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PDF
Short-Circuit_Protection_for_Boost_Regulators.pdf
Q2turnsonandcurrentthroughR2raisesthevoltage temperatureto130°C.InFigure1,theLTC1477protects at the feedback pin; the LT1304 begins to regulate the an LT ®1304 micropower boost regulator and its load output current to 150mA. When the output voltage fromexcessivecurrents.Anincreasingloadcurrentwill is pulled lower than the input voltage, the LT1304 is first be limited to 0.85A; as more power is dissipated no longer able to control the output current, and Q2 intheswitch,theLTC1477willcycletheswitchtolimit regulates the current by pulling up on
in „Laden größerer Kapazitäten“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
Short-Circuit_Protection_for_Boost_Regulators.pdf
Q2turnsonandcurrentthroughR2raisesthevoltage temperatureto130°C.InFigure1,theLTC1477protects at the feedback pin; the LT1304 begins to regulate the an LT ®1304 micropower boost regulator and its load output current to 150mA. When the output voltage fromexcessivecurrents.Anincreasingloadcurrentwill is pulled lower than the input voltage, the LT1304 is first be limited to 0.85A; as more power is dissipated no longer able to control the output current, and Q2 intheswitch,theLTC1477willcycletheswitchtolimit regulates the current by pulling up on
in „Autobatterie mit zweiter Batterie laden“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
dn154f.pdf
Q2turnsonandcurrentthroughR2raisesthevoltage temperatureto130°C.InFigure1,theLTC1477protects at the feedback pin; the LT1304 begins to regulate the an LT ®1304 micropower boost regulator and its load output current to 150mA. When the output voltage fromexcessivecurrents.Anincreasingloadcurrentwill is pulled lower than the input voltage, the LT1304 is first be limited to 0.85A; as more power is dissipated no longer able to control the output current, and Q2 intheswitch,theLTC1477willcycletheswitchtolimit regulates the current by pulling up on
in „TPS61175 Overccurent Protection Mode“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
LTC1477_LinearTechnology.pdf
220 (5V) 5V + 3 4 + 100 F 562k 220k 1 F 16V 1% V IN SW V OUT V OUT 6 8 NC ILIM SENSE VIN1 VIN2 NC LT1304CS8-5 + 100 F LTC1477 SINGLE 1 10V Li-Ion LBI TANT VINS VIN3 NC CELL* 432k 7 SHDN LBO 2 EN GND 1% 5 LTC1477/1478 • TA09 *PRIMARY Li-Ion BATTERY PROTECTION MUST BE PROVIDED BY AN INDEPENDENT CIRCUIT
in „TPS61175 Overccurent Protection Mode“ · Analoge Elektronik und Schaltungstechnik ·