HNST WELCOME！ 0755-23173910

English /中文

Search

Alloy resistance SMD fuse Precision resistor current diverter ever ohms fuse walter

Cart 0

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。

CRW1020F267RE04H,EVER,Wide Terminal Thick Film Chip Resistor

CRW1020F267RE04H

Wide Terminal Thick Film Chip Resistor1020 ,267R ,1% ,1W ,- ,±100PPM ,EVER-CRW

✖

The image is for reference only, please refer to the drawing for details

Data Sheet： EVER_CRW.pdf

Electronic： EVER_Catalogue.pdf

Product number：	R06-1020-267RF1S001LCRW
Manufacturer Product Number：	CRW1020F267RE04H
Manufacturer ：	EVER
Series ：	EVER-CRW
Type ：	Wide Terminal Thick Film Chip Resistor
Size ：	1020
Resistance Value ：	267Ω(267R)
Resistance Tolerance ：	±1%
TCR(ppm) ：	±100PPM
Resistance Power ：	1W
Description：	Wide Terminal Thick Film Chip Resistor1020 ,267R ,1% ,1W ,- ,±100PPM ,EVER-CRW

Series Introduce Find Similar

Attribute Name	Attribute Value
Manufacturer	EVER
Product Series	EVER-CRW
Product Type	Wide Terminal Thick Film Chip Resistor
EU RoHS	Compliant(2011/65/EU)
EU REACH	Dose not contain REACH SVHC(1907/2006/EC)

File

File Type	File Name
Data Sheet	EVER_CRW.pdf
Electronic	EVER_Catalogue.pdf

Lead time： Estimated delivery date 2025-05-16

Product Recommendation Maker Dynamics Applications

Product Recommendation Maker Dynamics Applications

A detailed introduction to the SMR series of Sart pure metal alloy resistors The Sart pure metal alloy resistance SMR series uses plastic sealing technology, also known as plastic sealing alloy resistance. The main characteristics of the Sart pure metal alloy resistance SMR series are as follows: 1. High power under the same reference range (up to 3W), 2. Complete resistance values (1m Ω~500m Ω), 3. High precision, with a maximum accuracy of 0.5%. This article provides a detailed introduction to the selection parameters of the Sart pure metal alloy resistance SMR series.

Material and Characteristics Description of Precision Resistors The so-called precision resistor mainly refers to a resistor with high precision in resistance value and low temperature coefficient, which has high long-term reliability and is widely used in measuring equipment. Therefore, the materials required for producing such high-precision resistors are also very special and the production process is strict. The following will explain the commonly used materials for precision resistors: metal film, metal wire, metal thin, etc.

Introduction to TP series ultra-high precision ultra-low temperature drift thin film precision resistors The Every ohms TP series resistor type belongs to the ultra-high precision ultra-low temperature drift film supply chip resistor, with a maximum accuracy of 0.01% and a minimum temperature drift of 5ppm/℃. Compared to TR thin film precision resistors, it has higher product stability. The TH series thin film high-precision resistors are widely used in industrial automation, instruments and communication gateways, and other products. This article provides a detailed introduction to the selection parameters and electrical characteristics of TP ultra-high precision thin film resistors.

High precision resistors and precision resistors: differences and applications There are still many differences between high-precision resistors and precision resistors. There are mainly the following points: 1. Differences in accuracy. 2. Differences between temperature drifts. 3. Differences in long-term stability. Differences in production processes, etc.

Comprehensive introduction to QRH vehicle grade high-power resistors Every ohms QRH series automotive grade high-power resistors meet the AEC-Q200 certification standards in the automotive industry. The Tian'er QRH series automotive grade resistors are widely used in automotive electronics and other high demand products, with extremely high product reliability and anti vulcanization performance. Tian'er Technology's QRH series car standard resistors have a volume of 040206080512061210201018122512 and are available in all sizes. This article by Hua Nian Xiaobian introduces the selection parameters and product characteristics of the QR series automotive resistance throughout the entire series.

Introduction to TRL series metal film chip resistors (ever ohms) The TRL series of low resistance metal film chip resistors belongs to the ever ohms metal film resistor series, which has low temperature characteristics, low resistance value, high power and reliability, sulfur resistance characteristics, and meets the AEC-Q200 automotive industry certification standards. The TRL series metal film resistors have two types of electrodes: wide electrode metal film resistors and conventional electrode metal film resistors. Long electrode metal film resistors have higher power and stability. Hua Nian's editor will comprehensively introduce the TRL series of low resistance metal film chip resistors from Even Ohms.

Detailed introduction to QRW series long electrode (wide electrode) car gauge SMT resistors The QRW series long electrode automotive surface mount resistors from Ever ohms technology have high power, high current, high reliability, and excellent sulfur resistance, and are widely used in automotive electronics and LED lighting systems. The pads of QRW series automotive resistors are larger, have higher power, better heat dissipation performance, and have higher reliability than those of conventional SMT resistors. This article by Hua Nian will provide a detailed introduction to the selection parameters and characteristics of QRW long electrode car gauge SMT resistors.

Introduction to CR series thick film chip resistors The CR series thick film chip resistor is also known as the ordinary thick film resistor, which is the most common and cost-effective SMT resistor. The CR series thick film chip resistors of EVER OHMS technology have high stability and cost-effectiveness, and are widely used in various electronic products and PCBA circuit boards. This article comprehensively introduces the characteristics, application market, selection parameters, electrical characteristics, and testing conditions of EVER OHMS CR thick film chip resistors.

The working principle of current sensing resistor and its application in circuits Hnstshop Mall explains the working principle of current sensing resistors and the application of current sensing resistors in a generous manner.The recommended brand is:ELLON. Current sensing resistor is a special type of resistor used to measure the current in a circuit. Its working principle is based on Ohm's law, that is, current is equal to voltage divided by resistance. By connecting a current sensing resistor in a circuit, we can indirectly measure the magnitude of the current by measuring the voltage passing through it.

0612 Long electrode (side electrode) alloy sampling resistance model parameter list Hnstshop Mall is a professional spot trading platform for electronic components. This article introduces the model and selection parameters of Huade Walter brand 0612 (side electrode) alloy sampling resistor. Compared with traditional 1206 alloy sampling resistor, 0612 long electrode alloy sampling resistor has higher reliability, higher power, can withstand larger currents, reduce the heating effect of resistance components, low temperature drift value, and reduce the impact of temperature on resistance value. Therefore, The 0612 alloy sampling resistor has higher stability than the 1206 alloy sampling resistor and is widely used in medical, industrial control, automotive electronics, new energy and PC communication products, etc.

Product Recommendation Maker Dynamics Applications

TP1206A20K0P0505Z 1206 20K ±0.05% ±5ppm Precision resistor TP1206A20K0P0505Z 1206 20K ± 0.05% ± 5ppm, as a high-end metal film resistor from Ever ohms, has become the preferred solution in the industrial and consumer electronics fields due to its high precision, low temperature coefficient, and high cost-effectiveness.

Notice of Screen Printing Change for Thick Film Resistors The change order number is document number 2024120901, and the silk screen change for thick film resistor products applies to all thick film chip resistor products of Tian'er Technology (ever ohms).

Series parameters and product application scheme of Every Ohms alloy resistors Ever Technology was founded in 1988 and has research and manufacturing capabilities for chip resistors and resistors. Alloy resistors are also a type of chip resistor, but they are mainly made of metal materials and have high power, low resistance, and high reliability. They are widely used in current sampling circuits and are therefore also known as current sampling resistors and current sensing resistors.

Detailed Introduction to TR Series Thin Film Precision Resistors The Ever ohms TR series thin film precision resistors are general-purpose precision resistors with high precision, low temperature tolerance, and long-term stability. The product has a wide market application and high cost-effectiveness. The conventional accuracy is 0.1% and 0.5%, and the conventional temperature coefficient is ± 25ppm/℃ and ± 15ppm/℃. The TR series thin film precision resistors are widely used in consumer electronics, instrumentation, computer peripherals, communication equipment, and other products. This article provides a detailed introduction to the selection parameters and electrical characteristics of the Tian'er TR series thin film precision resistors.

Introduction to TQ series automotive grade ultra-high precision ultra-low temperature drift precision resistors The TQ series ultra-high precision ultra-low temperature drift precision resistor belongs to the automotive grade automotive standard resistor, meets the AEC-Q200 automotive industry standard certification, has extremely high long-term stability, and excellent anti vulcanization performance. Ultra high precision can reach ± 0.05%, ultra-low temperature coefficient ± 10ppm/℃, and lead-free. This article provides a detailed introduction to the Tian'er TQ series ultra-high precision ultra-low temperature drift car gauge precision thin film resistors.

Introduction to TP series ultra-high precision ultra-low temperature drift thin film precision resistors The Every ohms TP series resistor type belongs to the ultra-high precision ultra-low temperature drift film supply chip resistor, with a maximum accuracy of 0.01% and a minimum temperature drift of 5ppm/℃. Compared to TR thin film precision resistors, it has higher product stability. The TH series thin film high-precision resistors are widely used in industrial automation, instruments and communication gateways, and other products. This article provides a detailed introduction to the selection parameters and electrical characteristics of TP ultra-high precision thin film resistors.

TH thin film high-power precision resistor The Ever ohms TH series is a thin film high-power precision resistor with high precision (0.1%), high power (1W), and a minimum temperature coefficient of up to (10ppm/℃). The TH series metal film high-power precision resistors combine the high precision and low temperature characteristics of traditional thin film precision resistors, as well as the characteristics of traditional high-power resistors. They are widely used in high-end electronic products, automotive electronics, instruments and meters, etc. This article provides a detailed introduction to the electrical characteristics and selection parameters of the TH series thin-film high-power resistors of Tian'er Technology, as edited by Huanian Mall.

Detailed Introduction to TGL Series Anti surge Low Resistance Metal Film Chip Resistors The TGL series is a type of anti surge low resistance metal film chip resistor from Ever ohms technology, with a special metal film process technology and excellent anti surge ability. It has high power characteristics and can withstand ultra-low temperatures up to ≤ 50ppm/℃. It also has high power, with a maximum power of up to 3.5W. Widely used in various high-end high-precision electronic products. This article provides a detailed introduction to the selection parameters and electrical characteristics of the Tian'er TGL series surge resistant metal film high-power resistors.