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4606X-AP2-101LF

4606X-AP2-101LF Description

The 4606X-AP2-101LF from Bourns Inc. is a high-performance resistor network designed for precision applications in electronic circuits. This through-hole-mounted device features three isolated 100Ω resistors with a tight tolerance of ±2%, ensuring consistent performance across varying conditions. Its compact 6-pin SIP (Single In-Line Package) configuration measures 0.598" x 0.098" (15.19mm x 2.49mm) with a seated height of 5.08mm, making it suitable for space-constrained designs. The ±100ppm/°C temperature coefficient and 300mW power rating per element enhance reliability in demanding environments.

4606X-AP2-101LF Features

• 3 isolated resistors for independent circuit integration.
• 100Ω resistance with ±2% tolerance for precision applications.
• Low TCR (±100ppm/°C) ensures stability across temperature fluctuations.
• 300mW power dissipation per resistor for robust performance.
• ROHS3 compliant and REACH unaffected, meeting environmental standards.
• Through-hole mounting for secure PCB attachment.
• Not MSL-rated (Not Applicable), eliminating moisture sensitivity concerns.

4606X-AP2-101LF Applications

Ideal for analog signal conditioning, voltage division, and pull-up/pull-down circuits, this resistor network excels in:

• Industrial control systems requiring stable resistance values.
• Automotive electronics where temperature resilience is critical.
• Test and measurement equipment demanding high precision.
• Consumer electronics needing compact, reliable resistor arrays.
  Its isolated design prevents cross-talk, making it superior to shared-node arrays in noise-sensitive applications.

Conclusion of 4606X-AP2-101LF

The 4606X-AP2-101LF combines precision, durability, and compactness, making it a standout choice for engineers seeking reliable resistor networks. Its low TCR, high power rating, and environmental compliance cater to rigorous industrial and automotive standards. Whether for prototyping or mass production, this Bourns component delivers consistent performance in critical circuits.