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Part : TINKERKIT THERMISTOR MODULE Supplier : Arduino Manufacturer : TME Electronic Components Stock : 17 Best Price : $6.15 Price Each : $6.72
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thermistor RY 126

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: C7 0.1ÂuF Thermistor Rx AIC1782 Ry 16 GND Fig. 15 Battery Temperature Sense Circuit with a Negative Temperature Coefficient (NTC) Thermistor The calculation for Rx and Ry in the , thermistor at upper limit of temperature protection. Ry//RTH 0.72 Vcc = × Vcc Rx + (Ry// RTL) RTL= The , characteristic of the thermistor is like that of SEMITEC 103AT-2, the resistance of Rx and Ry is tabulated for , varying charge current, or battery packs lack of temperature sensing thermistor. Si-Soft Research Analog Integrations
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Abstract: thermistor at upper limit of temperature protection. Ry / /RTH 0.72 Vcc = × Vcc Rx + (Ry / / RTL) RTL , characteristic of the thermistor is like that of SEMITEC 103AT-2, the resistance of Rx and Ry is tabulated for , , chargers with varying charge current, or battery packs lack of temperature sensing thermistor. Analog , 330 Q3 3904 VCC(5V) IS 1N5820 D4 THERMISTOR GND 0.1/2W C11 220uF BST C10 1nF R30 220 200uH + D1 1N5821 A1012 Q2 THERMISTOR TC RS 1 C4 0.1uF Analog Integrations
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transistor d468 D468 transistor transistor A1012 a1012 transistor BBV transistor d468
Abstract: ) RTH= The resistance of thermistor at upper limit of temperature protection. Ry//RTH 0.72 Vcc = × , Thermistor 58 ATS/BTS Ry Battery Temperature Sense Circuit with a Negative Temperature Coefficient (NTC) Thermistor 0.29 Vcc = TABLE 4 Values of Rx and Ry at TL = -10°C Rx (K) Ry (K) 45 , temperature characteristic of the thermistor is like that of SEMITEC 103AT-2, the resistance of Rx and Ry is , temperature sensing thermistor. The safety timer period, mode of battery temperature protection, battery Analog Integrations
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aic1563 step up 5W battery charger bbv 29 ats 667 13BIT 78L05
Abstract: . www.SiliconStandard.com 12 of 19 SS6782G VCC VBAT 5 VCC ATS/BTS 0.1uF Thermistor Rx C7 Ry//RTH × Vcc Rx + (Ry// RTL) RTL= The resistance of thermistor at lower limit of temperature protection , Temperature-Coefficient (NTC) Thermistor The calculation for Rx and Ry in the circuit is as follows: Ry / /RTH 0.29 Vcc = × Vcc Rx + (Ry / / RTH) RTH= The resistance of thermistor at upper limit of temperature , characteristic of the thermistor is like that of the SEMITEC 103AT-2, the resistance of Rx and Ry is tabulated Silicon Standard
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4 pin battery charger laptop 12v 3904 dual TL 78l05 ATS diagram 63rt semitec 103AT-2
Abstract: 0.1ÂuF Thermistor Rx AIC1782 Ry 16 GND Fig. 15 Battery Temperature Sense Circuit with a Negative Temperature Coefficient (NTC) Thermistor The calculation for Rx and Ry in the circuit is as following. Ry / /RTH 0.29 Vcc = × Vcc Rx + (Ry / / RTH) RTH= The resistance of thermistor at upper , thermistor is like that of SEMITEC 103AT-2, the resistance of Rx and Ry is tabulated for different TL and , varying charge current, or battery packs lack of temperature sensing thermistor. Si-Soft Research Analog Integrations
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Abstract: resistance of thermistor at upper limit of 70 5.0 24.3 temperature protection. Ry//R TL 0.72 , lack of temperature sensing thermistor. Temperature 1.15 The AIC1781 fast charge , VCC GND LED2 DIS 680 RX R7 R14 200K + RY C6 0.1uF C11 100uF C8 , 4.7uF 1N5819 IN4148 7 C9 R9 D4 D3 8 DC PEAK + THERMISTOR 2 1 , Volatge 4 AIC1781 n TYPICAL PERFORMANCE CHARACTERISTICS (Continued) 4.8 1.26 Supply Current Analog Integrations
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AIC1563 IN5819
Abstract: ) RTH= The resistance of thermistor at upper limit of temperature protection. Ry//R TL 0.72 VCC = x , temperature sensing thermistor. The 20 40 may different applications, such as , RY C6 0.1 u F C11 100uF C8 7 R6 8 50K 0.1uF 15 GND ADJ SEL1 , VCC 5 47nF 5 RS 0.3/1W 6 C10 C7 0.1uF 91K IN4148 7 THERMISTOR 2 , AIC1781 n TYPICAL PERFORMANCE CHARACTERISTICS (Continued) 4.8 1.26 Supply Current (mA Analog Integrations
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NTC 50-9 dc Regulator in5819 Laptop battery charge control circuit transistor substitution chart
Abstract: Ry//RTH x VCC Rx + (Ry// RTH) RTH= The resistance of thermistor at upper limit of temperature , thermistor is like that of SEMITEC 103AT-2, the resistance of Rx and Ry is tabulated for different TL and , chargers, chargers with varying charge current, or battery packs lack of temperature sensing thermistor , D3 8 0.1uF LED3 R12 R10 100K R9 240K C5 THERMISTOR 1 LED2 20/5W , Current vs Temperature 4.8 1.26 Supply Current (mA) Frequency (Hz) 4.6 4.4 4.2 4.0 Analog Integrations
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ic 7805 pin configuration TL 7805 7805 voltage regulator 3v IC 7805 pin diagram tl 7805 l 7805 voltage regulator IC function AIC1781-C
Abstract: .45 12.1 12.2 12.3 12.4 12.5 12.6 Overview , . 84 15.2 Resistance vs. Temperature of Built-in Thermistor , : Multi-Grounded Power Supply Current Rating L: Package Type A: Option for Built-In Thermistor B: Option for , VTH Thermistor Bias Voltage 12 RTH Series Resistor for the Use of Thermistor (Temperature , ) VTH (24) VCC(VH) (21) VS(W) THERMISTOR (12) RTH W (13) V (14) U (15) N (16 Fairchild Semiconductor
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ZNR 471 TMS320F2406 solar inverters schematic diagram IGBT INVERTER CIRCUIT TLP521 POLY capacitor, .1uF 630V
Abstract: - P O W E R PAT H C O N T R O L A N D B AT T E RY- F E D S Y S T E M S Battery-Fed (Charger-Fed , H C O N T R O L A N D B AT T E RY- F E D S Y S T E M S Switch Mode PowerPath Power Managers , R O L A N D B AT T E RY- F E D S Y S T E M S External High Voltage Switching Regulator Control , LOAD L i - I on / P olymer B AT T E RY C H A R G E R S Lithium-Ion/Polymer Linear Li-Ion , regulation and NTC thermistor interface. LTC®4095: USB Li-Ion/Polymer Battery Charger in 2mm × 2mm DFN Linear Technology
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4.8v rechargeable NiMh LT3755 Car Battery 12V pulse charger 12V, 20A automatic charger schematic BH510-1019 LTC4078 BP10217 D-85737 D-59387 D-73230 I-20041 SE-164
Abstract: R73 C69 562 PV5 R74 82 2 RU RV RW RX RY RZ R62 10KF0 R63 10KF0 R64 10KF0 , C71 102 VFO CFOD CSC RSC 11 12 6 7 8 9 10 3 4 5 RX RY RZ R71 22K 1 , Built-in Thermistor TEMP.[°C] RESISTANCE [] MIN. TYP. MAX. 0 152.6 163.3 173.9 1 , 8.527 85 Rev. C3, May 2002 Resistance vs. Temperature of Built-in Thermistor (Continued) TEMP , 1.709 1.874 97 3.392 3.714 4.036 126 1.503 1.666 1.828 98 3.292 Fairchild Semiconductor
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HC 5287 sck 104 thermistor 16T202DA1 RBS 3101 pm3a104k 16t202da1e KDS226 KRC101S 100KF KA5H0280R 474/AC275V PM3A104K
Abstract: . 126 M D R C , molded, DIP, R /C netw o rks .128 C SRC , coated, SIP, R /C n e tw , X, M, C, F & T, coated (NTC) . NTC Thermistor Assemblies , . Interchangeable & Point M a tc h e d . Thermistor Conversion T a b le s , . 250 P AC KA G IN G .243 M ILITA RY P R O -
OCR Scan
APD-256M026-1 DALE RN SERIES power electronics scr small audio transformers IL-R-83401 S-200 APD-192G088-1 APD-240M
Abstract: RV RW RX RY RZ R62 10KF0 R63 10KF0 R64 10KF0 C71 102 6 7 8 9 10 RX RY RZ , Thermistor TEMP.[°C] RESISTANCE [] MIN. TYP. MAX. 0 152.6 163.3 173.9 1 145.2 , Rev. A2, September 2001 Resistance vs. Temperature of Built-in Thermistor (Continued) TEMP.[°C , 97 3.392 3.714 4.036 126 1.503 1.666 1.828 98 3.292 3.606 3.920 , Frequency : 15kHz Experimental Results Detected Thermistor voltage and Heat Sink Temperature AC220V Fairchild Semiconductor
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103 2KV 710 opto coupler DA1 7805 100uf 16v electrolytic capacitor KA78L05BP znr 10k 112 2N2222 U1DL-44A 104/AC275V H11A817B RBV-2506 471/400V
Abstract: s o u rc e to p ro v id e c u rre n t to c h a rg e ih e b a tte ry A ctive high T T I. com patible , re s e n c e o f th e b u ttery o r h as d e te rm in e d th e b a tte ry h as b e e n re m o v e d . , an e x te rn a l in d ic a to r s h o w in g th e b a tte ry is o u t o f th e n o rm a l fast c h a , tu re s en sin g . 1.26V v o lta g e re feren ce . IN B a tte ry v o lta g e n o rm a liz e d , ain ten an ce c harge w ill la st fo r as lo n g a s the b a tte ry v oltage is g re a te r than 0.5 V -
OCR Scan
ICS1700A ICSI700A ICS1700AN ICS1700AM ICS1700AMT
Abstract: RA-1K vs Temperature 1.3 1.26 1.24 1.22 1.2 340 10 20 30 40 50 60 70 , 20/5W R15 300K 1N4148 1 + 1N5819 Thermistor 120/0.5W RS + D3 *BATTERY , 3904 Q1 2 VBT RX C7 RY 0.1uF C8 100uF + DSW 16 ICON 15 R12 220K LED2 Analog Integrations
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1N1418 d468 npn AIC1563CS AIC1563CN aic1563 application note 470PF 100KH
Abstract: ) VCC-VIS Threshold Voltage (mV) VCC = 5V, CT = 1nF, PIN 2 = GND 1.28 1.26 1.24 1.22 1.2 , RX R7 R14 + RY C6 0.1ÂuF 200K C11 100ÂuF C8 0.1ÂuF 7 R6 8 50K R11 , THERMISTOR C2 SW1 R3 R1 16 R16 R17 680 15 680 14 13 12 11 10 9 AIC1781 Analog Integrations
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AIC1563PS 27BSC
Abstract: GND 1.28 1.26 1.24 1.22 1.2 0 10 20 30 40 50 60 70 80 340 , 6 CF 1N5819 IN4148 7 DE 3 C1 BOOST RX R7 THERMISTOR DC 2 C9 4.7ÂuF DSW PEAK 2 + R9 D4 D3 8 100K 1 RY R14 C11 C6 0.1ÂuF 7 Analog Integrations
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Abstract: ) 1.26 1.24 1.22 340 VCC = 5V, C T = 1nF, PIN 2 = GND 330 320 310 300 290 280 270 , 1N5819 DC BOOS T DE IS 3 CF VCC 2 4 GND 7 6 FB 5 Thermistor 11V~15V , RY C7 0.1uF R9 200K R10 50K C8 100 uF + R12 220K R13 LED2 14 680 GREEN Analog Integrations
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DS-1563-00 1N5819 ANALOG CY 78L05 78L05 cy 3V to 30V dc dc converter 1N1418 equivalent
Abstract: Threshold Voltage (mV) VCC = 5V, CT = 1nF, PIN 2 = GND 1.28 1.26 1.24 1.22 1.2 0 , RY C6 0.1ÂuF 200K C11 100ÂuF C8 0.1ÂuF 7 R6 8 50K R11 LED2 GND , IN4148 7 DE 0.1ÂuF D4 D3 8 BOOST PB SW R10 100K R8 300K THERMISTOR Analog Integrations
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Abstract: 1nF, PIN 2 = GND 1.28 1.26 1.24 1.22 1.2 0 10 20 30 40 50 60 , 220uF AIC1573 DSW 6 RX R7 RY R14 + C6 0.1uF 7 200K C11 100uF R6 C8 , R4 270 20/5W IN5819 THERMISTOR C2 SW1 R3 R1 1.5 2 Io (A Analog Integrations
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se 78l05 78l05 sop8 78l05 sop 8 CS 78L05 IRF9530N equivalent IC 78L05 DS-1573G-02 MS-012E
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