CAY16-3302F4LF

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Resistor Networks, Arrays

Resistor arrays are components with multiple individual resistors, usually in closely-spaced contact surfaces, housed within a single component footprint. Resistor arrays offer the advantage of multiple resistors in a single, convenient package, rather than populated using separate passive components. CAY16-3302F4LF is one such type of resistor array with optimized parameters for a variety of applications.

The CAY16-3302F4LF is a 4-Element SIP type Resistor Array Network. Each network contains 4 individual 125 mW 4-pin SIP chip resistors, which are both lead (Pb) and halogen (Br) free. These units are characterized by their electrical parameters, such as resistance, temperature coefficient and tolerance, and packaged in a compact SIP form. Ideally suited for a variety of SMT applications, the CAY16-3302F4LF is rated to operate over a temperature range of –40 °C to +125 °C.

The key electrical parameters of CAY16-3302F4LF are its resistances and tolerances. With a definite nominal resistance value of 4.7 KΩ ±0.1% (0.75 KΩ precisely), a temperature coefficient of ± 100 PPM/°C and a nominal power rating of 0.125 W, this SMT resistor network ensures optimal and reliable performance across its temperature range.

The CAY16-3302F4LF is a passive component with low input impedance and output impedance. Passive components’ behavior is determined by their reactance, which is summarized as the ratio of the change in output voltage to the change in input current for a given frequency. By using several passive components in series, a larger range of resistive values can be obtained, creating what is known as a resistor network. These networks are used to extract more specific properties than can be obtained with a single component, including filtering, voltage regulation, power control, impedance matching, and noise reduction.

The CAY16-3302F4LF is a high-reliability SIP type resistor network, and can be applied across a wide range of applications. The excellent heat resistance and temperature coefficient allows these networks to be used in high temperature environments, such as automotive EMI filter components. The selection of materials, together with the structure of the resistor array ensure a robust and reliable product. Additionally, the low-profile SIP package is ideal for high-density population of Printed Circuit Boards (PCBs), aiding in system integration.

In summary, the CAY16-3302F4LF is a high-reliability 4-Element SIP type resistor network, offering precision, dependability and flexibility. Packaged in a compact, low profile four-pin SIP package, these networks are characterized by their electrical properties and used in applications such as automotive EMI filter components, filtering and power control, voltage regulation and noise reduction.

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