Intelligent PDUs help deliver energy-efficient computing by monitoring and protecting critical data center power.

A simple active-short-circuit (ASC) method is proposed for air conditioning systems with compressors and voltage source inverters (VSI) using a single current sensor. The open-circuit operation for ...

Whether this timeless effect comes from an amp or a pedal, the sound of this O.G. guitar effect still has us shaking all over ...

Figure 3. A shunt MOS current sensor (right) is less dissipative and comparable or better in accuracy compared with shunt resistor current sensing (left). (Image: Toshiba) In another example, a small ...

In this case, a current of 1,000 amps would produce a voltage drop of .025 V (1,000 A x .000025 Ohm), minimizing current loss due to resistance heating. The tradeoff to using minimal R values, which ...

Built-in 1-shunt resistor current sense amplifier, 12-bit A/D converter and 10-bit A/D converter Various detection circuits Current limiter, over current, Vbat overvoltage, over temperature, etc.

While the current shunt resistor offers accurate real-time current measurement and gives several advantages to designers, its usage in high-voltage systems is limited due to some drawbacks. Current ...

Single-Shunt Resistor is typically used to detect inverter currents due to the cost of electronics components or circuits. However, for an inverter implemented with Space Vector PWM, the single-shunt ...

Littelfuse, Inc. has launched its SSA Series Current Shunt Resistors – the first in its portfolio. These two-terminal, ultra-low stance shunt resistors are uniquely designed to satisfy the increasing ...

Although the current shunt resistor provides precise real-time current measurement and aids designers with multiple benefits – its limitations hinder its application in high-voltage systems. Current ...