• Part: mEZDPD3603AS
  • Description: Programmable 36V DC/DC PowerSupply
  • Manufacturer: Monolithic Power Systems
  • Size: 1.29 MB
Download mEZDPD3603AS Datasheet PDF
Monolithic Power Systems
mEZDPD3603AS
mEZDPD3603AS is Programmable 36V DC/DC PowerSupply manufactured by Monolithic Power Systems.
- Part of the mEZDPD3603A comparator family.
m EZDPD3603A, m EZDPD3603AS Zero EMI, Programmable 36V DC/DC Power Supply up to 3A DESCRIPTION The m EZDPD3603 series are ultra-low EMI, programmable DC/DC power supplies up to 3A and 0.6V to 12V output voltage. There are two packages available. The m EZDPD3603AS is a surface mount: LGA package, and the m EZDPD3603A is in the DIP (Dual Inline Package). The m EZDPD3603 series products have a multiple-time programmable memory and simple GUI (Graphic User Interface). The GUI includes modeling software for verification of performance. During bench evaluations, different configurations can be obtained easily through the I2C interface. This allows users to optimize each output for their requirements. All non-programmed parts (m EZDPD3603A-XXXX, m EZDPD3603AS-XXXX) parts require only current and output voltage values to begin the evaluation. The other parameters, as defined in the GUI, have default settings that can be modified by the user, if necessary. m EZ Product Options: 1. Surface Mount and SIP Package 2. Ready-to-Use Modules 3. Do-It-Yourself. Manufacturing assistance is provided 4. ponents can be purchased separately VOUT VOUT VCC m EZDPD3603A m EZDPD3603AS PG ADD SYNC GND SCL SDA Typical Application Circuit Features - 4.5V to 36V Operating Input - Programmable Parameters - 0.6V to 12V Output Voltage - Output Voltage - Up to 3A Continuous Current - Output Current Limit - Meet EN55022 Class B Emissions - Switching Frequency - Operation Temperature: -40°C to 85°C - Multiple Selection Modes - Standard DIP Package (16x23x6.5mm) - pensation - Standard LGA Package (15x15x6mm) - Design Files Available WEB PROGRAMMABLE MODULE - Build a custom module using our online service. - Customize your voltage, current limit, and...