Features: • Enhanced V2 Control Method• Internal PWM Ramp• FastFeedback Directly from VCORE• 5Bit DAC with 1% Tolerance• Adjustable Output Voltage Positioning• 200 kHz to 800 kHz Operation Set by Resistor• Current Sensed through Sense Resistors or Output I...
CS5308: Features: • Enhanced V2 Control Method• Internal PWM Ramp• FastFeedback Directly from VCORE• 5Bit DAC with 1% Tolerance• Adjustable Output Voltage Positioning• 20...
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Rating |
Value |
Unit | |
Operating Junction Temperature |
150 |
°C | |
Lead Temperature Soldering: |
Reflow: (SMD styles only) (Note 1) |
230 peak |
°C |
Storage Temperature Range |
65 to 150 |
°C | |
Package Thermal Resistance JunctiontoCase, RJC JunctiontoAmbient, RJA |
15 75 |
°C/W °C/W | |
ESD Susceptibility (Human Body Model) |
2.0 |
kV | |
JEDEC Moisture Sensitivity |
Level 2 |
The CS5308 is a secondgeneration, twophase step down controller that incorporates all control functions required to power next generation processors. Proprietary multiphase architecture guarantees balanced load current distribution and reduces overall solution cost in high current applications. Enhanced V2TM control architecture provides the fastest possible transient response, excellent overall regulation, and ease of use. The CS5308 is a second generation PWM controller because it optimizes transient response by combining traditional Enhanced V2 with an internal PWM ramp and fastfeedback directly from VCORE to the internal PWM comparator. These enhancements provide greater design flexibility, facilitate use and reduce output voltage jitter.
The multiphase architecture CS5308 reduces input and output filter ripple, allowing for a significant reduction in filter size and inductor values with a corresponding increase in the output 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.
The CS5308 includes VTT monitoring and timing, VTT Power Good (VTTPGD), Power Good (PWRGD), and internal MOSFET gate drivers to provide a "fully integrated solution" to simplify design, minimize circuit board area, and reduce overall system cost.