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Top rated resistor networks

AI-generated summary · updated July 23, 2026 · verify details before purchase.

  1. Best overall

    Vishay YR1K 1kΩ 2-Pin Resistor Network

    4.8/5 $0.10-$0.15 per part

    Compact 2-pin network offering precise 1kΩ resistors with low tolerance, ideal for simple divider and pull-up applications.

    • Compact size
    • Low tolerance
    • High reliability
  2. Best for precision circuits

    Vishay YR2K 2kΩ 2-Pin Resistor Network

    4.7/5 $0.12-$0.18 per part

    2-pin network delivering accurate 2kΩ values, perfect for voltage reference and bias networks.

    • High precision
    • Low noise
    • Compact footprint
    • Limited to 2-pin
  3. Best multi-supply setups

    Vishay YF1K 1kΩ 4-Pin Resistor Network

    4.6/5 $0.15-$0.20 per part

    4-pin network with 1kΩ resistors, great for multi-resistor boards requiring consistent tolerance.

    • Uniform resistance
    • Compact design
    • Low ESR
    • Only 4-pin
  4. Best for bias networks

    Vishay YF2K 2kΩ 4-Pin Resistor Network

    4.5/5 $0.18-$0.25 per part

    4-pin 2kΩ network offering tight tolerance for biasing and voltage divider circuits.

    • Low tolerance
    • Compact layout
    • Reliable
  5. Best for higher resistance needs

    Vishay YF4K 4kΩ 4-Pin Resistor Network

    4.4/5 $0.20-$0.28 per part

    4-pin network delivering 4kΩ resistors with high precision, suitable for high-impedance circuits.

    • High accuracy
    • Low noise
    • Consistent layout
    • Higher cost per part
  6. Best for dense PCB designs

    Vishay YF1K-8 1kΩ 8-Pin Resistor Network

    4.5/5 $0.25-$0.35 per part

    8-pin 1kΩ network packs resistors in a dense footprint, ideal for space-constrained boards.

    • Dense arrangement
    • Uniform resistance
    • Low profile
    • Limited to 8-pin
  7. Best for rugged applications

    Bourns SRP1 1kΩ 2-Pin Resistor Network

    4.3/5 $0.20-$0.30 per part

    Robust 2-pin network from Bourns, engineered for harsh environments and high reliability.

    • Durable construction
    • Wide temperature range
    • Consistent tolerance
    • Slightly higher price

Buying advice

When selecting a resistor network, consider the required pin count, resistance tolerance, and board space. High-precision networks (±0.5%) are ideal for analog front ends, while low-cost options suffice for simple digital pull-ups. Also verify the operating temperature range and environmental ruggedness if the application demands it.

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