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CRH2512F27K0E04Z 2512 27kΩ 2W High Power Thick Film Chip Resistor with ±1% Tolerance

Category:
High Power Thick Film Chip Resistor
Payment Method:
T/T
16.CRH Series.pdf
Specifications
Nominal Resistance:
27kΩ
Tolerance:
±1%
Rated Power:
2W
Temperature Coefficient:
±100ppm/℃
Max. Working Voltage:
200V
Operating Temperature:
-55℃ ~ +155℃
Highlight:

27kΩ High Power Thick Film Chip Resistor

,

2W Rated Power CRH Series Resistor

,

±1% Tolerance 2512 Chip Resistor

Introduction
CRH2512F27K0E04Z 2512 27K 2W Ever Ohms High-Power Thick Film Chip Resistor Technical Analysis
1. Product Overview

The CRH2512F27K0E04Z is a high-power thick film chip resistor from EVER OHMS' CRH series, featuring a standard 2512 package, a nominal resistance of 27kΩ, a rated power of 2W, and a tolerance of ±1%. This component serves as a widely adopted choice in industrial control, telecom power supplies, and new energy equipment, where its high power density and stable resistance characteristics meet the demands of medium-power circuit designs.

EVER OHMS has optimized the ceramic substrate and resistive paste formulation in the CRH series to achieve elevated power ratings within standard package dimensions. The 2512 package corresponds to a metric size of 6.4mm × 3.2mm, providing sufficient heat dissipation area for a 2W rating while maintaining full compatibility with surface-mount assembly processes.

2. Part Number Decoding

The CRH2512F27K0E04Z part number conveys complete product information:

  • CRH: High-power thick film chip resistor series

  • 2512: Imperial package code, equivalent to metric 6432 (6.4mm × 3.2mm)

  • F: Tolerance code indicating ±1%

  • 27K0: Resistance code representing 27kΩ (27,000Ω), where "K" denotes kilo-ohm and "0" confirms no significant digit after the decimal

  • E04: Packaging and process code

  • Z: RoHS environmental compliance marker

Compared with conventional 2512 thick film resistors, the CRH series increases power handling from 1W to 2W through structural optimization and enhanced thermal performance.

3. Key Technical Specifications
Parameter Value
Nominal Resistance 27kΩ
Tolerance ±1%
Rated Power 2W
Temperature Coefficient ±100ppm/℃
Max. Working Voltage 200V
Operating Temperature -55℃ ~ +155℃
Package Size 2512 (6.4mm × 3.2mm)
Mounting Type Surface Mount (SMD)

The ±100ppm/℃ TCR keeps resistance drift within acceptable limits across the rated temperature range, satisfying the stability requirements of most industrial circuits. The 2W rating allows this device to replace certain traditional through-hole resistors, supporting miniaturization efforts.

4. Product Features

High Power Density: Delivering 2W within a 2512 footprint, this resistor offers superior power density compared to standard thick film alternatives, reducing PCB real estate in high-density layouts.

Wide Temperature Operation: The -55℃ to +155℃ range accommodates industrial environments, including outdoor telecom gear, automotive peripheral circuits, and industrial automation systems.

SMT Compatibility: The 2512 package suits mainstream pick-and-place and reflow processes. The three-layer termination (Ag/Ni/Sn) has been validated for soldering reliability in volume production.

Resistance Stability: Thick film processing combined with laser trimming ensures the 27kΩ nominal value remains within ±1% tolerance across production lots, minimizing matching effort during circuit calibration.

5. Typical Applications

Industrial Power Modules: In feedback divider networks of switching power supplies, the 27kΩ value and 2W rating allow direct use for primary or secondary voltage sensing without paralleling multiple devices.

Motor Drive Circuits: Within snubber and RC absorption networks of inverters and servo drives, the 2512 27K 2W resistor withstands periodic pulse power and suppresses switching noise.

New Energy Equipment: Photovoltaic inverters, BMS balancing circuits in energy storage systems, and EV charger control boards demand wide temperature ranges and power margins, requirements that the CRH2512F27K0E04Z satisfies.

Telecom Infrastructure: Base station power units and PoE equipment rely on long-term stability for current limiting and voltage division nodes, where this component's TCR performance fits design targets.

6. Selection and Procurement Recommendations

When applying the CRH2512F27K0E04Z in circuit designs, engineers should apply appropriate power derating—typically 60% to 70% of the rated value—to enhance long-term reliability. PCB layout should maximize copper pad area to reduce thermal resistance.

For volume procurement and technical support, Shenzhen Shunhai Technology Co., Ltd. is an established distributor of EVER OHMS products, offering spot inventory and BOM consolidation services for the CRH series. Their technical team assists with part verification and parameter confirmation.

Another recommended sourcing channel is Hua Nian Mall , which covers multiple EVER OHMS resistor lines including the CRH high-power range. The platform supports flexible order quantities from prototyping through mass production, with transparent pricing and stable lead times. Engineers can obtain samples and datasheets for the CRH2512F27K0E04Z through these channels to accelerate project development schedules.

7. Conclusion

The CRH2512F27K0E04Z stands as a representative model within EVER OHMS' CRH series, combining 27kΩ resistance and 2W power handling in a 2512 package for reliable industrial and telecom applications. Its ±1% tolerance, ±100ppm/℃ TCR, and wide operating temperature range provide a balanced solution between performance and cost. Sourcing through authorized distributors ensures genuine product supply along with responsive technical support and after-sales service.

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Stock:
MOQ:
4000