CRD4170-5

The CRD4170-5 Current Transducer is an essential tool for applications in power electronics. The device performs precision current sensing by measuring current in both the positive and negative directions, and is capable of providing a highly precise signal representing the measured current. This signal can then be used for control or other purposes. The transducer works by passing a sample of the current to be measured through two windings of a transformer. The primary winding is held at a constant voltage, while the secondary winding is sensitive to minute variations in current. By correlating the output voltage of the secondary winding with the expected current drawn by the device, a highly accurate signal is generated.

The CRD4170-5 has a wide range of uses in power electronics. It can be used for accurate current sensing in a variety of voltage and frequency applications, including DC systems, AC systems with pulsed loads, and in three-phase systems. In addition, the device can accurately detect and monitor low and high frequency signals over a large dynamic range. The device is also suitable for use in applications involving electrical waste and energy recovery, as well as with renewable energy sources such as solar or wind power.

The CRD4170-5 is designed to provide exceptional accuracy and stability in its measurements. The primary winding of the device has low-noise, stainless steel windings, while the secondary winding is composed of manganese, which provides high accuracy and low loss. In addition, the device has built-in thermal overload protection and is designed to be tolerant of environmental conditions such as vibration or shock. The device is also designed to be EMC compliant.

The CRD4170-5 is a reliable and accurate current transducer that has a wide range of uses in power electronics. The device is designed to deliver highly precise current measurements with exceptional accuracy and stability, and is EMC compliant. The device is well-suited for applications in DC systems, AC systems with pulsed loads, three-phase systems, and renewable energy sources. The device is both durable and efficient, making it an excellent choice for use in a variety of power applications.