4820P-1-221LF

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Wherever space is limited, resistor networks and arrays offer significant advantages in comparison to discrete resistors due to their compact form factor. The 4820P-1-221LF is one example of a resistor network and array, designed for use in an array of applications, depending on the user\'s individual needs. This article will cover the 4820P-1-221LF application field and working principle.

The 4820P-1-221LF has a maximum power rating of 0.25 Watts and can be used to replace two discrete resistors due to its two resistor connection scheme. This makes it an ideal device for configuring space-saving circuits as it offers a greater degree of flexibility than using discrete components. This device is designed for use in audio application circuits, LCD display circuits, voltage regulated power supplies, and automotive modules, amongst other applications.

The 4820P-1-221LF is designed to be used in low voltage, low power systems and offers resistance values between 1K ohms and 220K ohms. The device has a wide operating temperature range of -55 to 125°C and a maximum operating voltage of 25V.

To further customize the device, the 4820P-1-221LF offers the use of two different resistor tolerances (± 5 and ± 10%) and two output power levels (0.25 W and 0.1 W). The device also has a heat generating component which helps dissipate heat as well as an integrated ceramic construction which reduces inductance noise.

The 4820P-1-221LF can be operated in two different configurations; unipolar (IR key) and bipolar (flat) mode. The device also features a wide array of electrical characteristics, including high input impedance, low output impedance, and a minimum matching resistances between 250 and 300 ohms.

The 4820P-1-221LF works by taking an input signal, converting it into an electrical current, and then routing it through the resistor network. The resistor network can be configured in a variety of ways, depending on the particular application and the user\'s desired outcome. The device is also designed to operate in a wide range of frequency bands, from DC to High Frequency (HF).

The 4820P-1-221LF is composed of two resistors connected in series. This configuration can be used to reduce total power consumption, as each resistor divides the input voltage into two separate currents. The current through each resistor is then routed to its respective output. This creates a dividing effect, which can help reduce power consumption.

The 4820P-1-221LF is a robust, reliable, and efficient device. Its compact size and two-resistor connection scheme make it an ideal choice for any application requiring adjustable voltage and current levels. Its wide range of electrical characteristics, temperature range, and power level options make it an excellent choice for configuring complex circuits in tight spaces. Its relatively low cost also makes it attractive for any user looking to reduce cost without sacrificing quality.

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