NCP5332A ,Two-Phase Buck Controller with Integrated Gate Drivers and 5-Bit DACFeatures2 CS GATE(H)1REF• Enhanced V Control Method with Internal RampPWRGD VCCH1• Internal PWM Ram ..
NCP5332ADWR2 ,Two-Phase Buck Controller with Integrated Gate Drivers and 5-Bit DAC3D1 D2+5 VL4 BAT54SLT1 BAT54SLT1+5 VL3+12 V300 nHC71NTB85N031.0 FC6J2Q1+ + + + + 0.01 FR19C1 C2 C3 ..
NCP5351DR2 ,4A DriverFeaturesSO−818• 4.0 A Peak Drive CurrentDRN PGND• Rise and Fall Times < 15 ns Typical into 6000 pFT ..
NCP5351MNR2 ,4 A Synchronous Buck Power MOSFET DriverFeaturesW = Work Week• 4.0 A Peak Drive Current• Rise and Fall Times < 15 ns Typical into 6000 pFPI ..
NCP5355DR2 ,12V Gate DriverELECTRICAL CHARACTERISTICS (Note 3) (0°C < T < 125°C; 9.2 V < V <13.2 V; 9.2 V < V < 26 V; V = Floa ..
NCP5358 ,Dual Independent Bootstrapped Buck MOSFET DriverFeaturesA = Assembly Location• Faster Rise and Fall TimesL = Wafer LotY = Year• Thermal Shutdown Pr ..
NJM3517D2 , STEPPER MOTOR CONTROLLER / DRIVER
NJM3524 , SWITCHING REGULATOR CONTROL CIRCUIT
NJM3524M , SWITCHING REGULATOR CONTROL CIRCUIT
NJM353 , DUAL J-FET INPUT OPERATIONAL AMPLIFIER
NJM360 , HIGH SPEED DIFFRENTIAL COMPARATOR
NJM360D , HIGH SPEED DIFFRENTIAL COMPARATOR
NCP5332A
Two-Phase Buck Controller with Integrated Gate Drivers and 5-Bit DAC
NCP5332A
Two-Phase Buck Controller
with Integrated Gate
Drivers and 5-Bit DAC
The NCP5332A is a second−generation, two−phase step down
controller which incorporates all control functions required to power
high performance processors and high current power supplies.
Proprietary multi−phase architecture guarantees balanced load current
distribution and reduces overall solution cost in high current
applications. Enhanced V2 control architecture provides the fastest
possible transient response, excellent overall regulation, and ease of
use. The NCP5332A is a second−generation PWM controller because
it optimizes transient response by combining traditional Enhanced V2
with an internal PWM ramp and fast−feedback directly from VCORE to
the internal PWM comparator. These enhancements provide greater
design flexibility, facilitate use and reduce output voltage jitter.
The NCP5332A multi−phase architecture reduces output voltage
and input current ripple, allowing for a significant reduction in filter
size and inductor values with a corresponding increase in inductor
current slew rate. This approach allows a considerable reduction in
input and output capacitor requirements, as well as reducing overall
solution size and cost.
Features• Enhanced V2 Control Method with Internal Ramp Internal PWM Ramp Fast−Feedback Directly from VCORE VRM 9.X DAC with 1.0% Accuracy Adjustable Output Voltage Positioning 4 On−Board Gate Drivers 200 kHz to 800 kHz Operation Set by Resistor Current Sensed through Buck Inductors or Sense Resistors Hiccup Mode Current Limit Individual Current Limits for Each Phase On−Board Current Sense Amplifiers 3.3 V, 1.0 mA Reference Output 5 V and 12 V , or 12 V Only Operation On/Off Control (through Soft Start Pin) Power Good Output with Internal Delay
