MAX409BCPA

Introducing the MAX409BCPA, a precision, high-speed, low-power op amp designed for a wide range of applications in industrial, automotive, and consumer electronics. This op amp features a high slew rate of 6V/µs and a low input offset voltage of 0.15mV, making it suitable for precision signal processing and amplification. The MAX409BCPA operates with a single +5V supply voltage and consumes only 1.7mA of quiescent current, making it ideal for power-constrained applications. Its wide bandwidth of 20MHz ensures high-speed performance, making it well-suited for use in data acquisition systems, instrumentation, and control systems. With high precision and low power consumption, the MAX409BCPA is a versatile and reliable op amp solution for a wide range of design challenges. Its industry-standard pinout and small package make it easy to integrate into new and existing designs, providing a cost-effective and efficient solution for precision signal processing and amplification.

banner

Other Products

View More
  • 3465-WW-QXVV-8-ND

    3465-WW-QXVV-8-ND

  • 3465-WW-QWUB-3-ND

    3465-WW-QWUB-3-ND

  • 3465-WW-EST8-3-ND

    3465-WW-EST8-3-ND

  • 3465-WW-QX3F-6-ND

    3465-WW-QX3F-6-ND

  • 3465-WX-EQVE-5-ND

    3465-WX-EQVE-5-ND

  • 3465-WX-H53L-0-ND

    3465-WX-H53L-0-ND

  • 3465-WX-H4UE-3-ND

    3465-WX-H4UE-3-ND

  • 3465-WW-R13A-7-ND

    3465-WW-R13A-7-ND

  • 3465-WX-EQC7-2-ND

    3465-WX-EQC7-2-ND

  • 3465-WW-QZEB-7-ND

    3465-WW-QZEB-7-ND

  • 3465-WW-406S-4-ND

    3465-WW-406S-4-ND

  • 3465-WW-QW8E-6-ND

    3465-WW-QW8E-6-ND

Related Blogs

  • 2025 / 02 / 19

    Selected IC Recommendations: MCUs, Shift Registers, and FPGAs

    ...

    Selected IC Recommendations: MCUs, Shift Registers, and FPGAs
  • 2025 / 02 / 18

    Western Digital and SanDisk Split: Future Layout of HDD and SSD

    ...

    Western Digital and SanDisk Split: Future Layout of HDD and SSD
  • 2025 / 02 / 17

    Exploring STM32F407: In-Depth Analysis of a High-Performance Positioning Microcontroller

    ...

    Exploring STM32F407: In-Depth Analysis of a High-Performance Positioning Microcontroller
  • 2025 / 02 / 14

    Arm's First In-House Chip Set to Debut: The Strategy and Implications

    ...

    Arm's First In-House Chip Set to Debut: The Strategy and Implications
  • 2025 / 02 / 13

    Wolfspeed's 4th Gen SiC Tech: 21% Reduction in On-Resistance, Ushering in a New Era of Power Electro

    ...

    Wolfspeed's 4th Gen SiC Tech: 21% Reduction in On-Resistance, Ushering in a New Era of Power Electro
  • 2025 / 02 / 12

    PLC VS Microcontroller: How to Choose Based on Requirements

    ...

    PLC VS Microcontroller: How to Choose Based on Requirements
  • 2025 / 02 / 11

    NXP Acquires Kinara to Strengthen Its Position in the Edge AI Chip Market

    ...

    NXP Acquires Kinara to Strengthen Its Position in the Edge AI Chip Market
  • 2025 / 02 / 08

    In-depth Understanding of Multi-layer Ceramic Capacitors (MLCC)

    ...

    In-depth Understanding of Multi-layer Ceramic Capacitors (MLCC)
  • 2025 / 02 / 06

    Panasonic, the Japanese Electronics Giant, May Sell Its TV Business!

    ...

    Panasonic, the Japanese Electronics Giant, May Sell Its TV Business!
  • 2025 / 01 / 24

    Cadence Acquires Secure-IC: Strengthening Embedded Security

    ...

    Cadence Acquires Secure-IC: Strengthening Embedded Security
Contact Information
close