Abaco Systems/VMIC VMIVME-4941-444 Four-channel synchronous/rotary digital converter board
Settings:https://www.gsplcdcs.com/
• 4:11.8V, 2% linear (synchronous input)
• 4:2 min + 1 LSB (4 LSB difference linearity)
• 4: Four channels

VMIVME-4941 Four-channel synchronous/Rotary digitizer board (commonly referred to as Rotary Transformer Digitizer or RDC, Resolver Digital Converter is a circuit board used to convert the output signal of a Resolver or Synchro into digital form. Rotary transformers and synchronizers are both analog sensors that are commonly used for Angle measurement and position feedback, especially in motor control, servo systems, and other applications that require high precision Angle measurement.

The main features and functions of the VMIVME-4941 four-channel RDC board include:

Multi-channel design: There are usually four independent channels integrated on the board, which can simultaneously process signals from four different rotating transformers or synchronizers.
Synchronous sampling: All channels of the VMIVME-4941 are designed for synchronous sampling to ensure accurate Angle measurements on multiple axes at the same time.
High-precision conversion: Through advanced signal processing technology, the RDC board can convert the analog signal of a rotary transformer or synchro into a high-precision digital Angle value.
Flexible interface: The board usually provides a variety of interface options, such as SPI, I²C, CAN, etc., in order to communicate with different control systems or upper computers.
Ease of use: Many RDC boards come with easy-to-use software libraries or drivers that simplify integration with microcontrollers or processors.
Configurability: VMIVME-4941 boards typically allow users to configure different parameters via software, such as sampling rate, resolution, filtering Settings, etc.
Stability and reliability: Because high-precision Angle measurement is required in many applications, RDC boards are typically designed to be very stable and reliable, capable of operating under harsh environmental conditions.