4816P-3-800/211

Resistor Networks, Arrays are commonly found in circuits today and can be used for a variety of tasks such as attenuating signals, providing bias voltages, and impedance matching. The 4816P-3-800/211 is one such example of a resistor network or array which consists of three resistors joined in a two-terminal package. It offers an array of advantages, including robustness, accuracy, low inductance, and robustness. In this article, we will look at the application field and working principle of the 4816P-3-800/211.

The 4816P-3-800/211 is mostly utilized in applications requiring a reference voltage or current. This type of resistor array is also referred to as a “tetrapack” because it consists of four resistors in a two-terminal package. It can provide a range of reference voltages or currents depending on the application requirements. The 4816P-3-800/211 is popularly used in circuit optimization, device testing, and in power supplies. It is also used in various military communications systems.

The working principle of the 4816P-3-800/211 involves the use of two resistors (R1 and R2). When these two resistors are connected in parallel, they produce a reference voltage or current for the circuit. The value of the reference voltage or current can be calculated by simply dividing the resistance value (R1) by the resistance value (R2). This principle of calculating an exact reference voltage or current has made the 4816P-3-800/211 popular in applications which require an exact amount of voltage or current to be used.

In addition to the two resistors, the 4816P-3-800/211 also contains an additional resistor (R3) which helps to provide stability to the circuit. This resistor is also known as an “anti-resonance" resistor and its function is to reduce the possibility of any form of noise interference due to outside signals. This is done by introducing a signal cancellation effect to the circuit. The anti-resonance resistor helps to minimize any noise interference and ensures the reference voltage or current is maintained at a stable level.

The 4816P-3-800/211 is a highly popular choice when it comes to resistor networks and arrays. It offers numerous advantages such as robustness, accuracy, low inductance, and robustness. Its ability to produce precise reference voltages or currents makes it extremely useful for a variety of applications. In addition, its anti-resonance resistor makes it the ideal component for applications where stable reference voltages and currents are required.