Industry-standard five-pin quarter-brick form factor with dimensions 57.9×36.8×11.6mm (2.28×1.45×0.46in.)

Input voltage range: 36-75Vdc; output options up to 60A/396W (e.g.,12V/33A,5V/60A,3.3V/60A,9V/33A)

High efficiency: Typical 96% at half load for 12V output

1500Vdc input-output isolation voltage

Long reliability:2.5 million hours MTBF (calculated at max power,40°C ambient)

Optional digital PMBus1.1 compliant interface for configuration and monitoring

Optional baseplate for enhanced thermal performance

Optional output voltage droop feature for parallel operation (current sharing accuracy ±10%)

Comprehensive protection: Overvoltage(OVP),Overcurrent(OCP),Overtemperature(OTP),Undervoltage Lockout(UVLO),Input transient protection

Configurable via PMBus: Soft start/stop,voltage sequencing/margining,delay/ramp-up,synchronization,voltage tracking

RoHS compliant(meets 2011/65/EU directive) and ISO9001/14001 certified

Supports remote sense to compensate for voltage drops up to10% at load point

ESD protection:Class2(2000V HBM),Class3(200V MM)

Optional surface mount or through-hole mounting options

Telecom network equipment: Suitable for base stations,routers,switches with 36-75V input and stable intermediate bus needs

Data center infrastructure: Server power supplies,storage systems for efficient high-voltage to intermediate voltage conversion

Industrial automation: PLCs,motor drives,control systems requiring reliable high-efficiency power in harsh environments

Embedded systems: High-performance industrial PCs,test equipment needing compact high-power density converters

Network edge devices: Edge computing nodes,IoT gateways where space and efficiency are critical

Parallel power systems: Multiple converters for higher loads (using droop feature for current sharing)

Installation:

1 Ensure proper airflow (refer to thermal derating curves) to keep temp below max125°C at reference point

2 Use min100uF external input capacitance to reduce transients

3 Remote control: Default negative logic; wire RC pin to -In for auto-power-up or reconfigure via PMBus

4 Soldering: Through-hole max270°C for10s; SMD follow Pb-free/SnPb reflow profiles (peak260°C for Pb-free)

Operation:

1 Do not exceed absolute max ratings (input80V,operating temp-40~125°C)

2 PMBus address: Use1% resistors for SA0/SA1 pins

3 Remote sense: Connect +Sense to load + if used; else short to +Out

4 Parallel operation: Use droop-enabled variants and limit to90% max load per module

Safety:

1 Handle with ESD precautions (wrist strap,ESD mats)

2 Do not touch live pins; follow IEC60950-1 system safety standards

Maintenance:

1 Check for overheating/damage regularly

2 Use no-clean flux to avoid residue issues

3 Store dry-packed SMD products as per J-STD-033

BMR4530101/001-PDF数据手册-参考资料