Bussed networks share a common pin for all resistors, ideal for pull-up/pull-down applications. Isolated networks provide independent resistors, useful for parallel signal termination.
Resistor Networks & Arrays Component Intelligence
Optimize PCB footprint and assembly throughput with integrated resistive solutions.
What are Resistor Networks & Arrays components?
Resistor networks and arrays consolidate multiple resistors into one package, reducing component count and pick-and-place cycles. They are essential for pull-up/pull-down applications, bus termination, and signal conditioning where space is at a premium.
How to Choose Resistor Networks & Arrays Components
Selecting the right network requires balancing electrical performance with physical layout constraints.
Circuit Configuration
Choose between isolated, bussed, or dual-terminator configurations based on your signal path requirements.
Package Density
Evaluate SMD package sizes (e.g., 0402, 0603) to maximize board real estate without compromising thermal dissipation.
Tolerance and TCR
Ensure the absolute and ratio tolerances meet your signal integrity needs, especially for precision voltage dividers.
Power Rating
Verify the total package power dissipation limit, which is often lower than the sum of individual resistors.
Mounting Style
Select between surface mount (SMD) for automated assembly or through-hole (THT) for legacy or high-power applications.
Popular Resistor Networks & Arrays Components
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