4814P-850-001

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Resistors networks and arrays are a much-needed component in the design of electrical systems. By combining several resistors in series or parallel, more complex variations of resistance can be achieved. Specifically, a resistor network is a type of electrical network consisting of multiple resistors connected in various configurations. The 4814P-850-001 is a type of resistor network and has many applications within the field.

The 4814P-850-001 is a CMOS alternative to larger resistors arrays. It is a type of resistor network in an integrated circuit package. This chip offers two configurations, either a single voltage divider network or a double voltage divider network. Its integrated circuit encapsulation helps protect the resistors from noise, moisture, and other intrusive elements. The chip is also surface mountable and can fit in a variety of tight spaces. It offers a voltage range of 3V to 18V and dimensions of 8.0 x 8.0 mils (203.2 x 203.2 μm).

The 4814P-850-001 can be used for applications such as voltage division, filtering, attenuation, and digital sampling. Its single voltage divider configuration can be used to divide a voltage signal into two lower voltages, while the double voltage divider is used a voltage divider with two upper and two lower terminals. This device’s integrated circuit offer a wide range of resistances and keep the signal path clean and noise free. Additionally, its miniature size also allows the chip to be used in more confined spaces.

The working principle of the 4814P-850-001 is based on the principles of Ohm’s Law. To create a resistive network, the user can combine multiple resistors into various configurations, such as serial and parallel. By introducing a voltage potential into these configurations, an electrical resistance can be achieved. The 4814P-850-001 resistor network works by using this same principle to produce an electrical resistance according to the user’s needs.

Overall, the 4814P-850-001 resistor network offers a variety of benefits and advantages within the field of electrical systems. Its integrated circuit encapsulation offers protection from noise, moisture, and other intrusive elements, and its miniature size allows it to be used in more confined spaces. It also works on the principles of Ohm’s law to produce an electrical resistance suitable to the user’s needs, for applications such as voltage division, filtering, attenuation, and digital sampling.

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