766161820GPTR13

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Resistor networks and arrays are one of the most common components used in a variety of electronic applications today. The 766161820GPTR13 is a type of resistor network/array specifically designed to provide high-precision, low-cost, and reliable performance in a wide variety of applications.

The 766161820GPTR13 is a hybrid resistor array, made up of both thin-film and thin-film networks. It features a wide operating temperature range of up to 150°C, with a low tolerance of 0.15%. This high-precision resistor network array also offers excellent noise rejection, due to its internal shielding mechanism.

The 766161820GPTR13 is commonly used in precision signal processing applications, as it is capable of accurately limiting noise disturbances. It is also used in communication, power, switching, and computing applications, due to its high-performance and reliability.

The 766161820GPTR13 is made up of four resistor networks, each with four resistors per network. The networks are connected to each other in a specific manner to manufacture the array. Each resistor is made using the channel-etch method, which is a common thin-film manufacturing technique. This technique etches two parallel channels on a substrate layer, which are then filled with resistance material. The resistance material then connects the two channels, and the resulting circuit is complete.

The 766161820GPTR13 also features internal shielding, which helps reject EMI noise and allows for better signal integrity. The array is also equipped with a fail-safe mechanism, which ensures the resistors are not shorted, and that the array will not overload.

The 766161820GPTR13 is an ideal choice for applications that require high-precision and reliable performance. It is durable, and its operating temperature range makes it suitable for a wide variety of applications. Its internal shielding mechanism greatly reduces the risk of noise interference, and its fail-safe mechanism ensures that the array will not overload.

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