4306M-101-101LF

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Resistor Networks, Arrays, are devices that make use of resistors in series or parallel connection to obtain a specific resistor, voltage, current, or power rating. The 4306M-101-101LF is an example of such a device. This specification designates a surface mountable, 8-pin resistor network with miniature resistor elements.

The 4306M-101-101LF resistor network is designed to be a high-precision resistor component for use in applications such as voltage dividers, level shifters, and attenuators. It is commonly used in electronics and radio-design applications where a balanced, low-value resistor network is required. Additionally, these resistor networks are also used in applications such as transimpedance amplifiers, motor control circuits, power amplifiers, and DC-DC converters.

The 4306M-101-101LF Resistor Network features a miniature, low-profile package capable of operating in a variety of temperatures. It is specified for use in applications with a maximum operating temperature of +125 °C. This device is also rated for reliability and is capable of withstanding up to ±10% of the rated values over a wide temperature range. It offers the user a temperature coefficient of 20 ppm/°C or less.

The 4306M-101-101LF Resistor Network is based on the concept of resistors in series. The resistor values are determined by the number of resistors in series, the resistance value of each resistor, and the power rating of each resistor. In addition, the device also features an open-loop compensation scheme, limiting the dynamic connection of resistors during operation to prevent thermal runaway and voltage overshoot.

The physical construction of the 4306M-101-101LF Resistor Network is simple, yet effective. It consists of eight miniature resistors in series, with each resistor having a nominal value of 10kΩ and a power rating of 1/10W. The components are connected using a connective substrate to ensure proper connection and remove any potential parasitic resistance. The package also houses a special compensation resistor that is designed to overcome frequency-dependent load variations.

The 4306M-101-101LF Resistor Network is constructed using a high quality substrate material with excellent thermal conductivity. The resistors are then soldered directly onto the board, and the board is covered in an epoxy passivation layer. This layer helps to protect the board from environmental contaminants and moisture. In addition, it also serves to provide a stable connection across a wide temperature range.

The 4306M-101-101LF Resistor Network is an excellent choice for applications requiring a reliable, low-profile resistor network. It is designed to operate reliably over a wide temperature range, and its miniature construction makes it suitable for a variety of applications. This type of resistor network is a popular choice for resistor-controlled motor control circuits and other precision electronics applications.

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