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Resistor Networks, Arrays

RM3216A-202/403-PBVW10 is a SIP resistor network manufactured by Vishay Corporation. It is a 16-pin inline resistor network comprised of two series-connected eight-pin arrays of resistors, with one resistor in each array.

The series-connected resistor arrays of the RM3216A-202/403-PBVW10 are designed for applications in manufacturing of telecom and IT equipment, including switchboards, edge routers, data acquisition systems, audio and video systems, network storage devices, and other digital signal processing (DSP) applications. The product is also suitable for use in automated test equipment.

The distinctive feature of this type of resistor network is that it not only provides precision of estimation and low-power noise levels, but also offers excellent protection against EMI/RFI interference. It is designed for use in frequencies up to 500 MHz, and can handle up to 15 volts with a bearing voltage of 10 volts RMS.

As its name implies, the RM3216A-202/403-PBVW10 is an 8-pin SIP resistor network composed of two series-connected 8-pin arrays of resistors. Each array contains one resistor, while the first array contains two series-connected resistors and the second array contains one parallel-connected resistor. The series-connected resistor array has a resistance value of 102 ohms, while the parallel-connected array has a resistance value of 403 ohms, resulting in a total resistance value of 505 ohms.

The RM3216A-202/403-PBVW10 series of resistor networks has a maximum operating temperature of 85°C, and its power dissipation is 2.4W. The network is rated for 1% tolerance, with a temperature coefficient of resistance (TCR) of -5500 PPM/°C. Its self-resonance frequency is rated at 1.1GHz, with an insulation resistance of 7500 MOhm.

In terms of working principle, the RM3216A-202/403-PBVW10 is a series-connected resistor network. When current flows through the network, all of the resistors in each array are in series, which results in a total resistance value of 505 ohms for the entire network. This total resistance value is determined by the individual resistances of the two series-connected 8-pin arrays, and can be adjusted by changing the individual resistances in each array.

The series-connected resistor networks of the RM3216A-202/403-PBVW10 are designed to provide reliable and accurate signal control and precision measurements. With a typical power dissipation of 2.4W and 1% tolerance, it offers excellent protection against EMI/RFI interference while providing a low-power noise level. This makes it ideal for use in telecom, IT, audio/video, and DSP equipment.

In conclusion, the RM3216A-202/403-PBVW10 is a series-connected 8-pin inline resistor network that is designed for applications in telecom and IT equipment. It provides a maximum operating temperature of 85°C, a resistance value of 505 ohms, a power dissipation of 2.4W, and a self-resonance frequency of 1.1GHz. Its series-connected resistor array is ideal for applications requiring precision measurements, and excellent protection against EMI/RFI interference.

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