Precision Voltage-to-Current Converter IC Texas Instruments XTR110KP PDIP-16

The Texas Instruments XTR110KP is a precision voltage-to-current converter IC in a PDIP-16 package designed for industrial signal transmission. It transforms a measured or control voltage into a proportional current suitable for 4–20 mA current loops and remote sensor interfaces. The device provides stable current sourcing and is intended for use in process control, instrumentation, and long-distance analog signalling where accurate current output and low drift are required.

Advantages

The XTR110KP offers precision voltage-to-current conversion with low temperature drift and high output compliance, enabling reliable operation across a range of industrial conditions. Its integrated design reduces external component count and simplifies loop wiring for 4–20 mA systems. The PDIP-16 package provides easy handling and straightforward through-hole mounting for prototyping and legacy board designs. The converter supports stable current sourcing for sensors and transmitters, improving signal integrity over long cable runs.

Suitable for

• 4–20 mA industrial current loop transmitters
• Process control and automation signal conditioning
• Remote sensor interfacing and long-distance analog signalling
• Instrumentation requiring low-drift current outputs

Key specifications

• Function: voltage-to-current conversion (voltage input to proportional current output)
• Output range: designed for standard 4–20 mA loop operation
• Package type: PDIP-16 through-hole package for easy prototyping and mounting
• Performance characteristics: precision conversion with low temperature drift and stable current sourcing
• Supply and compliance: supports industrial loop supply voltages and provides sufficient output compliance for long cable runs (refer to manufacturer datasheet for exact voltage ranges)

How to use

Integrate the converter into a 4–20 mA loop by connecting the input voltage source or sensor output to the voltage input pins and routing the current output into the loop wiring. Follow standard PCB layout and grounding practices to minimize noise and ensure measurement accuracy. Use the PDIP-16 footprint for through-hole mounting or socketing during prototyping. Consult the device datasheet for recommended external components, input scaling, and detailed connection diagrams to achieve the intended input-to-current transfer ratio and to set any required calibration.