ORNTV25021002T3

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Resistor Networks, Arrays are general term referring to all types of networks or arrays that have resistors as their fundamental parts. One type of resistor network is the ORNTV25021002T3 network, which is used in many different applications and can help control different levels of voltage and current.

The ORNTV25021002T3 network consists of 10 resistors in a single package. It’s designed to be an economical and space-efficient way to provide a variety of precise resistance values in a network configuration. The resistors in the network are rated between 100 Ohms and 21K Ohms and are low noise and low thermal coefficient.

The ORNTV25021002T3 network makes it easy to create circuits that need precise resistance values and that can handle high current. In addition to this, the network is RoHS compliant and is available in either a tiny SOT package or a more traditional DIL package. The network can also be purchased with different numbers and resistance values, so it’s possible to find a suitable solution for almost any application.

The main application field of the ORNTV25021002T3 network is in power electronics and testing equipment. It’s used in power supplies, voltage regulation circuits, and overcurrent protection circuits. It can also be used in electronic measuring equipment such as meters and oscilloscopes. The network is also suitable for audio and video equipment, as it can accurately control the levels of current and voltage in those circuits.

One of the major advantages of using the ORNTV25021002T3 network is its capability to function as a resistor ladder. This means that the resistance value can be adjusted by simply adjusting the current running through the network. This makes it ideal for precision applications like test equipment and voltage regulators as it can be precisely adjusted for the exact current or voltage that is needed.

The ORNTV25021002T3 network works by controlling the current flow between two nodes. It does this by using a voltage divider circuit. This circuit is composed of two resistors that are wired in parallel. One of the resistors is adjusted so that it has a higher value than the other. This allows a reduced current flow through the higher resistance resistor, which results in a drop in voltage at that node.

The ORNTV25021002T3 network is a versatile and simple tool for controlling current and voltage levels in different applications. It’s easy to adjust the resistance value of the network, which makes it ideal for precision applications like test equipment and voltage regulators. The network is a cost effective and space-efficient solution, and is RoHS compliant, making it a great choice for many different applications.

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