AC/DC Converter PMIC EB896103028 Input Voltage 85–265V SMD-8B

PMIC AC/DC converter EB896103028 is a compact surface-mount power module designed to convert a universal AC input of 85–265V to regulated DC rails for PCB-mounted applications. The SMD-8B package allows direct integration on printed circuit boards, reducing external components and saving board space. The module is intended for use where stable DC supply is required across wide mains voltage ranges in industrial, telecom and consumer electronics systems.

Advantages

The converter offers wide input voltage compatibility and compact SMD packaging for straightforward PCB assembly. Its integrated design reduces the number of discrete components needed, simplifying power supply design and improving reliability. The module delivers regulated output performance over varying mains conditions, enabling consistent operation of downstream circuitry. Thermal performance and solderable package form factor support automated assembly processes.

Suitable for

• Industrial control boards and automation equipment
• Telecommunication modules and networking devices
• Consumer electronics with compact power requirements
• Embedded systems and single-board computers requiring regulated DC rails

Key specifications

• Input voltage range: 85–265 V AC (universal mains compatibility)
• Package type: surface-mount SMD-8B for PCB assembly
• Function: AC to regulated DC conversion (PMIC AC/DC converter)
• Application class: suitable for industrial, telecom and consumer electronics
• Mounting method: solderable surface-mount component

How to use

Place the module on the PCB according to the manufacturer’s recommended land pattern and solder it using standard reflow profiles compatible with SMD components. Ensure correct AC input connections and proper isolation clearances on the board for safety and compliance with mains voltage. Route output rails to the load with appropriate decoupling capacitors and filtering as required by downstream circuits. Observe thermal management practices, including copper pours or heatsinking on the PCB if the application dissipates significant power.

Usage recommendations

Verify the module’s thermal and electrical placement in the system by reviewing board layout, ambient temperature, and expected load conditions before final assembly. Use recommended soldering guidelines and test the assembled board at the full input voltage range to confirm stable output under operational conditions.