4609M-101-473LF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor Networks, Arrays encompass a wide range of components used to set specific electrical circuits or to create specific voltages. The 4609M-101-473LF, is a resistor array package, specifically designed for applications where higher performance is required. The device utilizes an integrated resistor array design with a fifth input pin (sot-23) and a fourth output lead.

The 4609M-101-473LF resistor array is mainly used in surface mount technology (SMT) techniques in applications such as mobile radio and Bluetooth applications, automotive audio, TV signal amplifiers, and wireless base station applications. The device is designed to provide a low-noise, high-stability resistor array with less package stress. The 4609M-101-473LF resistor array is manufactured with a voltage rating of 500V (maximum) and a lead finish of gold-plated copper-tin alloy.

The advantage of the 4609M-101-473LF resistor array is that it has a better power signal efficiency rating than most resistor arrays. The device is designed with a higher resistance tolerance and a low thermal resistance, allowing for a less noisy circuit. The low impedance of the device reduces the amount of noise that can be generated in a signal path. Due to its integrated resistor design, the device has a lower inductance, allowing for a complex signal to be transmitted across a PCB without creating unwanted noise.

The key to the 4609M-101-473LF resistor array is its integrated resistor array design. The device utilizes a single fifth input pin (sot-23) and four output pins that are connected to four internal resistors. This configuration enables the device to provide a faster, low-noise response during operation. The four internal resistors that make up the array are connected parallel and are formed between the input and output pins. The four resistors are arranged in balanced ratios to provide an optimized signal for the desired application.

The working principle of the 4609M-101-473LF resistor array is simple. When a voltage is applied to the input, it is directed to the output pins via the resistor array. At the output, the current is split proportionately among the four resistors, resulting in a voltage drop across each resistor. The voltage drops across the resistors and the combined currents divert to the output, resulting in the current and voltage signals being generated. This produces an optimized signal for the desired application that is quieter and more stable than other resistor arrays.

In conclusion, the 4609M-101-473LF resistor array is a high-performance device that is optimized for applications such as mobile radio and Bluetooth communications, automotive audio, TV signal amplifiers, and wireless base station applications. The key to its performance is its integrated resistor array design, which provides a low-noise, high-stability resistor array with less package stress. The device is designed to provide a fast response time and optimal signal quality. By leveraging its integrated resistor design, the device is capable of providing an optimized signal for the desired application without the noise generated by other resistor arrays.

The specific data is subject to PDF, and the above content is for reference