OSOPTA1001BT1

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The OSOPTA1001BT1 is a resistor network that is part of a family of resistor arrays known as Thin Film Array Series Resistors. These devices are designed to provide an array of resistors on a single ceramic substrates. The OSOPTA1001BT1 offers resistance values in a low impedance and power range and is ideal for applications that require a wide range of resistance values and a high level of accuracy.

The OSOPTA1001BT1 features a resistance value range of 0.05Ω to 9.2Ω and a power rating of 1W. It has a tolerance range of 0.1%, 0.25%, 0.5%, and 1%, with an operating temperature range of -55°C to +135°C. The device is constructed using a thin-film technology and is available in both 8 and 16-pin packages. The pins are designed to offer minimal inductance providing a low-impedance path between the resistors and the user circuit.

The OSOPTA1001BT1 is an ideal solution for applications where a combination of low resistance values and high accuracy is required. This type of array can be used in a variety of applications including, but not limited to, signal conditioning for active filters, impedance matching, instrumentation amplifiers, and ESD protection circuitry. Additionally, the thin-film construction and low impedance path offers excellent noise and precision component performance.

In terms of operation, the OSOPTA1001BT1 operates in two modes. The first mode called an “16 independent resistor” mode is where each resistor is specified independently. This mode provides higher dynamic accuracy than other types of resistors due to its precise resistance ratio. The second mode is referred to as a “parallel/series” mode where two resistors are used in series or parallel connections. This provides higher overall output impedance and resistance value.

The OSOPTA1001BT1 is an ideal solution for high-accuracy, high-reliability applications that require a low impedance path. It combines a wide range of resistance values, high tolerance, and excellent power rating in a single package thus enabling robust designs that meet the demands of demanding applications. Furthermore, the device offers both independent and parallel/series modes of operation allowing users to choose the most appropriate configuration for their specific requirements.

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