Electric Components

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XBLW Low-voltage Rail-to-Rail CMOS Dual Operational Amplifier?Operating Voltage?Vcc?(v) 2.3-5.5V?GainBandWidth ProductGBW(Typ) 1MHZ?Offset Voltage VOS?Max) 1mV?Voltage Slew Rate(V/us)0.8?Input Bias Current Iib(Typ) 1PA

Product Details:

XBLW Low-voltage Rail-to-Rail CMOS Dual Operational Amplifier?Operating Voltage?Vcc?(v) 2.3-5.5V?GainBandWidth ProductGBW(Typ) 1MHZ?Offset Voltage VOS?Max) 1mV?Voltage Slew Rate(V/us)0.8?Input Bias Current Iib(Typ) 1PA

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ELECTRO MECHANICAL

A DC shunt is an electrical component used in direct current (DC) systems for various applications such as current measurement, current limiting, or voltage regulation. In the context of electrical engineering, a "shunt" typically refers to a low-resistance device connected in parallel with a circuit, providing an alternative path for current to flow. Shunts are commonly used for measuring current in DC circuits by producing a small, measurable voltage drop that can be correlated to the current flow.

An alternating relay is a type of electromechanical relay that alternates its contacts between two (or more) circuits. It is designed to switch between different circuits or states on a periodic basis, typically in alternating fashion, without requiring manual intervention. These relays are commonly used in situations where it's necessary to distribute electrical loads evenly or provide cyclical switching between multiple circuits.

Product Details:

XBLW Low-voltage Rail-to-Rail CMOS Dual Operational Amplifier?Operating Voltage?Vcc?(v) 2.3-5.5V?GainBandWidth ProductGBW(Typ) 1MHZ?Offset Voltage VOS?Max) 1mV?Voltage Slew Rate(V/us)0.8?Input Bias Current Iib(Typ) 1PA