IP2001TR

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The IP2001TR is a high efficiency, positive input-output voltage, DC DC switching regulator, which can deliver up to 5 A of output source current. This step-down regulator features a very low output voltage ripple, low power loss and fast transient response. This is due to its advanced Buck switching architecture and advanced Digital Negative Current Collimation System (DNSCCS) technology.

The IP2001TR also includes integrated circuit protection features that help protect the regulator from subjected overload conditions. These features include over-voltage protection (OV) as well as over-current limiting (OTL) and over-temperature protection (OTP).

When the IP2001TR is properly applied, the input voltage can be higher than the output voltage, making it an ideal choice for applications such as portable data recorders, wired thin-film display monitors, wireless remote peripherals and displays, or wireless networking applications where the input voltage must be higher than the output voltage.

The IP2001TR is a reliable, high efficiency, positive input-output voltage, DC DC switching regulator for high efficiency applications. It has a maximum output current of 5A and a very low voltage ripple. It comes with integrated protection features, such as OVL and OTP, which will protect the regulator from overload conditions. It can also be applied with an input voltage which is higher than the output voltage, making it an ideal choice for applications where this is required.

The working principle of the IP2001TR is as follows:

The IP2001TR regulator works off the Buck switching architecture, which means that it alternates between a high-pulse-width-modulated (PWM) signal and a low pulse-width-modulated (PFM) signal to generate the desired output voltage. The regulator is comprised of several stages which provide the necessary current and voltage levels for the desired output voltage.

The first stage of the IP2001T is the power stage. This stage takes the input voltage and passes it through an inductor and into the 2nd Stage - the Digital Negative Current Collimation System (DNCCS). This system allows the regulator to adjust the duty cycle of the pulse width modulation to achieve the desired output voltage.

The 3rd stage is the Output Voltage Adjustment (OVA), which is used to change the output voltage, if needed. The last stage of the regulator is the Protection (PROT) section, which provides protection to the regulator from overload conditions.

The IP2001TR is an efficient, reliable, and cost-effective solution for your DC DC switching regulator applications. With its advanced Buck switching architecture and digital negative current collimation system (DNCCS) technology, it provides a low output voltage ripple and fast transient response. Its integrated circuit protection features help protect the regulator from overload conditions. It can also be applied with an input voltage which is higher than the output voltage.

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