742C083221JTR Resistors

Resistor Networks, Arrays, are various types of resistors that are designed to offer a specific resistance that is greater, lower, and stable than individual resistors. 742C083221JTR is a type of resistor array which consists of eight resistors arranged in two rows of four, also known as 4-Resistor Array. It is a versatile device with a variety of applications.

742C083221JTR application field consists of several industries such as automotive electronics, instrumentation, telecommunication, audio design, and power supplies to name a few. Its widespread use is largely due to its ability to operate in both digital and analog systems.

Regarding working principle, 742C083221JTR resistors are designed to produce a desired resistance that remains linear and stable over a given temperature range. Each of the 16 pins serves as either the anode or cathode of the two rows of four combinational resistors, or as a common connection point. Depending on which combination of pins are connected to each other, different resistance values can be achieved. For example, if the four anodes of either row are all connected to each other, then the resistance seen from each pin to the newly created reference point will be 1/8 of the total resistance.

742C083221JTR is designed to provide the user with 16 degrees of variation. By simply connecting different sets of pins together, the user can vary the resistance from as low as 1/8 all the way to the maximum value of total resistance. This makes it a powerful tool in any circuit design that requires adjustable resistance. Additionally, 742C083221JTR is also efficient in handling large amounts of current with minimal temperature rise. This makes it suitable for high power applications.

742C083221JTR is a widely used resistor array due to its versatility in various markets. Its wide temperature range and high power-handling capabilities make it an ideal component in various power applications. Its array of possible resistances makes it an attractive option for designers who require a wide range of resistances. Furthermore, its linear and stable resistance allows for an accurate and precise resistance adjustment.