TC164-JR-07150KL

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Resistor networks, arrays, and their applications can involve circuits of all complexity and sizes. This article will be focusing specifically on the TC164-JR-07150KL resistor network. It will explore its applications and its working principle, giving clarity to some of the advantages and capabilities it can offer potential users.

The TC164-JR-07150KL resistor network is a surface-mounted device (SMD) made up of a miniature circuit array. It is a type of 0805-sized chip array, meaning it has eight pads measuring 0.080-inches in size and five pads measuring 0.150-inches. This dual-resistor array offers an array of flexibility for various resistance ratios. It’s a great choice for BOM list reduction, component size reduction, and those requiring resistance accuracy as an important criterion.

In addition to possessing desirable qualities for its size and resistance accuracy, the TC164-JR-07150KL also offers high resistance stability, making it a great all-rounder for many applications. In terms of environmental protection, it has excellent thermal shock and vibration resistance capabilities. What’s more, its resistance ratio can be adjusted easily for efficient customisation.

The main significance of these features is in terms of the array’s typical applications. It often is used when a previous two-resistor network would have been installed. This is because it reduces hardware, components, and materials while also lowering installation costs. It’s mainly deployed in applications such as load simulating and data acquisition, as well as thermocouples, AC current sources, multimedia systems, and other electronic systems.

In terms of its work principle, the TC164-JR-07150KL follows a rather simple setup. It is essentially linked by two sections: an output stage and an input stage. The first component used is the internal resistors, which have a mutually proportional relationship that is independent of its size. The resistors in this setup are based on the principals of division, which is essential for obtaining a desired voltage output. The input stage then receives a voltage from an external source and is divided among the two resistors. The sum of the two resistances from the output stage is then applied as a feedback source to the input stage. This process continues until an output voltage is finally achieved.

An interesting addition of the TC164-JR-07150KL is its large selection range. With a range of 8-150 kilohms, this resistor network can suit a wide range of applications without needing to modify the design. This makes it suitable to be used with almost any power supply voltage and can also work reliably with large loads.

Overall, the TC164-JR-07150KL offers a great package of features for surface-mount resistor networks. Its benefits include miniaturization, resistance accuracy, load-simulating capability, and a large selection range. As a consequence, this two-resistor array is suitable for a large range of applications and can save component counts for multiple systems.

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