Resistor network EB1894099529 10k9 Ω ±2% 0.2W

Resistor network EB1894099529 10k9 Ω ±2% 0.2W is a multi-resistor component designed for compact circuit layouts where several matched resistances are required. With a nominal resistance of 10.9 kΩ, 2% tolerance and 0.2 W power rating per resistor, this network simplifies PCB routing and reduces component count in signal conditioning, pull‑up/pull‑down arrays and other applications that need consistent resistor values.

Advantages

This resistor network provides closely matched resistance values across its individual elements, which helps maintain consistent performance in parallel signal paths and resistor arrays. The compact integrated package saves board space compared with discrete resistors and reduces assembly time. Tight tolerance and defined power rating enable predictable behaviour in reference and biasing circuits.

Suitable for

• Signal conditioning and filtering circuits
• Pull-up and pull-down resistor arrays on digital buses
• Voltage divider networks requiring matched resistances
• Compact PCB designs where board area and component count are limited
• Prototyping and production designs that benefit from simplified layout

Key specifications

• Resistance: 10.9 kΩ per element
• Tolerance: ±2%
• Power rating: 0.2 W per resistor
• Package type: multi-resistor network (integrated array)
• Application: matched resistor array for signal and logic circuits

How to use

Install the resistor network on the PCB following the manufacturer’s recommended footprint and orientation. Use each resistor element as a discrete pull-up, pull-down, or part of a divider/conditioning stage according to your circuit schematic. Observe the per-element power rating of 0.2 W and ensure proper derating in higher-temperature environments. Verify connections for common pins or shared terminations if the network uses a common node configuration.

Usage recommendations

For reliable operation, place the resistor network close to the connectors or ICs it serves to minimize trace length and stray capacitance. Avoid exceeding the 0.2 W power rating per element and consider using heat-sinking or increased spacing in applications with elevated ambient temperature. When matching is critical, select networks with the same batch or perform in-circuit verification to confirm resistance values within the ±2% tolerance.