Power converter module H-TRONIC 191396 input 4–24 V AC/DC, output 1 V

The H-TRONIC power converter module model 191396 is a compact electronic module that accepts an input voltage from 4 to 24 V AC or DC and provides a fixed 1 V output. Intended for use in electronics projects, control circuits and small embedded systems, the module delivers a stable low-voltage rail for sensors, reference circuits and other components that require a precise 1 V supply. Its small footprint and AC/DC input capability make it versatile for both prototype and retrofit applications.

Advantages

The module supports a wide input range of 4–24 V in both AC and DC forms, allowing it to be used with varied power sources. It provides a fixed, low-noise 1 V output suitable for sensitive circuits. The compact design simplifies integration onto prototype boards or into existing control assemblies where space is limited. Built for straightforward replacement and retrofit tasks, the module reduces the need for additional conversion circuitry when a 1 V rail is required.

Suitable for

• Prototype boards and development kits requiring a 1 V reference
• Embedded systems and microcontroller peripherals with low-voltage needs
• Sensor circuits and precision reference stages
• Control and automation electronics where a fixed 1 V rail is necessary
• Replacement of failed low-voltage regulators in compact assemblies

Key specifications

• Input voltage: 4–24 V AC or DC
• Output voltage: fixed 1 V
• Form factor: compact module suitable for integration on prototype or PCB
• Intended use: power conversion for low-voltage electronics and control circuits
• Output type: regulated low-voltage supply for sensitive components

How to use

Connect the module to a suitable 4–24 V AC or DC source following correct polarity for DC inputs. Mount the module on a prototype board or solder it into the target assembly according to the module's pinout and spacing. Ensure appropriate input wiring and decoupling as required by the surrounding circuitry. Verify the output with a multimeter before connecting sensitive loads to confirm a steady 1 V supply.

Recommendations

Use short, secure wiring for both input and output connections and provide adequate cooling and clearance when integrating into assemblies. Avoid exceeding the specified input voltage range and verify polarity for DC inputs. For precision applications, add local decoupling capacitors close to the load and test the module under expected operating conditions to confirm stable 1 V output.