Riedon HVC2512H-330MK8
- HVC2512H-330MK8
- Riedon
- RES SMD 330M OHM 10% 1W 2512
- Chip Resistor - Surface Mount
- HVC2512H-330MK8 Datasheet
- 2512 (6432 Metric)
- Tape & Reel (TR)
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What is HVC2512H-330MK8
Riedon Part Number HVC2512H-330MK8(Chip Resistor - Surface Mount), developed and manufactured by Riedon, distributed globally by Jinftry. We distribute various electronic components from world-renowned brands and provide one-stop services, making us a trusted global electronic component distributor.
HVC2512H-330MK8 is one of the part numbers distributed by Jinftry, and you can learn about its specifications/configurations, package/case, Datasheet, and other information here. Electronic components are affected by supply and demand, and prices fluctuate frequently. If you have a demand, please do not hesitate to send us an RFQ or email us immediately [email protected] Please inquire about the real-time unit price, Data Code, Lead time, payment terms, and any other information you would like to know. We will do our best to provide you with a quotation and reply as soon as possible.
HVC2512H-330MK8 Specifications
- Part NumberHVC2512H-330MK8
- CategoryChip Resistor - Surface Mount
- ManufacturerRiedon
- DescriptionRES SMD 330M OHM 10% 1W 2512
- PackageTape & Reel (TR)
- SeriesHVC
- FeaturesHigh Voltage, Non-Magnetic
- Operating Temperature-55°C ~ 300°C
- Package / Case2512 (6432 Metric)
- Supplier Device Package2512
- Tolerance±10%
- Temperature Coefficient±100ppm/°C
- Size / Dimension0.248" L x 0.138" W (6.30mm x 3.50mm)
- Power (Watts)1W
- Ratings-
- Height - Seated (Max)0.030\" (0.75mm)
- Failure Rate-
- Resistance330 MOhms
- CompositionThick Film
- Number of Terminations2
Application of HVC2512H-330MK8
HVC2512H-330MK8 Datasheet
HVC2512H-330MK8 Datasheet , Tape & Reel (TR),HVC,High Voltage, Non-Magnetic,-55°C ~ 300°C,2512 (6432 Metric),2512,±10%,±100ppm/°C,0.248" L x 0.138" W (6.30mm x 3.50mm),1W,0.030\" (0.75mm),330 MOhms,Thick Film,2
HVC2512H-330MK8 Classification
Chip Resistor - Surface Mount
FAQ about Chip Resistor - Surface Mount
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1. What is a Chip Resistor?
Chip Resistor, also known as chip fixed resistors, are resistors designed for surface mounting. They can be mounted directly to the surface of a printed circuit board (PCB) without drilling holes like traditional through-hole components.
Such resistors are usually much smaller than traditional resistors, so they take up much less space on the circuit board. The use of SMD resistors is due to the invention of surface mount technology (SMT), which not only reduces the size of components, but also greatly reduces the time to manufacture circuits. SMD resistors are mainly used in professionally manufactured PCBs, while through-hole resistors are more commonly used in most homemade circuits because they are more convenient to install and do not require specialized equipment.
There are many ways to express the resistance value of SMD resistors, including direct marking, three-digit digital representation, four-digit digital representation, EIAJ code representation, etc. These methods enable the resistance value of the resistor to be clearly marked on the resistor for easy identification and use. In addition, SMD resistors are also resistant to moisture and high temperatures, and have a small temperature coefficient, which allows them to maintain good performance in various environments. -
2. What is the number of chip resistors?
Chip resistors are one of the commonly used components in electronic circuits, and their digital identification is an important basis for identifying resistance values and accuracy. The digital identification is usually printed on the surface of the resistor and consists of several digits. These digits not only indicate the specific resistance value of the resistor, but also imply the tolerance accuracy information of the resistor.
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3. Resistors Guide
When interpreting the digital identification of chip resistors, you need to pay attention to the following points:
1. Make sure to correctly identify each digit in the digital identification to avoid misreading and misjudging the resistance value or accuracy.
2. Be familiar with the digital representation methods corresponding to different accuracy levels so that you can quickly and accurately judge the tolerance accuracy of the resistor.
3. In actual applications, you also need to consider the operating temperature range, power and other parameters of the resistor to ensure its stable and reliable performance.
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