4604X-AP2-223LF

Resistor Networks, Arrays

The 4604X-AP2-223LF is a thick film resistor network, which is an array of resistors with interconnected terminals. It features low resistance, high temperature stability, accuracy and flexibility in design. The network also enjoys excellent heat dissipation and channel-to-channel isolation for high density assemblies. It is also ideal for applications where power consumption must be minimized, as well as those requiring reliable performance over wide operating temperature ranges.

The 4604X-AP2-223LF comes in two configurations, a 41-pin DIP with 22 independent resistors in 1 ohm and a 44-pin variable configuration DIP with a total resistance value of up to 1 kohm. The variable configuration Device has the ability to adjust the total resistance up to 1K ohm. Each of the independent resistors can be variably adjusted up to 100 ohm to achieve a desired total resistance when connected in series or parallel.

The working principle of the 4604X-AP2-223LF is relatively simple. Once the correct resistance is configured, current flows through the network, and electrical charges build up on the plates of each resistor. This creates a voltage gradient which determines the amount of current flow through each resistor. The ratio of the resistance between two points on the network is determined by the position of the independent resistors, allowing for greater flexibility in design.

The 4604X-AP2-223LF is typically used in applications such as high-speed data transmission, motor and amplifier control, and frequency control circuits. It can also be used to attenuate signals for EMI/RFI Filtering, as well as for instrumentation amplifier applications. Additionally, it can be used in parallel with other resistor networks to improve the accuracy and resolution of circuits.

In summary, the 4604X-AP2-223LF is an advanced resistor network that provides high temperature stability, low resistance, and excellent heat dissipation. Its flexibility in terms of symmetric or asymmetric resistor configurations allows for greater design options. It can be used in a wide range of applications, including high-speed data transmission, motor and amplifier control, frequency control circuits, EMI/RFI Filtering, and instrumentation amplifier applications.