HNST WELCOME! 0755-23173910
English  |中文
你当前的浏览器版本过低或不支持。请升级或更换浏览器。推荐浏览器 Chrome Edge。

CRH2512F20K0E04Z 2512 20K 2W Ever Ohms Resistor – Professional Introduction

I. Product Overview

CRH2512F20K0E04Z is a standard model from the CRH series of high-power thick film chip resistors, manufactured by EVER OHMS Technology Co., Ltd. of Taiwan. Founded in 1988, EVER OHMS has over three decades of experience in the resistor industry and went public in September 2022 (Stock Code: 6834). Its products comply with the AEC-Q200 automotive electronics reliability standard.

This model delivers a 20KΩ resistance value, ±1% tolerance, 2W rated power, and ±100ppm/℃ temperature coefficient within a 2512 package (imperial 2512, metric 6432, 6.35mm × 3.2mm), making it an industrial-grade chip resistor for medium-to-high power circuit designs.

II. Part Number Decoding

CRH2512F20K0E04Z follows EVER OHMS’s standardized coding rules:

 
 
Field Code Meaning
CRH CRH EVER OHMS High-Power Thick Film Chip Resistor Series
2512 2512 Package size, imperial 2512 (metric 6432, 6.35mm × 3.2mm)
F F Tolerance grade, F = ±1% (J = ±5%)
20K0 20K0 Nominal resistance 20KΩ (20KR), K = ×10³
E04Z E04Z Internal code for temperature coefficient and packaging

Full interpretation: CRH Series · 2512 Package · ±1% Tolerance · 20KΩ Resistance · 2W Power · Thick Film High-Power.

III. Key Specifications

 
 
Parameter Value
Manufacturer EVER OHMS Technology Co., Ltd.
Product Series CRH High-Power Thick Film Chip Resistor
Package Size 2512 (Imperial) / 6432 (Metric), 6.35mm × 3.2mm
Nominal Resistance 20KΩ (20KR)
Tolerance ±1% (Grade F)
Rated Power 2W (at 70°C substrate temperature)
Temperature Coefficient (TCR) ±100ppm/℃
Maximum Operating Voltage 200V
Operating Temperature Range -55℃ ~ +155℃
Resistor Type Thick Film Resistor
Compliance EU RoHS (2011/65/EU), REACH SVHC-free
Minimum Packaging 4000 PCS/reel

Sources.

Recommended similar products:

Part Number Parameter
CRH2512F1R20E04S 2512 1.2R 2W 1%
CRH2512F1R50E04S 2512 1.5R 2W 1%
CRH2512F1R80E04S 2512 1.8R 2W 1%
CRH2512F200KE04Z 2512 200K 2W 1%
CRH2512F200RE04Z 2512200R 2W 1%
CRH2512F20K0E04Z 2512 20K 2W 1%
CRH2512F20R0E04Z 2512 20R 2W 1%
CRH2512F220KE04Z 2512 220K 2W 1%
CRH2512F220RE04Z 2512 220R 2W 1%

IV. Product Advantages

4.1 Leading Power Density

The most prominent advantage of this 2512 20K 2W resistor is its high power density. Standard 2512 package thick film resistors typically offer only 1W rated power. Through optimized thick film paste formulation, ceramic substrate thermal pathways, and multi-layer electrode structure design, the CRH series achieves 2W rated power—doubling the power capacity within the same package size.

For PCB designers, this means double the power handling capacity without increasing board area. It can directly replace two 1W resistors in parallel, saving approximately 50% of PCB space. The power density of this resistor’s resistive layer can reach 70W/cm².

4.2 Excellent Temperature Stability

This 2512 20K 2W resistor features a temperature coefficient of ±100ppm/℃, maintaining stable resistance across the wide temperature range of -55℃ to +155℃. Through thick film paste and electrode process optimization, the CRH series exhibits long-term resistance drift significantly lower than conventional CR series resistors.

4.3 High Reliability

EVER OHMS CRH series employs a metal-glaze thick film process with tin-nickel plated electrodes that enhance sulfurization resistance. The products demonstrate reliable performance under short-term overload, IR reflow soldering, and temperature cycling conditions. EVER OHMS has obtained ISO 9001 and IATF 16949 (automotive quality management system) certifications.

4.4 Cost Competitiveness

Thick film technology can reduce production costs by 40%–60% compared to thin film processes. The EVER OHMS CRH series achieves a balance of “automotive-grade reliability + thick film-level cost”, with bulk purchase costs offering significant advantages over comparable Japanese brands.

4.5 Environmental Compliance

The product complies with the EU RoHS Directive (2011/65/EU) and does not contain REACH SVHC substances.

V. Applications

The 2512 20K 2W resistor, leveraging its 2W power and 2512 package combination, is widely used in the following fields:

5.1 Power Management

  • Switching power supply (SMPS) feedback voltage divider networks and current-limiting resistors

  • DC-DC converter feedback network voltage dividers and primary-side current limit protection

  • Power adapter power absorption circuits

  • LED driver power supply startup and voltage divider networks

5.2 Industrial Control

  • Signal conditioning and power processing for PLCs, inverters, and servo drives in industrial automation equipment

  • Industrial inverter and distribution panel buffer resistors

  • Motor controller voltage divider and current-limiting branches

5.3 Automotive Electronics

  • Battery Management Systems (BMS)

  • Sampling and protection circuits in Electronic Control Units (ECU)

5.4 Communications and New Energy

  • Communication equipment

  • Photovoltaic inverters and energy storage systems

  • Charging station control boards

VI. About Authorized Distributors

Shenzhen Shunhai Technology Co., Ltd. is an official authorized first-tier distributor of EVER OHMS Technology, having represented the full EVER OHMS product line since 2017. Shunhai Technology holds the 2026 distributor certificate from EVER OHMS (Certificate No.: TW0202601E0000122).

Shunhai Technology maintains substantial in-stock inventory covering all package sizes from 0402 to 2512, and is equipped with a professional technical support team (FAE) capable of providing circuit optimization, parameter calculation, and other in-depth services. Its client portfolio includes industry leaders such as BYD and Huawei.

HuaNian Mall (www.hnstshop.com), as the affiliated online platform of Shunhai Technology, has officially launched the full EVER OHMS product line. Customers can access the CRH2512F20K0E04Z datasheet, product catalog, real-time inventory, and pricing information through HuaNian Mall.

Brand

Product Recommendation

Recommend Article