Our voltage-to-current converters are designed to transform ±10V signals into bipolar current signals capable of driving hydraulic servo valves or similar loads.
Selectable output ranges provide a convenient way to set the full-scale current to match valve requirements, limit maximum current, or set optimum working ranges. The bipolar output ranges are switch selectable in 10 mA increments up to ±100 milliamps (mA) on each of the two channels.
In addition to being able to drive two valves separately, the converters’ two channels can be combined in a parallel configuration to drive larger servo valves that require more than 100 mA but less than or equal to 200 mA.
The VC2124 requires a single 24 V power supply, eliminating the dual 15 V supplies needed by other converters.
The VC2100 voltage-to-current converter transforms ±10V signals into current signals capable of driving hydraulic servo valves or similar loads. It also provides a convenient way to set the full-scale current to match valve requirements, limit maximum current, or set optimum working ranges.
The VC2100-HS voltage-to-current converter is a high-speed version of the VC2100. The 3dB frequency is 15 kHz compared to 1.4 kHz for the VC2100. This enables signal conversion for an expanded range of applications, including motion control and functional performance testing. With the exception of the expanded frequency response feature, the VC2100-HS shares the same specifications as the VC2100.
The VC2100 and VC2100-HS require a ±15 VDC power supply.