RNC55H8160BRB14

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Through Hole Resistors are widely used in complex electronic devices including the RNC55H8160BRB14, as one of the most popular resistor types in the industry. Through Hole Resistors, or simply "THRs", have been at the forefront of modern electronic systems for several decades. THRs are typically used in restricted or harsh environments, including automotive, defense, aerospace, and industrial projects. They are reliable and offer enhanced performance, often with a long service life. These resistors offer a variety of characteristics and specially designed features to suit specific requirements. They can be made of metal or ceramic, with oxygen-free copper (OFC), Aluminum (AL), Cobalt, Titanium (Ti), and platinum alloys as common materials.The RNC55H8160BRB14 is a through hole resistor that is 3-terminal, non-inductive, and non-polarized. It is housed in a ceramic package and is rated up to a continuous working temperature over 150 degrees Celsius. It is designed for precision sensing, timing, and frequency control applications.The working principle of RNC55H8160BRB14 is based on Ohm\'s Law, which states that voltage and current are directly proportional, with resistance being the constant. In other words, the voltage applied across a resistor is equal to the product of its resistance and the current passing through it. When a resistor is placed between two points in an electronic circuit, it restricts the current and establishes a voltage drop across its terminals. The voltage drop is then distributed inversely, with the majority of the voltage drop occurring across the resistor itself and some across the other components in the circuit. The RNC55H8160BRB14 also features a constant normalization current to reduce temperature drift and ensure very stable and accurate circuit characterization. This ensures consistent operation over a wide temperature range of -55 to 150 degrees Celsius. In summary, the RNC55H8160BRB14 application field and working principle demonstrate the importance of through hole resistors and their ability to meet the needs of a wide variety of applications. Their long service life, low resistance, and high accuracy provide a reliable, cost-effective solution in a variety of complex electronic systems.

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