ALLNET ALL3513 Electrical Converter

The ALLNET ALL3513 electric converter is a compact DC-DC converter designed to provide a stable 12 V output from a wide DC input range of 15–35 V. Its small footprint and straightforward electrical characteristics make it suitable for integration into control systems, instrumentation, and small electronic projects that require a fixed 12 V supply. The converter delivers a continuous output current of 0.2 mA and is built for durability and consistent voltage regulation under typical operating conditions.

Advantages

The converter offers a wide input voltage window that accommodates common DC supply ranges, reducing the need for additional regulation stages. Its stable 12 V output simplifies power design for devices and sensors that require that nominal voltage. The unit’s compact size supports installation in space-constrained enclosures, and construction aimed at reliability supports long-term use in standard indoor electronic setups.

Suitable for

• Low-power control electronics and sensor modules
• Embedded systems and small automation devices
• Prototyping and electronics development where a stable 12 V rail is required
• Powering auxiliary circuitry in industrial control panels

Key specifications

• Input voltage range: 15–35 V DC
• Output voltage: 12 V DC
• Output current: 0.2 mA (continuous)
• Form factor: compact module suitable for integration into enclosures
• Intended use: fixed-voltage conversion for low-current applications

How to use

Connect the converter’s input to a DC source within the specified 15–35 V range, observing correct polarity. Attach the 12 V output to the load that requires the fixed voltage, ensuring the connected load does not exceed the rated output current of 0.2 mA. Verify connections before powering the system and allow the converter to operate within its recommended thermal and installation conditions to maintain regulation performance.

Recommendations

Use short, well-insulated wiring to minimize voltage drop on input and output lines. Install the converter in an adequately ventilated enclosure and avoid exposing it to excessive heat or moisture. For applications nearing the current limit, verify thermal behavior during typical operation and consider using a higher-current converter if continuous loads may exceed the specified output.