MPMT10012002FT1

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Resistor networks, or arrays, contain several resistors connected in either series (“horizontally”) or in parallel (“vertically”). The MPMT10012002FT1, or the “Dual-inline Package Resistor Termination Network,” is a type of resistor array that is typically used in applications such as video signals, oscilloscope probing, and mixed-signal and logic systems to disperse and condition targeted signals.

Specifically, the MPMT10012002FT1 is a Surface Mount Technology (SMT) device that consists of one common-mode resistor (CM) and two high-frequency resistors (HF) in a vertical array. The CM and HF resistors are grouped into inner and outer resistor elements, which are connected together in parallel. The outer elements on each side of the MPMT10012002FT1 are connected in series with a single input and two outputs. This provides a two-way connection to manage the signal from the source and the target within the network.

The common-mode resistor employs the resistance to reduce impedance, while the two high-frequency resistors serve as a filter by deviating signals in either direction. By doing so, the device acts as a “capacitance killer” by removing excess capacitance on the line by dissipating it as heat, which significantly reduces the noise and distortion caused by switching signals. In addition, the MPMT10012002FT1 works to reduce EMI/RFI interference as well as dispense and condition selected signals.

The MPMT10012002FT1 can serve many purposes, such as helping to improve interconnect system performance, provide ESD protection, reduce crosstalk, and set up ground loops for common mode voltage reduction in digital systems. It is also used in video systems to access composite and component signals. Overall, the MPMT10012002FT1 is a small, powerful device that can provide low-loss interconnects in a variety of applications.

The MPMT10012002FT1 works by evenly distributing the input signal across its resistor and capacitors elements in a particular order. The signal, which is then connected to the voltage divider, is routed to the source and the target in a specific order. The frequency response of the device is determined by the load values set by the resistor and capacitors elements of the network. This, in turn, affects the overall signal quality and determines the “kick-back” current when the voltage is reversed at the end of the line.

The MPMT10012002FT1 is designed to be suitable in high-frequency applications up to 100 MHz with 3 dB of bandwidth, a 1500-ohm differential impedance, and an insertion loss of 0.10-0.20 dB. It is designed to be compact and fit in tight spaces to make it convenient and less costly for customers.

The MPMT10012002FT1 is a durable product that is made of high-quality materials and designed to perform well in many situations. Its simple yet effective design makes it an effective and reliable device in many applications. Its construction also makes it easier to install and use than other resistor networks.

In conclusion, the MPMT10012002FT1 application field and working principle are designed to efficiently disperse and condition signals, reduce EMI/RFI interference, and improve interconnect system performance. This device is especially useful in high-frequency applications and in video systems. It is a compact, reliable device that is suitable for many applications. Its two-way connection makes it easier to manage the signal from the source and the target within the network. In addition, the MPMT10012002FT1 is made of high-quality materials and is designed to be durable and fit in tight spaces. Its simple yet effective construction makes it an effective and reliable device in many applications.

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