743C083332JTR Resistors

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The 743C083332JTR from TE Connectivity is a resistor network array consisting of sixteen individual resistors on a common substrate. This array is ideal for applications requiring high power dissipation, good thermal performance, and wide temperature range. Its features include high density packaging, low power, and a high-impedance profile. This array is ideal for use in systems that require noise suppression, high frequency band limiting, or signal conditioning.

The 743C083332JTR is a low-cost, single-assembly solution consisting of sixteen individual resistors that are arranged in two different configurations. The first configuration is a two-position “see-through” array. This configuration has two symmetrical identical resistors located on opposite sides of the substrate. The second configuration is a four-position “maze” array. This configuration has four resistors arranged in a symmetrical pattern forming an isosceles triangle of resistance elements.

The 743C083332JTR resistor network is designed to provide high-impedance and low power, while still providing flexibility and superior thermal performance. The array is constructed of high-performance polycrystalline silicon, which provides low noise, good isolation, and fast response time. The resistors are packaged in a hermetically sealed housing, providing reliable performance in harsh environments. These resistors are capable of operating over a wide temperature range, and their high-impedance profile makes them ideal for applications that require isolation or suppression of wide-band noise and limited frequency signals.

The 743C083332JTR array is used in a variety of applications. It can be used to provide isolators for power supply systems, over-current protection, or to drive linear power supplies. Having a high-impedance profile, the array is also suitable for bridge rectification, signal conditioning, and EMI/RFI suppression. The flexibility of the array also enables its use as a “bridge” to convert analog signals to digital signals, and vice versa.

The working principle of the 743C083332JTR resistor network is based on the simple voltage divider concept. The resistance of each individual resistor in the array is inversely proportional to the value of the adjacent resistors. Therefore, by varying the resistance of the individual resistors, the voltage division ratio of the array can be easily adjusted. For example, if the resistance values of two resistors in the array are decreased, the voltage division ratio will increase accordingly. By adjusting the resistance values of the individual resistors, the array can produce a wide range of different voltages, depending on the specific application.

In addition to its flexibility, the 743C083332JTR resistor network is also highly reliable and cost effective. Because of its low power dissipates, and small size, the array can be used in a vast number of applications. Its features also include low thermal resistance, and high-precision resistances. Due to its robust design, the array can also be used in demanding conditions, and environments with extreme temperatures.

The 743C083332JTR from TE Connectivity is a resistor network array ideal for applications requiring high power dissipation, good thermal performance, and wide temperature range. Its features include high density packaging, low power, and a high-impedance profile. The array is designed to provide high-impedance and low power, while still providing flexibility and superior thermal performance. Its flexibility and reliability make it suitable for a variety of applications, such as power supply systems, isolated power supplies, over-current protection, power conversion, signal conditioning, and EMI/RFI suppression.

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