500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
ZL2005ALNFT Intersil Corporation Digital-DC™ Integrated Power Management and Conversion IC; QFN36; Temp Range: -40° to 85°C visit Intersil Buy
ZL2005ALNFT1 Intersil Corporation Digital-DC™ Integrated Power Management and Conversion IC; QFN36; Temp Range: -40° to 85°C visit Intersil Buy
TIPD131 Texas Instruments Single-Ended Input to Differential Output Conversion Circuit Reference Design visit Texas Instruments
CD4053BNSR Texas Instruments CMOS Triple 2-Channel Analog Multiplexer/Demultiplexer with Logic-Level Conversion 16-SO -55 to 125 visit Texas Instruments Buy
PCM1760U-L Texas Instruments Multi-Bit Enhanced Noise Shaping 20-Bit A/D Conversion System 28-SOIC visit Texas Instruments
LM3940IT-3.3 Texas Instruments 1A Low Dropout Regulator for 5V to 3.3V Conversion 3-TO-220 -40 to 125 visit Texas Instruments

PTC 3k thermistor conversion table

Catalog Datasheet MFG & Type PDF Document Tags

LENZE 9300 drive manual

Abstract: LENZE EVS 9323 drive manual Motortemperatur-Überwachung mit Kaltleiter (PTC) oder Thermokontakt (Öffner) EMV-Schirmblech mit Befestigungsschrauben , Kaltleiter (PTC) oder Thermokontakt (Öffner) 4 EDKVS9332X DE/EN/FR 2.0 EVS9330 . EVS9332 , PE-Leitung Motor und die Zuleitung Motortemperatur-Überwachung mit Kaltleiter (PTC) oder Thermokontakt , , -UG DC-Einspeisung U, V, W, PE Motoranschluss T1, T2 Anschluss Kaltleiter (PTC) oder , /23/EWG Niederspannungsrichtlinie UL 508C Power Conversion Equipment für USA und Kanada
Lenze Drive Systems
Original
EVS9326 D-31855 LENZE 9300 drive manual LENZE EVS 9323 drive manual LENZE 9325 lenze d-31855 manual LENZE evs 9300 drive manual LENZE EVS 9326 drive manual EVS9321 EVS9327 EVS9329 EVS9331

FDC6459

Abstract: 614k VREF · 3k RSENSE · ICHARGE(MAX) + 0.035V Table 2. Recommended RSNS and RPROG Resistor Values IMAX , limit value to the actual adapter rating (see Table 5). Designing the Thermistor Network 15 4008 , Charger Controller High Conversion Efficiency: Up to 96% Output Currents Exceeding 4A ±0.8% Voltage 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
Linear Technology
Original
FDC6459 614k NTC 150k bd 2003 fast charge battery thermistor ntc 45k tapered amplifier diode LT1769 LTC1778 LTC1960 LTC3711 LTC4006 LTC4007

PTC 1k thermistor conversion table

Abstract: data sheet ic 4008 VREF · 3k RSENSE · ICHARGE(MAX) + 0.035V Table 2. Recommended RSNS and RPROG Resistor Values IMAX , limit value to the actual adapter rating (see Table 5). Designing the Thermistor Network 15 4008 , Charger Controller High Conversion Efficiency: Up to 96% Output Currents Exceeding 4A ±0.8% Voltage 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
Linear Technology
Original
PTC 1k thermistor conversion table data sheet ic 4008 marcon capacitor nc p-MOSFET "soft start" 12v dc to dc mobile charger circuit Battery charger 48 volt circuit diagram

4007 IC mosfet

Abstract: 107 6K tantalum capacitors . RPROG = VREF · 3k RSENSE · ICHARGE(MAX) + 0.035V Table 2. Recommended RSNS and RPROG Resistor , Figure 9. Voltage Divider Thermistor Network LTC4007 R9 NTC 9 C7 R9A RTH Table 5 , -Cell Lithium-Ion Batteries High Conversion Efficiency: Up to 96% Output Currents Exceeding 4A ±0.8% Charging , Charge Rate* Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V , . LTC4007 includes a thermistor input, which suspends charging if an unsafe temperature condition is
Linear Technology
Original
4007 IC mosfet 107 6K tantalum capacitors 4007 mosfet PTC 970 LTC4007EGN Si4431DY LTC1729
Abstract: #3: 22k! PTC TLOW = 0°C, THIGH = 50°C RTH Figure 11. General Thermistor Network RTH = 22k , -Cell Lithium-Ion Batteries High Conversion Efficiency: Up to 96% Output Currents Exceeding 4A ±0.8% Accurate , Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V 0.5V Dropout , a thermistor sensor input that suspends charging if an unsafe temperature condition is detected , GND 0.025! PGND ITH 6k 0.033! BGATE RT 0.0047µF THERMISTOR 10k NTC TGATE Linear Technology
Original

LT 4006

Abstract: PTC thermistor 5k (nearest 1% value) Example #3: 22k PTC TLOW = 0°C, THIGH = 50°C RTH Figure 11. General Thermistor , Complete Charger Controller for 2-, 3- or 4-Cell Lithium-Ion Batteries High Conversion Efficiency: Up to , Conditioning of Deeply Discharged Batteries Thermistor Input for Temperature Qualified Charging Wide Input , a thermistor sensor input that suspends charging if an unsafe temperature condition is detected , GND 0.025 PGND ITH 6k 0.033 BGATE RT 0.0047µF THERMISTOR 10k NTC TGATE
Linear Technology
Original
LT 4006 PTC thermistor 5k ic 4006 si-7501 LT 40062 LTC4006EGN-2

IRF9730

Abstract: reference voltage for generating MCV, HTF, LTF and thermistor bias voltages with external resistors , external thermistor network. Tie to REG if not used. May be used as another general purpose ADC input. TBAT (Pin 14): Battery Temperature Input. Connect to an external NTC thermistor network. Tie to REG if , tdDO, tr and tf Load Circuit for tdis and ten 1.4V TEST POINT 3k 3k DOUT 5V tdis , Bit 4: Single-Ended Differential Conversion (SGL/DIFF) SGL/DIFF determines whether the ADC makes a
Linear Technology
Original
IRF9730 LTC1325 LT1512

IRF9730

Abstract: any circuit using irf830 battery charger stable reference voltage for generating MCV, HTF, LTF and thermistor bias voltages with external , external thermistor network. Tie to REG if not used. May be used as another general purpose ADC input. TBAT (Pin 14): Battery Temperature Input. Connect to an external NTC thermistor network. Tie to REG if , , tr and tf Load Circuit for tdis and ten 1.4V TEST POINT 3k 3k DOUT 5V tdis , DESCRIPTION Idle Discharge Charge Gas Gauge Bit 4: Single-Ended Differential Conversion (SGL/DIFF) SGL
Linear Technology
Original
any circuit using irf830 battery charger IRF973 VR1 100K preset PTC 3k thermistor conversion table 1N6818

LT 40062

Abstract: PTC 10k thermistor conversion table 3k 4006i 7 LTC4006 U OPERATIO Table 1. Truth Table for LTC4006 Operation MODE DCIN , limit value to the actual adapter rating (see Table 5). Designing the Thermistor Network There are , Charger Controller for 2-, 3- or 4-Cell Lithium-Ion Batteries High Conversion Efficiency: Up to 96 , of Deeply Discharged Batteries Thermistor Input for Temperature Qualified Charging Wide Input , thermistor sensor input that suspends charging if an unsafe temperature condition is detected and
Linear Technology
Original
PTC 10k thermistor conversion table LTC40066 40064 LTc 40066 LTC4006-6 ntc thermistor 10k

LT 40062

Abstract: sn4006 3k sn4006 4006is 7 LTC4006 U OPERATIO Table 1. Truth Table for LTC4006 Operation MODE , Charger Controller for 2-, 3- or 4-Cell Lithium-Ion Batteries High Conversion Efficiency: Up to 96 , of Deeply Discharged Batteries Thermistor Input for Temperature Qualified Charging Wide Input , thermistor sensor input that suspends charging if an unsafe temperature condition is detected and , 0.025 PGND ITH 6k 0.033 BGATE RT 0.0047µF THERMISTOR 10k NTC TGATE 15nF
Linear Technology
Original
sn4006 LTC4006EGN-4 LTC4006EGN-6 si3457 SN40

LTC4006-2

Abstract: bd 2003 fast charge battery -Cell Lithium-Ion Batteries High Conversion Efficiency: Up to 96% Output Currents Exceeding 4A ±0.8% Accurate , Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V 0.5V Dropout , more than 25% of the total charge time. The LTC4006 includes a thermistor sensor input that suspends , ITH 6k 0.033 BGATE RT 0.0047µF THERMISTOR 10k NTC TGATE NTC 32.4k 15nF , VINFET) IINFET = ­ 25µA mV mV 6.5 V 0.25 V Thermistor NTCVR Reference Voltage
Linear Technology
Original
LTC4006-2 LTC40064 4006F PTC thermistor 5k table

thermistor ntc 45k

Abstract: RTH 4008 F08 Figure 8. Voltage Divider Thermistor Network Table 5. Common RCL Resistor Values , Table 5). Designing the Thermistor Network There are several networks that will yield the desired , n n n n n DESCRIPTION General Purpose Charger Controller High Conversion Efficiency , Maximizes Charge Rate* Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V , final ï¬'oat voltage. The LTC4008 includes a thermistor sensor input that will suspend charging if an
Linear Technology
Original
LTC4100

Intel 4008

Abstract: LTC4008-1 resistor on the RT pin sets the sampling interval for the thermistor. Table 1. Truth Table For Indicator , Figure 8. Voltage Divider Thermistor Network Table 5. Common RCL Resistor Values ADAPTER RATING (A) 1.5 , the adapter current limit value to the actual adapter rating (see Table 5). Designing the Thermistor , s s s s s s s s General Purpose Charger Controller High Conversion Efficiency: Up to 96 , * Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V Wide Output Voltage
Linear Technology
Original
Intel 4008 LTC4008-1 in 4008 diode 337 6K tantalum MBRS130T3 4431ADY FDC645N

4007 mosfet

Abstract: 4007 IC mosfet Batteries High Conversion Efficiency: Up to 96% Output Currents Exceeding 4A ±0.8% Charging Voltage , Rate* Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V 0.5V , automatically restarted when cell voltage falls below 3.9V/cell. LTC4007 includes a thermistor input, which , CHG FLAG FLAG 32.4k NTC THERMISTOR 10k NTC 10µH Q2 0.025 20µF Li-Ion , 0.25 V Thermistor NTCVR Reference Voltage During Sample Time 4.5 V High Threshold
Linear Technology
Original
4007F LTC-07 diode 4007 DATA specification SHEET diode s1 85 4007+mosfet

Si4431B

Abstract: in 4008 diode C7 RTH 4008 F08 Figure 8. Voltage Divider Thermistor Network Table 5. Common RCL Resistor , Table 5). Designing the Thermistor Network There are several networks that will yield the desired , voltage. n n n n n n n n n n n n General Purpose Charger Controller High Conversion , 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
Linear Technology
Original
Si4431B LTC4008EGN NTC 8 multiple pcb layout c4008 Si4431BDY

LT 4008

Abstract: NTC-8 series capacitor Divider Thermistor Network Table 5. Common RCL Resistor Values ADAPTER RATING (A) 1.5 1.8 2 2.3 , voltage. General Purpose Charger Controller High Conversion Efficiency: Up , 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 , TGATE FLAG FLAG BGATE NTC PGND 32.4k RT 15k* THERMISTOR 10k NTC 150k 0.47µF
Linear Technology
Original
LT 4008 NTC-8 series capacitor ic 4008

4007 mosfet

Abstract: FDC6459 DESCRIPTIO Complete Charger Controller for 3- or 4-Cell Lithium-Ion Batteries High Conversion Efficiency , for Li-Ion Batteries AC Adapter Current Limiting Maximizes Charge Rate* Thermistor Input for , cell voltage falls below 3.9V/cell. LTC4007 includes a thermistor input, which suspends charging if , THERMISTOR 10k NTC 10µH CSP FLAG 20µF Q1 GND TIMING RESISTOR (~2 HOURS) CHARGING , ) IINFET = ­ 25µA mV mV 6.5 V 0.25 V Thermistor NTCVR Reference Voltage During
Linear Technology
Original
LTC07 439k free IN 4007 227 6K tantalum capacitors 16.8v 4cell li-ion charger marcon Capacitors

LTC-07

Abstract: APPLICATION OF IC 4007 actual adapter rating (see Table 5). Designing the Thermistor Network There are several networks that , thermistor input, which suspends charging if an unsafe temperature condition is detected. If the cell voltage , Complete Charger Controller for 3- or 4-Cell Lithium-Ion Batteries High Conversion Efficiency: Up to 96 , Batteries AC Adapter Current Limiting Maximizes Charge Rate* Thermistor Input for Temperature Qualified , CHG FLAG NTC THERMISTOR 10k NTC RT 0.47F 309k TIMING RESISTOR (~2 HOURS) DCIN INFET CLP INPUT SWITCH
Linear Technology
Original
APPLICATION OF IC 4007

IC 4007

Abstract: Batteries High Conversion Efficiency: Up to 96% Output Currents Exceeding 4A ±0.8% Charging Voltage , Rate* Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V 0.5V , thermistor input, which suspends charging if an unsafe temperature condition is detected. If the cell , Li-Ion BATTERY 3.01k 3.01k PROG RT 0.47µF 309k Q2 BAT NTC THERMISTOR 10k NTC , ' Clamping Voltage (VDCIN â'" VINFET) Thermistor NTCVR Reference Voltage During Sample Time High Threshold
Linear Technology
Original
IC 4007

4007 IC DATASHEET mosfet

Abstract: LTC4007EGN adapter rating (see Table 5). Designing the Thermistor Network There are several networks that will , Batteries High Conversion Efficiency: Up to 96% Output Currents Exceeding 4A ±0.8% Charging Voltage , Rate* Thermistor Input for Temperature Qualified Charging Wide Input Voltage Range: 6V to 28V 0.5V , is automatically restarted when cell voltage falls below 3.9V/cell. LTC4007 includes a thermistor , PROG RT 0.47F 309k Q2 BAT NTC THERMISTOR 10k NTC 10H CSP FLAG Q1 GND
Linear Technology
Original
4007 IC DATASHEET mosfet 12v ac to dc mobile charger circuit 10A PWM Charger thermistor ntc 60 0250
Showing first 20 results.