Y0115V0524BV0L

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Resistors networks and arrays offer several advantages over discrete components. These components are generally very small, lightweight, and space saving, allowing them to be applied in a much wider variety of applications. Furthermore, resistors networks and arrays are typically more reliable, since they are more complex and able to withstand higher currents. The Y0115V0524BV0L resistor network is one of the most popular products in its class, and is widely used in a range of applications and scenarios.

The Y0115V0524BV0L is a 4-unit, extended-value, synchronous resistor array in a 5-pin, polarized SIP (single in-line package). It has a nominal 48 ohm resistance, with a tolerance of 5% and a power rating of 3 watts. It also has a total resistance tolerance drift rate of 0.05 ohm per degree Celsius and working temperature range between -55˚C and +125˚C. This high precision resistor array can also withstand up to 30 volts of DC voltage.

The Y0115V0524BV0L resistor network is widely used in many applications, such as automotive electronics, consumer electronics, test and measurement equipment, telecommunications, and industrial controls. It provides the highest precision in applications such as battery management systems, power management systems, adjustable power supplies, and voltage references. It is also popular in precision current sensing, precision voltage references, and temperature compensation circuits.

The Y0115V0524BV0L resistor network works by modifying the total on-chip resistance to allow for voltage adjustments across a range of applications. The total on-chip resistance of the device is set by an external device, typically a microcontroller, which also controls the polarity of the voltage. When the microcontroller is programmed with a ‘tweaking’ command on the voltage range, the resistor array’s resistance is modified until a desired voltage is reached. For instance, in a precision current sensing or voltage reference application, the voltage can be adjusted to exactly the necessary level.

The Y0115V0524BV0L resistor network is easy to use and offers considerable cost savings over discrete resistors. When compared to individual components, resistor arrays and networks provide a more efficient, precise, and reliable solution for various applications. Furthermore, because the resistors are all connected in a single package, they can be easily configured for various applications. This makes them ideal for automotive, test and measurement, and industrial control applications.

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