ORNTV50021002T3

Resistor Networks, Arrays, are elements often used in electronic circuitry for the purpose of dividing voltage, dissipating heat, and providing a fixed resistor for other components. ORNTV50021002T3 is one such resistor network. It has a precise chip design and is suitable for various applications. This article will discuss the application field and working principle of ORNTV50021002T3.

Application Field

ORNTV50021002T3 is a network of five resistors, with five termination pins in single-in-line (SIL) package for surface mount application. It is designed for integrated circuit (IC) boards on printed circuit boards (PCBs). Due to its small size and low profile, it is often used in excellent bypass/impedance applications, power supply circuits, and decoupling circuits. Its resistance range is from 10mΩ to 1MΩ and can be used with surface mount technology (SMT).

This resistor network is also often used in medical equipment, industrial equipment, mobile handsets, LED lighting, motor control, and other such applications requiring high density, small form factor and low profile resistance networks. Its mechanical and physical properties make it an ideal choice for these applications.

Working Principle

ORNTV50021002T3 consists of a network of five high-precision, low-loss, non-inductively wound resistors. Each resistor is connected to the other four with fine silver wire which ensures high accuracy and low-noise performance. The resistor elements are further protected by a thin-film coating with excellent thermal and chemical stability. The entire resistor network is surrounded by a metal shell which helps to protect it from physical damage and interference from other components.

The connector pins at the ends of the resistors are intelligently placed so as to allow for the maximum degree of flexibility in terms of design specification. The metal shell further ensures that the connections remain firmly in place even after a few variations in temperature or extreme temperatures.

The resistance values of ORNTV50021002T3 are very accurate and highly reliable. The standard deviation of the temperature coefficient is less than 1% over temperature range. This high level of precision makes it ideal for use in circuits which require high accuracy. In addition, these resistor networks also have very low power losses due to the silver wire connections which ensure much better heat dissipation than other materials.

Overall, ORNTV50021002T3 is an excellent choice for a high precision, low loss resistor network suitable for various applications. Its resistance range, small form factor, low profile, and robust design makes it an ideal choice for applications in various electronics devices.