RM3216B-102/402-PBVW10

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Resistors are an important component that is used in many electrical and electronic circuits. The resistance of a resistor, measured in ohms, is defined as the amount of voltage that must be applied across its leads to produce a current of one ampere. Resistor networks, or arrays, combine many resistors into one single unit, to increase its resistance, create different resistance values for each lead, or reduce the amount of space needed to install a set of resistors. The RM3216B-102/402-PBVW10 is a type of resistor network. This article will discuss the application field and working principle of RM3216B-102/402-PBVW10 resistor networks.

The RM3216B-102/402-PBVW10 resistor network belongs to the Resistor Network series, manufactured by Yageo Corporation. It is a quad-differential array chip that features two pairs of electrodes in each network, with single interconnected resistors between them. The array has a total resistance value of 10 ohms, with each resistor value equal at 2.5 ohms. The RM3216B-102/402-PBVW10 is available in SMD packages, with a pin count of 16. It offers an operating temperature range of -40 to +85°C and can withstand a reverse voltage of 25V.

The RM3216B-102/402-PBVW10 resistor network has a wide field of applications. It can be used for signal and power distribution in automotive, telecom, industrial, and consumer electronics. It is also suitable for use in circuit protection, signal filtering, signal conditioning, and current sensing. Some of the typical applications for the RM3216B-102/402-PBVW10 include the filtering of audio signals, protection against circuit overvoltage in automotive electronics, and sensing of current in motor drives.

The working principle of the RM3216B-102/402-PBVW10 is simple. The two pairs of electrodes are connected by four resistors that create a bridge network. The voltage applied to the resistor network will divide between the four equal resistors, depending on their resistances. Therefore, when the voltage is applied to the network, it will be divided into four equal parts, each across 2.5 ohms of resistance, and the total resistance value will be 10 ohms. This is the basic principle of how the RM3216B-102/402-PBVW10 works.

In conclusion, the RM3216B-102/402-PBVW10 is a resistor network that has a total resistance value of 10 ohms. It is suitable for many applications such as signal and power distribution, circuit protection, signal filtering, signal conditioning, and current sensing. The working principle of the RM3216B-102/402-PBVW10 is based on the bridge network that divides the voltage into four parts, each across 2.5 ohms of resistance.

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