4308M-102-330LF

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Resistor Networks, Arrays are commonly used in the modern electronic systems to deliver accurate and reliable operation. The 4308M-102-330LF is a specific type of resistive device specifically designed to meet application requirements. This article will explore the 4308M-102-330LF application field and working principle.

The 4308M-102-330LF Resistor Network is a 12-pin device for 8-bit 4x4 Multiplication and/or division in the form of 8 resistors of approximately 470 ohms, two resistors of 15k ohms and two resistors of 37.5k ohms. It is protected by a dielectric given of 5.0mm, a soldering temperature of 260°C, a tolerance of ±2%, and a voltage rating of 50V. The typical operating frequency is up to 33MHz, while its capacitance range lies between 0.1pF and 70pF.

The 4308M-102-330LF can be used as an ideal device for Level Shift, Linear Isolation, or Biasing Front-End Lines. It can be especially used when high-speed precision is required in applications such as Telecommunications, Data Networks, and Networking Systems, amongst others. It has an operating temperature range of -40°C to 85°C.

The working action of a 4308M-102-330LF device begins when the input voltage is applied to start the network’s operation. This voltage is distributed between the resistors depending on their individual resistance. The voltage is then shifted or biased to the correct voltage level before the output is generated. This is done by distributing the resistors across the resistor network. This creates a precise voltage level that can be used for different types of data signals.

The 4308M-102-330LF resistor network devices are also capable of providing linear isolation. When the input voltage is applied to the device, the resistors act like an isolator allowing the voltage to pass through at a designated or predetermined level. The resistor isolation provided helps protect sensitive electronic components from stray voltages and electric spikes that may otherwise damage them.

The 4308M-102-330LF also provide level shifting capability. This allows for different levels of voltages to be shifted between two different speeds without damaging the downstream components. One example of this application is that of a GSM base station, where it is needed to reduce the amount of power that is passed to the mobile communication cables.

In summary, the 4308M-102-330LF is an ideal device for applications that need precision voltage control and level shifting. It has an impressive specification list with high accuracy, robust construction, and a wide temperature range. When chosen correctly for application, these types of resistor networks and arrays can provide reliable and accurate operation for many years.

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