peculiarity
Electrical specifications
6W maximum total output power
Up to 1A output current
Input voltage range 6V to 42V
The output voltage range is 0.8V to 6V
Up to 90% efficiency
Key features
Integrated shielded inductors
Simple PCB layout
Flexible start-up sequencing uses external soft-start and precision to enable
Fault protection against inrush current, input UVLO, output short circuit, etc
- Junction temperature range from 40°C to 125°C
Single exposed pad and standard lead wire for easy installation and fabrication
Fast transient response of powered FPGAs and ASICs
Low output voltage ripple
Pin to Pin Compatible Series:
LMZ14203/2/1(42V Max 3A, 2A, 1A)
LMZ12003/2/1(20V Max 3A, 2A, 1A)
FULLY ENABLE THE WEBENCH ® POWER SUPPLY DESIGN
Performance benefits
In the ambient temperature is high, there is no heat derating in the operation
High efficiency, reducing the heat generated by the system
Low electromagnetic emissions (EMI) in accordance with EN55022 Class B
Low external component count
illustrate
The LMZ14201 SIMPLE SWITCHER POWER MODULE IS A DC-TO-DC SOLUTION FOR EASY-TO-USE STEP-DOWN DRIVING WITH EXCELLENT POWER CONVERSION EFFICIENCY, LINE AND LOAD REGULATION, AND OUTPUT ACCURACY FOR 1A LOADS. LMZ14201 is an innovative solution that enhances thermal performance and allows manual or machine welding.
The LMZ14201 can accept input voltage rails between 6V and 42V and provide adjustable and highly accurate output voltages down to 0.8V. The LMZ14201 requires only three external resistors and four external capacitors to complete the power solution. The LMZ14201 is a safe, reliable and powerful design with the following protection features: thermal shutdown, input undervoltage lockout, output overvoltage protection, short-circuit protection, output current limiting, and allows entry into a prebiased output startup. A single resistor regulates the switching frequency up to 1 MHz.
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Point-of-load conversion of 12V and 24V input rails
Time-critical projects
Space-constrained/thermally demanding applications
Applications of negative output voltages (see AN - 2027)