Video camera, Car audio VCR, Product lineup TN20


    Original     		PDF 10k470k 30150k 1k10k 2k150k SC10 ntc NTC 15 thermistor 1030 GA20 Application Form 3J683 Thermistor NTC 400k IT-I298 TH05 FH10-6E103 47k thermistor ntc c2570 transistor
    2002 - LTLX LTC 1733

    Abstract: Thermistor 15k 20 degree c thermistor ntc 15k NTC interface design NTC 15k temperature vs resistance table ltlx NTC 1K thermistor
    Text: Recharge Thermistor Input for Temperature Qualified Charging AC Present Logic Output 4.1V/4.2V Pin , 0.1µF 5 NTC 6 1.5k 1% 1733TA01 *AN OUTPUT CAPACITOR MAY BE REQUIRED DEPENDING ON BATTERY LEAD , Current 4.24 4.22 V SEL = 5V 4.20 4.18 VBAT (V) VCC = 5V TA = 25°C RPROG = 1.5k 4.16 4.14 4.12 , ) VBAT (V) PROG Pin Voltage vs Charge Current 1.6 VCC = 5V 1.4 TA = 25°C RPROG = 1.5k 1.2 VSEL = 5V , G05 IBAT (mA) 1.0 Charge Current vs VCC 1100 RPROG = 1.5k 1000 900 1000 900 800 700 VBAT =


    Original     		PDF LTC1733 10-Pin OT-23 1733f LTLX LTC 1733 Thermistor 15k 20 degree c thermistor ntc 15k NTC interface design NTC 15k temperature vs resistance table ltlx NTC 1K thermistor
    2002 - LTLX LTC 1733

    Abstract: NTC 5K ltlx circuit diagram for 48v automatic battery charger NTC 30K resonant self oscillation push pull 48V automatic charger NTC 005 thermistor ntc 50k LTC1733
    Text: Charge Current Detection Output Automatic Recharge Thermistor Input for Temperature Qualified Charging , LTC1733 4 7 TIMER PROG GND NTC 5 6 0.1µF IBAT = 1A 1.5k 1% 4.2V 1-CELL Li-Ion , Battery Regulation Voltage vs Temperature VCC = 5V TA = 25°C RPROG = 1.5k 4.22 V SEL = 5V 4.20 VCC = 5V 4.22 IBAT = 10mA RPROG = 1.5k 4.20 4.18 TA = 25°C 4.22 IBAT = 10mA RPROG = 1.5k , Current vs Input Voltage 700 0.8 6.0 1100 VCC = 5V 1000 TA = 25°C 900 RPROG = 1.5k VSEL


    Original     		PDF LTC1733 10-Pin LTC1734 LTC1998 OT-23 LTC4050 sn1733 1733fs LTLX LTC 1733 NTC 5K ltlx circuit diagram for 48v automatic battery charger NTC 30K resonant self oscillation push pull 48V automatic charger NTC 005 thermistor ntc 50k LTC1733
    Not Available

    Abstract: No abstract text available
    Text: Charge Current Detection Output Automatic Recharge Thermistor Input for Temperature Qualified Charging , TIMER PROG GND NTC 5 6 0.1µF IBAT = 1A 1.5k 1% 4.2V 1-CELL Li-Ion BATTERY , Battery Regulation Voltage vs Temperature VCC = 5V TA = 25°C RPROG = 1.5k 4.22 V SEL = 5V 4.20 VCC = 5V 4.22 IBAT = 10mA RPROG = 1.5k 4.20 4.18 TA = 25°C 4.22 IBAT = 10mA RPROG = 1.5k , 25°C 900 RPROG = 1.5k VSEL = 5V 800 1.0 5.0 1733 G03 1100 VCC = 5V 1.4 TA = 25Â


    Original     		PDF LTC1733 10-Pin LTC1734 LTC1998 OT-23 LTC4050 sn1733 1733fs
    piher 47k

    Abstract: NTC 25k ntc 50K B 3950 MT 2800 N
    Text: a thermistor chip for mounting directly to the bonding pads o f Hybrid Substrates. M EC Citec , % 10k ft ± 10% 15k ft ± 5% 15k ft ± 10% 20k ft ± 5% 20k f t ± 10% 30k ft ± 5% 30k ft ± 10% B-VALUE R 25 , . For dimensions see H O W T O ORD ER code below. STRUCTURE TYPE A TYPE B THERMISTOR SELECTION , -3 0 2 -5 0 2 -1 0 3 -1 5 3 -1 5 3 -2 0 3 -3 0 3 RESISTANCE /fli 40 100 500 1 .OK 1.5K 2 .OK 21K 2.5K 2.5K 30K 5.0K 10K 15K 15K 20K 30K B-CONSTANT ÎK1 2750 2750 3300 3300 3400 3400 4100 3400 4100 4100 3500


    OCR Scan     		PDF 847-390-6680/Fax piher 47k NTC 25k ntc 50K B 3950 MT 2800 N
    thermistor 4k7

    Abstract: NTC 4k7 thermistor JIS3282 Meggitt Sensors Meggitt THERMISTOR
    Text: , reflow or vapour phase; Style A is a thermistor chip for mounting directly to the bonding pads of Hybrid , % 2.5k ± 10% 5k ± 5% 5k ± 10% 10k ± 5% 10k ± 10% 15k ± 5% 15k ± 10% 20k ± 5% 20k ± 10% 30k ± 5 , ) Reel Quantity 3000 pieces THERMISTOR SELECTION GUIDE Common Part Resistance B-Constant (K) & , 2K5 3400 -2524100 -2522K5 -3023K0 4100 -5025K0 3500 3750 -10310K -15315K 3750 15K 3950 -153-20320K , soldering iron) and preheating thermistor chip shall be 150°C maximum. FIGURE 1. below. The temperature


    Original     		PDF
    JIS3282

    Abstract: NTC 4k7 thermistor
    Text: , reflow or vapour phase; Style A is a thermistor chip for mounting directly to the bonding pads of Hybrid , % 10k ± 5% 10k ± 10% 15k ± 5% 15k ± 10% 20k ± 5% 20k ± 10% 30k ± 5% 30k ± 10% TYPE 3157 , ) Reel Quantity 3000 pieces THERMISTOR SELECTION GUIDE Common Part Resistance B-Constant (K) & , 2K5 3400 -2524100 -2522K5 -3023K0 4100 -5025K0 3500 3750 -10310K -15315K 3750 15K 3950 -153-20320K , or tip of soldering iron) and preheating thermistor chip shall be 150°C maximum. FIGURE 1. below. The


    Original     		PDF
    2001 - TTC 103 thermistor

    Abstract: TTC 103 ntc thermistor Semitec AT103 NTC TTC 103 thermistor ICS1718 thermistor ttc 103 ntc TTC 103 AT103-1 TTC 103 ntc resistor SeMitec Ishizuka Electronics NTC
    Text: , thermistor or temperature switch input, and a charge status output pin. The ICS1718 uses pulsed-current , internal oscillator, providing the clock for the device. 15K or 30K and 100pF are normally used. Pin 5 can , , capable of supplying 7 mA. 6 THERM IN Thermistor or thermal switch input referenced to , shown in Table 4A and Figure 9. The voltage at THERM pin 6 is produced by a NTC thermistor in the , thermistor or normally closed thermal switch referenced to battery minus for THERM pin 6 sensing, the above


    Original     		PDF ICS1718 TTC 103 thermistor TTC 103 ntc thermistor Semitec AT103 NTC TTC 103 thermistor ICS1718 thermistor ttc 103 ntc TTC 103 AT103-1 TTC 103 ntc resistor SeMitec Ishizuka Electronics NTC
    Not Available

    Abstract: No abstract text available
    Text: Drawing: C48-229 ACCESSORIES • Sensor Input: NTC Thermistor , 185K to 600 TS67 ( 15K ) –20° to 110°C TS91 (10K) –30° to 104°C TS104 (50K) 0° to 150°C TS136 ( 15K ) –20° to 110 , €“30° to +225°C in multiple ranges allows these thermistor sensing controllers to be utilized in a wide , €¢ Economical Price Input to Output Isolation SPDT Relay Output ON/OFF Control Mode Thermistor Input


    Original     		PDF 5CX-754 120VAC C48-229 TS104 TS136 TS165 877-766-OVEN
    2004 - Not Available

    Abstract: No abstract text available
    Text: NT73 negative tempco thermistor features · · · · · Anti-leaching nickel barrier terminations 90/10 , www.koaspeer.com NT73 negative tempco thermistor applications and ratings Part Designation Resistance @ 25°C 1K 2k 2.2k 2.4k 3.3k 4.7k 5k 6.8k 10k 15k 10k 20k 22k 30k 33k 47k 68k 100k 47k 1k 2k 2.2k 2.4k 3.3k 4.7k 5k 6.8k 10k 15k 10k 20k 22k 30k 33k 47k 68k 100k 150k 50k 10k 15k 22k 30k 33k 47k 68k 100k 150k 1k , (mW/°C) Power Rating (mW) Operating Temperature Range NT73 negative tempco thermistor


    Original     		PDF MIL-R-55342 MIL-STD-202,
    Not Available

    Abstract: No abstract text available
    Text: Thermistors SMD Q Meggitt Citec n.t.c. chip thermistor Key features • 12:06 or 08:05 packages < suitable for bonding or pick and place • solvent resistant coating • temperature range , Two styles are offered; Style A, is a thermistor Common Part Resistance B-Constant Structure/Size , 1K5 2K0 2K0 2K5 2K5 3K0 5K0 10K 15K 15K 20K 30K 50K 100K 150K 300K 500K 2750 2750 , To Order 3157 1 Common Part Please Request Full Data 3157 Chip Thermistor Sheet F0444


    OCR Scan     		PDF 500KQ -2023157-2523157-2523157-3023157-502315To F0444
    2009 - TRANSISTOR C 3205

    Abstract: MAX8600 MAX8601 T1433-2 Thermistors 10k NTC 5046C
    Text: Thermistor Input Three Charger-Status Outputs Thermally Optimized Charge Rate 14-Pin, 3mm x 3mm TDFN , RSETI = 1.5k 950 1000 1050 RSETI = 2k 675 750 825 RSETI = 5k 275 300 , /Top-Off Current Threshold IBAT falling, battery is charged RSETI = 1.5k RSETI = 2k 60 30 RSETI = 5k 45 60 mA 18 THM THM Pullup Resistance Match to thermistor resistance at TA , AVOID THERMAL LIMIT 200 900 800 CHARGE CURRENT (mA) 1000 MAX8600A toc05 RSETI = 1.5k


    Original     		PDF MAX8600A MAX8600A TRANSISTOR C 3205 MAX8600 MAX8601 T1433-2 Thermistors 10k NTC 5046C
    thermistor ntc 10k

    Abstract: thermistor ntc 5k NTC glass bead thermistor 100K of thermistor 47K ohms ntc NTC thermistor 5k ohm NTC 4.7K 47k thermistor ntc NTC thermistor 100K NTC thermistor 10k ohm thermistor 4.7k ohm
    Text: thermistors single plate construction Thermistor element Terminal electrode However, conventional single plate chip NTC thermistors (the model shown above), in which electrodes are on the NTC thermistor , to these needs, a new chip NTC thermistor model using laminated construction method shown in the next , NTC thermistors Multilayer construction - Terminal electrode Thermistor element Internal electrode , thermistor technology has evolved from the single plate structure into the multilayer structure. Our


    OCR Scan     		PDF 2002/95/EC, 05XW0 05XT0 NTCG103JF103F 3435K NTCG163JF103F puf-sa01ea2008 thermistor ntc 10k thermistor ntc 5k NTC glass bead thermistor 100K of thermistor 47K ohms ntc NTC thermistor 5k ohm NTC 4.7K 47k thermistor ntc NTC thermistor 100K NTC thermistor 10k ohm thermistor 4.7k ohm
    2000 - ic 4456

    Abstract: NTC Thermistor 2.2k 3eh22
    Text: THERMISTORS INITIAL RESISTANCE Thermistor resistance is a function of absolute temperature as indicated by the , rises due to thermal energy formed as electrical current flows through the thermistor . The thermistor , thermistor constant(B constant below). B constant The B constant is found from the following equation: R , electrical power (mW/°C) needed to raise the thermistor temperature by 1°C. This heat dissipation coefficient varies with changes in the measurement and environmental conditions. When a thermistor is used for


    Original     		PDF NTCCM1005, ic 4456 NTC Thermistor 2.2k 3eh22
    1999 - 2750k

    Abstract: Sensor NTC 10K / 3435 ntc 100K 4085 thermistor 10k 25 3470 thermistor 10k 25 3435 3eh22 ic CD 4047 IC 4047 sensor 3414 cd 4061
    Text: NTC Thermistors PHYSICAL PROPERTIES OF NTC THERMISTORS INITIAL RESISTANCE Thermistor resistance is , COEFFICIENT Temperature rises due to thermal energy formed as electrical current flows through the thermistor . The thermistor temperature T0 is then related to the surrounding temperature Ta and the electrical , (K). B is the thermistor constant(B constant below). B constant The B constant is found from the , /°C) needed to raise the thermistor temperature by 1°C. This heat dissipation coefficient varies with


    Original     		PDF NTCCM1005, B25/85 4100K 2750k Sensor NTC 10K / 3435 ntc 100K 4085 thermistor 10k 25 3470 thermistor 10k 25 3435 3eh22 ic CD 4047 IC 4047 sensor 3414 cd 4061
    2001 - 2750k

    Abstract: Sensor NTC 10K / 3435 NTC 2.8k thermistor ntc 10k characteristic NTC Thermistor 2.2k sensor 3414 47k thermistor ntc 4501 ic ic cd 4053 NTC 1K datasheet
    Text: NTC Thermistors PHYSICAL PROPERTIES OF NTC THERMISTORS INITIAL RESISTANCE Thermistor resistance is , COEFFICIENT Temperature rises due to thermal energy formed as electrical current flows through the thermistor . The thermistor temperature T0 is then related to the surrounding temperature Ta and the electrical , (K). B is the thermistor constant(B constant below). B constant The B constant is found from the , /°C) needed to raise the thermistor temperature by 1°C. This heat dissipation coefficient varies with


    Original     		PDF NTCCM1005, B25/85 4100K 2750k Sensor NTC 10K / 3435 NTC 2.8k thermistor ntc 10k characteristic NTC Thermistor 2.2k sensor 3414 47k thermistor ntc 4501 ic ic cd 4053 NTC 1K datasheet
    2005 - DIN 44081

    Abstract: Epcos B59100 44081 E69802 M1100 B59100 B59100M1060A070 B59100M1070A070 B59100M1080A070 B59100M1090A070
    Text: electric motors Limit temperature monitoring Dimensional drawing Features Thermistor pellet with , document. R (TNTT + 15K ) (VPTC 7.5 V) 4k 4k Page 2 of 8 R (TNTT + 23K) (VPTC 2.5 V) 10 , (TNTT + 15K ) (VPTC 7.5 V) 4k 4k 4k 4k 4k 4k 4k 4k - Color coding of litz wires (to DIN , otherwise agreed with EPCOS during the design-in-phase. Ensure suitability of thermistor through , thermistors surface during storage, handling and processing. Avoid storage of thermistor in harmful


    Original     		PDF B59100 M1100 DIN 44081 Epcos B59100 44081 E69802 M1100 B59100 B59100M1060A070 B59100M1070A070 B59100M1080A070 B59100M1090A070
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