4816P-1-273LF

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Resistor Networks, Arrays have myriad applications. A particular example of this is the 4816P-1-273LF, which is an inexpensive resistor network, used for a variety of applications in a wide range of industries. The 4816P-1-273LF is a chip-type network composed of single-in-line elements on a standard 0.1" grid array. It is commonly used for the protection of high-speed logic against overvoltage and ESD (electrostatic discharge) damage.

An individual 4816P-1-273LF network element has three pins. The first is the anode (longer pin), and is connected to a +5v voltage source. The second is the cathode (shorter pin), and is connected to the ground of the system. The third is the resistor pin, and is connected to the signal line that will be protected.

The primary purpose of the 4816P-1-273LF network is to protect against ESD events. ESD is the sudden discharge of static electricity from an electrically charged object. ESD shocks are generated by everyday activities such as human contact, movement of carpets and clothing, etc. This surge of static electricity causes massive damage to sensitive components and systems if it is not properly dissipated. The 4816P-1-273LF network provides this additional level of protection by dissipating the charge from the ESD event to ground before it can cause any damage.

The 4816P-1-273LF also provides protection against overvoltage transients. Transients are short-term spikes in voltage that are the result of rapid changes in load or power. These transients can cause destruction to sensitive components if not properly addressed. The 4816P-1-273LF provides transient protection by limiting the voltage going to the sensitive components to the level determined by the resistor value. For example, if the resistor value is 150 Ohms, the maximum voltage entering the component is 150*5v or 750 mV.

The 4816P-1-273LF resistor network is a versatile and cost-effective solution for protecting components against ESD and transient damage. The 4816P-1-273LF provides a low-cost solution that is effective in reducing the risk of component failure in a wide range of applications. It is designed to operate in a range of temperatures from -40°C to +85°C, and is available in a variety of power ratings and resistor values. It is also RoHS compliant.

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