4820P-T01-122

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Resistor Networks, Arrays are used to arrange resistors in an array of patterns to increase the output resistance range of the product. 3820P-T01-122 is one kind of resistor array with great performance. It is designed to keep your portable project in a perfectly stable state. So, let’s learn the application field and working principle of this product.

Application Field: 3820P-T01-122 has a wide range of applications. It is mainly used in circuit fields such as potting electronic components, ultra-low frequency (20hz) signal line dividers, power supply voltage divider, sine/saw/dc output current etc. In addition, it can also be used in the research of anti-shock technology, transformation technology of AC wave, electrical current sampling and many other circuit application fields.

Working Principle: 3820P-T01-122 resistor array is mainly composed of twelve 2-terminal resistors and two pins. When the output current is 2mA and the resistance is up to 500 ohms, then the chip can be used as an analog voltage divider. The resistors make a total of 822 ohms, and the other 377 ohms are made up of two pins. When power supply is input, the 3820P-T01-122 resistor array will make the voltage into small stepwise voltage with varying current, forming an analog divider.

Besides, the resistor array is also equipped with protective diodes, which can effectively reduce the input overvoltage problem, and at the same time it can also avoid the interference from external environment. The 3820P-T01-122 resistor array is specially designed to act as a voltage divider. It has excellent switching performance in the 0-5 volt range. In addition, it is also designed to be waterproof, dustproof and oil resistant, which makes it ideal for use in many industries and harsh environments.

Generally speaking, 3820P-T01-122 resistor array is an excellent product designed for power attenuation and signal sampling. Its wide application field and comprehensive performance satisfy the needs of all walks of life. Its 12-bit design and superior performance make it the perfect choice for diversified circuit research applications.

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