RN70E56R2FB14

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Through Hole Resistors are an integral and essential component in a variety of circuits and systems. The RN70E56R2FB14 part is a through hole resistor that has a wide application field and detailed working principle. Using Combination-Type, Thick Film technology, it has a low resistance, low cost, and small size.

The RN70E56R2FB14 is usually used in important industrial and commercial applications that require a high degree of accuracy and reliability. Some of its common fields of application include amplifier circuits, switching circuits, voltage Regulation, Instrumentation Systems, circuits used in high power appliances, ultra-low voltage circuits, and automotive systems.

The RN70E56R2FB14 is designed to operate at temperatures ranging from -55 degree Celsius to +125 degree Celsius. It is also resistant to extreme environmental conditions like humidity, water, dust, shock, and vibration. The resistor can handle a power dissipation of 0.064 Watts without exceeding the maximum temperature rating.

The RN70E56R2FB14 is a 14-pin through hole resistor that has two resistive elements that are connected in parallel. It has a maximum rated voltage of 70V and a maximum rated power of 500mW. In situtations when you need a more precise resistive value, the resistor also has adjustable resistive elements that can be adjusted to the desired value. This makes it ideal for applications that require accurate values for a variety of parameters.

The RN70E56R2FB14 also features an extremely low noise level of -68dBC. This is an important factor for many applications and a factor that designers need to take into account. Additionally, the resistor also has a reverse leakage current of 10uA at 25°C ambient temperature. This ensures a reliable and stable performance at temperatures that are within the rated temperature range.

The RN70E56R2FB14 is designed for excellence and is resilient to a variety of environmental factors. It is highly suitable for a wide range of applications where reliable, accurate and high performance is required. It is also well-suited for applications with less tolerance to high-voltages and extreme environmental conditions. When comparing it to other types of resistors, it provides a higher performance-to-price ratio, making it a great choice if the budget is tight.

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