4607X-101-511LF

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Resistor networks, arrays are used in a wide range of applications, and an example of one of these networks is the 4607X-101-511LF. This network is constructed of 11 resistors in two horizontal rows of six. The centre of the two rows are interconnected with two conductor lines. The network is available in standard 8-pin, mid-size 16-pin and power 20-pin packages.

The 4607X-101-511LF network is designed mainly for RF and microwaves applications and provides many benefits. It is a low noise, high accuracy, low inductance resistive network that has the highest quality components, a combination of resistors, capacitors and inductors. This makes it suitable for a wide variety of applications, such as oven and reflow circuit boards, antenna systems, instrumentation and power. It can be used as a voltage attenuator, power divider or RF switch.

The 4607X-101-511LF network is designed to have a maximum operating temperature of 150°C, with a maximum continuous power of around 1.8 watts. It has a wide operating frequency range: 0–3GHz, and a maximum attenuation of 8db. It is also designed to have a high accuracy of +/- 0.2db, a low impedance of 50Ω, and bias isolation of around 20db.

The working principle of the 4607X-101-511LF is the combination of resistors, capacitors and inductors. The network of resistors is designed to be balanced, meaning the resistance of the individual resistors is the same as the resistance of each resistor in the array. In this way, the network provides low-impedance and impedance matching. The inductors provide a low frequency path in order to reduce noise, while the capacitors provide high frequency paths in order to reduce signal attenuation.

The combination of these components provides a wide range of operational benefits, such as high accuracy, low inductance, low noise, wide operating frequency range and maximum attenuation. The network is designed to provide quality and dependable performance for a wide variety of applications. As such, it is an excellent choice for many different types of RF and microwave applications.

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