Renesas ZSPM1363 | Demoboard EVB02

Beschreibung

The ZSPM1363 is a configurable true-digital dual-phase PWM controller for high-current, non-isolated DC/DC supplies. It operates as a synchronous step-down converter in a single-rail and dual-phase con-figuration.The ZSPM1363 integrates a digital control loop, opti-mized for maximum flexibility and stability, as well as load step and steady-state performance. In addition, a rich set of protection and monitoring functions is provided. On-chip, non-volatile memory (NVM) and an I2C interface facilitate configuration.The PC-based IDT Pink Power Designer™ graphical user interface (GUI) provides a user-friendly and easy-to-use interface to the device for communi-cation and configuration. It can guide the user through the design of the digital compensator and offers intuitive configuration methods for additional features, including protection and sequencing.

Eigenschaften

Programmable digital control loop

• Dual-phase, single-rail solution
• Power modes (phase addition/drop)
• Optional PMBus™ address selection without external resistors
• VIN feed-forward
• Advanced, digital control techniques Tru-sample Technology™ State-Law Control™ (SLC) Sub-cycle Response™ (SCR)
• Improved transient response and noise immunity
• Discontinuous conduction mode (DCM) and phase dropping at light loads
• Protection features Over-current protection Over-voltage protection (VIN, VOUT) Under-voltage protection (VIN, VOUT) Overloaded startup Restart and delay
• Fuse-based NVM for improved reliability
• Re-programmable one-time programmable (OTP) memory feature
• VOUT sequencing from external source
• Pin-strapping options: RTUNE and RVSET
• Current balancing between both phases
• Tri-state PWM outputs
• Additional driver support options
• Constant on-time controller (COT) in DCM

Typische Anwendungen

• Telecom Switches
• Network Routers
• Base Stations
• Industrial Applications
• Single-Rail/Single-Phase Supplies for Processors, ASICs, FPGAs, DSPs
• Servers and Storage

Weiterführende Informationen

• Datenblatt
• Produktseite des IC-Herstellers