ABB YB161102-AD - Resolver Exciter Board

ABB YB161102-AD - Resolver Exciter Board

This product is widely used in industrial automation. Contact us for details.

Core features and outstanding performance

Accurate excitation signal output: The excitation board can generate stable and accurate excitation signals to provide the necessary working power for the rotary transformer. The excitation output is adjustable, and the amplitude and frequency of the excitation signal can be flexibly adjusted according to the specific needs of different motors and rotary transformers. In the joint drive system of industrial robots, different joint motors have different excitation requirements for the resolver, and the YB161102-AD can be accurately adapted to ensure that the resolver can stably and accurately convert the rotational angle information of the motors into an electrical signal output, which provides a basic guarantee for the precise motion control of the robot.

Highly Reliable Angle Measurement Support: The resolver is a precision sensor that converts mechanical rotation angles into electrical signals, and the YB161102 - AD excitation board works in conjunction with the resolver to achieve highly reliable angle measurement. Through advanced circuit design and signal processing technology, the excitation board effectively reduces interference and noise in the signal transmission process and improves the accuracy and stability of angle measurement. In the machining process of CNC machine tools, the precise position control of the tool depends on the accurate measurement of the rotation angle of the motor, YB161102 - AD and the resolver with the rotary transformer can provide high-precision angular feedback for the CNC system, to ensure that the tool moves accurately in accordance with the preset path, to ensure that the machining accuracy of the parts.

Advanced technology forged reliable quality

Wide range of operating conditions adaptability: the industrial environment is complex and changeable, the temperature, voltage and other operating conditions fluctuate greatly, YB161102 - AD excitation board in the design of the full consideration of these factors, with excellent environmental adaptability. The YB161102 - AD is designed with these factors in mind and has excellent environmental adaptability. Its operating temperature range is from - 20 °C to + 70 °C, enabling stable operation in cold storage environments or hot steel smelting workshops. At the same time, the excitation board can adapt to a wide range of operating voltages from 12V to 30V DC, which ensures normal operation even in industrial areas with unstable power supply, reduces equipment failures due to voltage fluctuations, and ensures the continuity of industrial production.

Electromagnetic compatibility optimization design: There are a large number of electromagnetic interference sources in industrial sites, such as electromagnetic radiation generated by motors, frequency converters and other equipment, which poses a serious threat to the normal operation of electronic equipment. ABB adopts advanced electromagnetic compatibility (EMC) optimization technology in the design of YB161102-AD, and effectively suppresses its own electromagnetic interference to the outside world through the reasonable circuit layout, shielding measures, and the design of filtering circuits, so as to effectively reduce the electromagnetic interference to the outside world. 

Through reasonable circuit layout, shielding measures and filtering circuit design, it effectively suppresses its own electromagnetic interference to the outside world and improves the anti-interference ability of external electromagnetic interference at the same time. In the electronic manufacturing workshop, many electronic devices have strict requirements on electromagnetic environment, YB161102 - AD can ensure the stable operation of the resolver by virtue of good electromagnetic compatibility, to ensure the accuracy of the angle measurement data, to avoid the measurement error and equipment malfunction caused by electromagnetic interference.