NE5532APG4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

NE5532APG4, as a high performance single-chip low-noise dual-operational amplifier integrated circuit, is widely used in pre-amplifiers, filters, frequency characteristic adjustment and active driving circuits due to its low operating current and high stability.

As a member of the instrumentation, OP amps, buffer amps products, the NE5532APG4 falls into the linear-amplifiers category. The linear-amplifiers are often used in many applications, such as amplifying circuits, temperature measurement, analog-to-digital converter, analog signal shaping and so on.

The working principle of the NE5532APG4 is based on the dual-operational amplifiers. It consists of two independent inverting amplifier circuits. Each circuit has an input terminal and two output terminals which have a common connection. The inputs of each circuit are difference inputs and they can be connected in series or parallel. The output of each circuit is fed back to the input through resistors. When an input voltage is applied, the output voltage is amplified according to the gain set by the resistors. The current required to operate the amplifier is referred to as the operating current. The NE5532APG4 has a very low operating current, which makes it suitable for applications where power is limited.

In addition, the NE5532APG4 has low noise and high stability. Low noise is important because it reduces the amount of interference that can be picked up by the amplifier. High stability means that the amplifier will be able to provide consistently performing results. These features make the NE5532APG4 well suited for use in pre-amplifiers, filters, frequency characteristic adjustment and active driving circuits.

In conclusion, the NE5532APG4 is an excellent choice for applications involving amplifier circuits, temperature measurements and analog signal shaping, due to its low operating current, low noise, and high stability. It is also ideal for use in pre-amplifiers, filters, frequency characteristic adjustment and active driving circuits. Its dual-operational amplifier integrated design makes it easier to use and integrate into a wide range of applications.

The specific data is subject to PDF, and the above content is for reference