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Metal Current Sensing Chip Resistor ,2010 ,0.005R(5mR) ,±1% ,2W ,MnCu ,±75PPM - EMA20F2W0R005MDG
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.002R(2mR) ,±1% ,3W ,MnCu ,±50PPM ,ELLON-EMA - EMA25F3W0R002MDG
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.005R(5mR) ,±1% ,2W ,FeCrAl ,±50PPM ,ELLON-EMA - EMA25F2W0R005FDG
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.006R(6mR) ,±1% ,2W ,FeCrAl ,±50PPM ,ELLON-EMA - EMA25F2W0R006FDG
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.008R(8mR) ,±1% ,3W ,MnCu ,±50PPM - EMA25F3W0R008MDG
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.010R(10mR) ,±1% ,3W ,FeCrAl ,±50PPM ,ELLON-EMA - EMA25F3W0R010FDG
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.01R(10mR) ,±1% ,2W ,FeCrAl ,±50PPM ,ELLON-EMA - EMA25F2W0R010FDG
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.02R(20mR) ,±0.5% ,3W ,MnCu ,±50PPM - EMA25D3W0R020MDS
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.02R(20mR) ,±1% ,2W ,FeCrAl ,±50PPM ,ELLON-EMA - EMA25F2W0R020FDG
ELLON-EMA
ELLON
Metal Current Sensing Chip Resistor ,2512 ,0.05R(50mR) ,±1% ,3W ,MnCu ,±50PPM - EMA25F3W0R050MDG
ELLON-EMA
ELLON
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5930 0.0008Ω (0.8m Ohm) 7W 1% ESR59F7W0M80M02G Metal Shunt Chip Resistor
Among them, the 5930 0.0008Ω (0.8m Ohm) 7W 1% ESR59F7W0M80M02G metal shunt chip resistor stands out as a high - performance and reliable option.
5930 0.002Ω (2m Ohm) 7W 1% ESR59F7WR002F02G Metal Shunt Chip Resistor
The 5930 0.002Ω (2m Ohm) 7W 1% ESR59F7WR002F02G Metal Shunt Chip Resistor stands out as a high-performance solution designed to meet the rigorous demands of modern circuitry. This resistor not only offers exceptional accuracy but also adheres to stringent environmental standards, making it an ideal choice for a wide range of applications.
5930 0.003Ω (3m Ohm) 7W 1% ESR59F7WR003F02G Metal Shunt Chip Resistor
In the realm of electronic components, the 5930 0.003Ω (3m Ohm) 7W 1% ESR59F7WR003F02G metal shunt chip resistor stands out as a remarkable product with a wide range of applications and exceptional features.
5930 0.00025Ω (0.25m Ohm) 12W 1% ESR59F12W0M25M02G Metal Shunt Chip Resistor
The 5930 0.00025Ω (0.25m Ohm) 12W 1% ESR59F12W0M25M02G Metal Shunt Chip Resistor stands out as a prime example of engineering excellence, designed to meet the stringent demands of modern electronics applications. This resistor not only offers exceptional performance but also adheres to environmental standards, making it a preferred choice for eco-conscious manufacturers and designers.
5930 0.0007Ω (0.7m Ohm) 7W 1% ESR59F7W0M70M02G Metal Shunt Chip Resistor
In the realm of electronic components, resistors play a crucial role in regulating current flow and voltage division. The 5930 0.0007Ω (0.7m Ohm) 7W 1% ESR59F7W0M70M02G metal shunt chip resistor stands out as a high - performance and reliable choice for various applications.
5930 0.0002Ω (0.2m Ohm) 15W 1% ESR59F15W0M20M02G Metal Shunt Chip Resistor
The 5930 0.0002Ω (0.2m Ohm) 15W 1% ESR59F15W0M20M02G Metal Shunt Chip Resistor stands out as a remarkable solution that meets the stringent demands of modern electronics. This resistor is not just a passive component; it is a testament to advanced engineering and material science, designed to deliver exceptional performance in a compact form factor.
5930 0.0025Ω (2.5mΩ) 7W 1% ESR59F7W2M50F02G Metal Shunt Chip Resistor
In the realm of electronic components, the 5930 0.0025Ω (2.5mΩ) 7W 1% ESR59F7W2M50F02G metal shunt chip resistor stands out as a remarkable product, offering a combination of high - precision, excellent performance, and environmental compliance.
Introduction to CRH2512J160RE04Z 2512 160R 2W Surface mounted Resistors
CRH2512J160RE04Z belongs to the CRH series of Tian'er Technology, and the core advantage of this series lies in its "power up" design. On the basis of maintaining the standard 2512 package (6.35mm × 3.2mm) unchanged, it increases the power from the conventional 1W to 2W. For a resistance of 160 Ω, this means that the resistor can withstand higher energy shocks in limited space.
Introduction to CRH2512J16R0E04Z 2512 16R 2W Surface mounted Resistors
The naming of the CRH2512J16R0E04Z model follows industry standard rules, where "2512" represents its packaging size, which is a specification of 6.35mm in length and 3.2mm in width. At this size, this resistor achieves a rated power of 2W, which is considered a high power level among standard resistors of the same size. A typical 2512 resistor typically has a power of 1W, and a power of 2W means that under the same circuit board layout, it can withstand larger currents or voltages while having better heat dissipation performance.
Introduction to CRH2512J18R0E04Z 2512 18R 2W Surface mounted Resistors
Although the model CRH2512J18R0E04Z appears to be a series of codes, when disassembled, its specifications become clear at a glance. As a member of the CRH series under EVER OHMS, this is a high-power thick film surface mount resistor packaged in 2512.
CRH2512J1K00E04Z: A Deep Analysis of a 2W High Power Chip Resistor in a 2512 Package
In the design of power adapters, industrial controls, or LED driver circuits, CRH2512J1K00E04Z is an inseparable model. This is a high-power thick film chip resistor launched by Tian'er Technology. It has a rated power of 2W in the 2512 package, a resistance value of 1k Ω, and an accuracy of ± 5%. At first glance, many people may think that its parameters are just ordinary resistors in a large package? In fact, its core value lies in "power density" - compressing the power that originally required lead resistors to withstand into a 6.35mm x 3.2mm patch volume. For modern electronic manufacturing industries that pursue compact layouts, hope to reduce assembly costs, and cooperate with automated production of surface mount machines, CRH2512J1K00E04Z is a very standard solution.
Introduction to CRH2512J1K20E04Z 2512 1.2K 2W Surface mounted Resistors
CRH2512J1K20E04Z is a high-power thick film chip resistor designed to address this pain point. It is produced by the well-known brand EVER OHMS and has achieved a power leap among devices of the same size, becoming the preferred component in many power management and industrial control solutions.
What power options are available for 0402 alloy resistors?
Under conventional standards, the rated power of 0402 alloy resistors is usually between 0.125W and 0.33W. For example, common thick film processes usually achieve 1/10W (0.1W), while models using 0402 alloy resistor metal foil processes can achieve stable heat dissipation capabilities of 0.33W or even 0.5W or more.
Under what circumstances is a high-power alloy resistor of 1206 2W needed
Today, we will focus on the 1206 2W specification - a small package that can deliver up to 2W of power. Under what circumstances must this "small body, high energy" device be used?
Introduction to CRH2512J1K50E04Z 2512 1.5K 2W Resistance Parameters
In the selection process of electronic components, CRH2512J1K50E04Z is a typical model. This high-power thick film chip resistor, produced by the well-known brand EVER OHMS, has a wide range of applications in power adapters, industrial control, and communication equipment due to its compact packaging and high rated power.
How much voltage can CRH2512J1M00E04Z 2512 1M 2W resistor withstand
Today we will take a specific model - CRH2512J1M00E04Z, to discuss this issue thoroughly. This 2512 package surface mount resistor produced by EVER OHMS has simple parameters: 2512 package, 1M Ω resistance, 2W power, ± 5% accuracy. But many people's first reaction when they get it is to set a formula based on power and resistance, and the result is a frightening number.
How much current can CRH2512J1R00E04S251R 2W resistor withstand
According to Joule's law, when the nominal power of a resistor is 2W and the resistance value (1R) is fixed, the theoretical formula for calculating the current that can pass through is I=√ (P/R). By substituting the values P=2W and R=1 Ω, it can be concluded that I ≈ 1.414A.
What is the difference between CRH2512J1R50E04S 2512 1.5R 2W and 1W?
In electronic hardware design, especially in scenarios involving high thermal management requirements such as power supply, control, or LED drivers, the power selection of resistors is a core issue. Today, we will take the CRH2512J1R50E04S model of EVER OHMS as an example to discuss in detail the essential difference between a 1.5R resistor with a resistance of 2W and 1W in the 2512 package.
What is the resistance of CRH2512J1R80E04Z 2512 1.8R 2W?
The protagonist we are going to dismantle today is a surface mount resistor with model number CRH2512J1R80E04Z. This model code, which looks a bit long, has actually revealed its entire background: it is a thick film resistor from Ever Ohms brand, packaged in 2512, with a resistance of 1.8 Ω (1.8R) and a power of up to 2W.
What are the main applications of alloy resistor 0805 volume in products?
0805 alloy resistors have always been highly regarded in electronic circuits, with just the right size and superior performance compared to ordinary resistors. The recent wave of passive component price increases has also affected the mainstream specification 0805, and many purchasing friends are looking for more reliable channels. Today we will talk about which products 0805 alloy resistors are used in and what the current market situation is.
What are the main applications of alloy resistor 0603 volume in products?
0603 alloy resistors play a very important role in today's electronic design. It is small in size, but its ability is not small, especially in situations where precise measurement of current is required, it has almost become standard. Many people think it's just an ordinary part, but in fact, from the phone in your pocket to the electric car on the road, it's inseparable from this little thing.
Disassembling 0402 alloy resistor: Despite its small size, it has great potential for application scenarios
Simply put, 0402 alloy resistor refers to a current sensing resistor with a package size of 1.0mm × 0.5mm. Unlike common thick film resistors, it uses a special alloy material as the resistor body instead of a ceramic substrate with printed paste. This material determines its extremely low resistance (usually in the milliohm range), extremely low temperature coefficient, and high impact resistance.
Where is the latest application direction for the volume of 2026 alloy resistor 0201?
In 2026, the space competition within electronic devices has entered a white hot stage. From AI wearable devices to intelligent driving systems, engineers are searching for solutions that are both compact and capable of carrying high currents. Alloy resistors, with their excellent heat dissipation and impact resistance characteristics, are opening up several promising new application battlefields at the microscale of 0201 packaging (0.6mm × 0.3mm).
Why does the development of AI drive the shortage and price increase of alloy resistors
The computing power demand of AI is quietly changing the pattern of the electronic components market, with the most obvious being the shortage and price increase of alloy resistors. As a key component for current detection, alloy resistors play an irreplaceable role in AI servers and GPU power supply modules.
What is the latest trend of alloy resistors in 2026
The alloy resistor market in 2026 is undergoing a profound transformation. With the continuous increase in the penetration rate of new energy vehicles, energy storage systems, and fast charging technology, the industry's requirements for the accuracy and stability of current detection have reached unprecedented heights. Traditional thick film resistors are being rapidly replaced by alloy resistors due to their large temperature drift and insufficient long-term reliability. This trend is particularly evident in 2026, as the entire alloy resistance trend is evolving towards high power density, ultra-low resistance precision, and miniaturized packaging.
What is the purpose of CRH2512J200KE04Z 2512 200K 2W resistor?
Today I want to talk to you in depth about a very solid component - CRH2512J200KE04Z. This is a high-power thick film chip resistor produced by EVER OHMS, with a package size of 2512. The core parameters are a resistance value of 200K Ω, an accuracy of ± 5%, and a rated power of 2W.
What is the quality of CRH2512J200RE04Z resistor? In depth interpretation of this 2512 package 200R 2W resistor
In the field of electronic hardware design, choosing the right resistor often determines the stability of the entire circuit. Recently, many engineers and purchasing friends have been asking about the quality of the CRH2512J200RE04Z resistor. Today we will talk about this thick film chip resistor with 2512 package, 200R resistance, and 2W power.
Is the quality of CRH2512J20K0E04Z 2512 20K 2W resistor good?
Firstly, we need to clarify the identity of this CRH2512J20K0E04Z. It is a high-power thick film surface mount resistor in the CRH series under the well-known brand EVER OHMS. Although not the top brand in the industry, Tian Er belongs to the first tier with mature technology and stable quality control, and has a high market share.
What scenarios is the CRH2512J20R0E04Z 2512 20R 2W resistor suitable for
Among numerous surface mount resistors, the product model CRH2512J20R0E04Z has become an ideal choice for many engineers to solve high-density layout problems due to its excellent current carrying capacity and heat dissipation performance. To gain a deeper understanding of which scenarios it is suitable for, we first need to understand its parameter passwords.
What scenarios is the CRH2512J220KE04Z 2512 220K 2W resistor suitable for
In the selection of electronic components, the character CRH2512J220KE04Z represents not only a model, but also a balance of performance. It is produced by EVER OHMS and is a high-power thick film surface mount resistor. Disassembling its naming, CRH represents the high-power thick film series, 2512 refers to its packaging size, J represents accuracy ± 5%, 220K is the resistance value (220K Ω), and E04Z is associated with packaging and environmental standards. Its biggest feature is achieving a rated power of 2W in a compact size of 2512.
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