| No. | Partie # | Fabricant | Description | Fiche Technique |
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Fuji Electric |
PWM control IC with light load power saving function For Switching Power Supply Control • Uses a newly developed CMOS process with high dielectric strength (30V) for implementing low power consumption • Standby current of 2µA or less (at Vcc=14V), and operating current of 1.9mA (typ.) • Automatically reduces the oscillation frequency to |
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Fuji Electric |
For Switching Power Supply Control • Low input voltage: 2.5V to 6.5V • 40V CDMOS Process: Built-in 0.3Ω Nch-Power MOSFET(ch1, open drain) • 3-channels PWM Control: 2 boost circuits(ch1, ch2), 1 inverting circuit (ch3) • Adjustable soft start time and maximum duty cycle • Built-in time |
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Fuji Electric |
For Switching Power Supply Control • Built-in low on-resistance Pch power MOSFET 50V/1.1Ω(typ.)/1A(peak) • Wide range of 10V to 50V for input voltage • 1.2mA low operating current as a Power IC • Latch-mode short-circuit protection function • Built-in over-temperature protection Tj =1 |
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Fuji Electric |
PWM control IC with light load power saving function For Switching Power Supply Control • Uses a newly developed CMOS process with high dielectric strength (30V) for implementing low power consumption • Standby current of 2µA or less (at Vcc=14V), and operating current of 1.9mA (typ.) • Automatically reduces the oscillation frequency to |
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Fuji Electric |
FA3641 • Uses a newly developed CMOS process with high dielectric strength (30V) for implementing low power consumption • Standby current of 2µA or less (at Vcc=14V), and operating current of 1.9mA (typ.) • Automatically reduces the oscillation frequency to |
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Fuji Electric |
PWM control IC with light load power saving function For Switching Power Supply Control • Uses a newly developed CMOS process with high dielectric strength (30V) for implementing low power consumption • Standby current of 2µA or less (at Vcc=14V), and operating current of 1.9mA (typ.) • Automatically reduces the oscillation frequency to |
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Fuji Electric |
PWM control IC with light load power saving function For Switching Power Supply Control • Uses a newly developed CMOS process with high dielectric strength (30V) for implementing low power consumption • Standby current of 2µA or less (at Vcc=14V), and operating current of 1.9mA (typ.) • Automatically reduces the oscillation frequency to |
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Fuji Electric |
For Switching Power Supply Control • 6-channel PWM control with MOSFET direct driving : 5-channel for Pch-MOSFET, 1channel for Nch-MOSFET • Low input voltage: 4.5V to 20V • ±1.5% high accuracy bandgap reference • Low power consumption by means of CDMOS Standby mode: 10µA(max.) Operati |
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Fuji Electric |
For Switching Power Supply Control • 6-channel PWM control with MOSFET direct driving : 5-channel for Pch-MOSFET, 1channel for Nch-MOSFET • Low input voltage: 4.5V to 20V • ±1.5% high accuracy bandgap reference • Low power consumption by means of CDMOS Standby mode: 10µA(max.) Operati |
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Fuji Electric |
PWM control IC with light load power saving function For Switching Power Supply Control • Uses a newly developed CMOS process with high dielectric strength (30V) for implementing low power consumption • Standby current of 2µA or less (at Vcc=14V), and operating current of 1.9mA (typ.) • Automatically reduces the oscillation frequency to |
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Fuji Electric |
For Switching Power Supply Control • 6-channel PWM control with MOSFET direct driving : 5-channel for Pch-MOSFET, 1channel for Nch-MOSFET • Low input voltage: 2.5V to 20V • ±1.0% high accuracy bandgap reference • Low power consumption by means of CDMOS Standby mode: 20µA(max.) Operati |
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Fuji Electric |
For Switching Power Supply Control • Low input voltage: 2.5V to 6.5V • 2-channels PWM control: Rail-to-rail output Output impedance of output stage = 3.5Ω (typ.) Nch-MOSFET driving (Ch1) Nch/Pch-MOSFET driving (Ch2)(selected by SEL pin) • Low power consumption: 0.7mA (typ.) • ON/OFFco |
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Fuji Electric |
PWM control IC with light load power saving function For Switching Power Supply Control • Uses a newly developed CMOS process with high dielectric strength (30V) for implementing low power consumption • Standby current of 2µA or less (at Vcc=14V), and operating current of 1.9mA (typ.) • Automatically reduces the oscillation frequency to |
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