TDK Corporation CNC6P1X7R1E226M250AE

Overview

CNC6P1X7R1E226M250AE from TDK is a multilayer ceramic capacitor designed for compact board-level decoupling, filtering, energy buffering, and signal-conditioning roles in dense electronic assemblies. This MLCC combines a 22μF nominal capacitance, 25V rated voltage, X7R dielectric system, ±20% tolerance, and 1210-size package footprint, making it suitable for AI server motherboards, accelerator cards, storage modules, networking hardware, and other high-density digital or mixed-signal platforms where ceramic stability and footprint efficiency matter.

The selected X7R dielectric, -55~+125°C operating-temperature class, and package size give CNC6P1X7R1E226M250AE a design profile aligned with high-density decoupling or filtering tasks where board area, impedance behavior, and rail stability are important. For engineers reviewing the CNC6P1X7R1E226M250AE datasheet, CNC6P1X7R1E226M250AE pinout, CNC6P1X7R1E226M250AE application, or CNC6P1X7R1E226M250AE equivalent, this device is widely used in power-rail decoupling, point-of-load output filtering, control-plane support networks, storage and networking modules, and compact high-speed embedded hardware.

Applications

Equivalent & Alternatives

When evaluating a CNC6P1X7R1E226M250AE equivalent, engineers should compare capacitance, package size, rated voltage, dielectric class, tolerance, temperature range, and actual board role before substitution.

Compared with C3225X7R1C226M250AC and C3225X7R1E106K250AC, CNC6P1X7R1E226M250AE should be selected according to the exact capacitance, package, voltage rating, dielectric behavior, tolerance, and temperature-class needs of the target board location. Substitution decisions for MLCCs should also consider DC-bias behavior, effective capacitance under load, and placement role on the rail or signal path.

Quality

CNC6P1X7R1E226M250AE should be sourced as original branded MLCC inventory through traceable supply channels. Quality checks may include package inspection, marking and reel-label verification, solderability review, and lot-level handling controls appropriate for ceramic capacitors.

Production validation should include capacitance verification where needed, board-level placement review, reflow-process compatibility, and local rail or signal-integrity confirmation in the final mounted application.

Availability

CNC6P1X7R1E226M250AE is suitable for AI server, accelerator, storage, networking, and high-density embedded hardware that needs compact MLCC support for decoupling, filtering, or local energy storage.

Sample and NPI supply support, as well as urgent in-stock supply support, can also be arranged for prototype builds, pilot runs, and time-critical production needs.

For production builds, confirming capacitance, package size, dielectric class, rated voltage, tolerance, temperature range, lifecycle status, and sourcing continuity helps reduce passive-component procurement risk.

Manufacturer

TDK is a passive-component manufacturer specializing in multilayer ceramic capacitors, inductors, magnetic devices, and electronic materials for automotive, industrial, communication, computing, and consumer electronic systems.

TDK's commercial multilayer ceramic capacitor series covers general-purpose, high-voltage, and higher-capacitance MLCC options for decoupling, filtering, timing, and local energy storage in compact electronic assemblies.

FAQ

What is CNC6P1X7R1E226M250AE used for?

CNC6P1X7R1E226M250AE is used for MLCC decoupling, filtering, local energy storage, and signal-support functions on dense electronic boards such as servers, accelerators, networking cards, and control modules.

Where can I find the CNC6P1X7R1E226M250AE datasheet download?

The datasheet for CNC6P1X7R1E226M250AE is the specification link provided in the workbook and should be used to confirm electrical and mechanical details for final part approval.

What should be considered when selecting CNC6P1X7R1E226M250AE?

Designers should verify capacitance, package size, rated voltage, dielectric class, tolerance, temperature range, and the expected effective capacitance at the actual working bias and placement point.

Is CNC6P1X7R1E226M250AE suitable for power-rail decoupling?

CNC6P1X7R1E226M250AE can be suitable for power-rail decoupling when its capacitance, dielectric, package, and voltage class align with the target rail and placement objective.

What are common CNC6P1X7R1E226M250AE equivalent solutions?

Common equivalents should be chosen by matching capacitance, package, voltage rating, dielectric behavior, tolerance, and operating-temperature class as closely as possible.