Allicdata Part #: | RNX050125MJKR8-ND |
Manufacturer Part#: |
RNX050125MJKR8 |
Price: | $ 0.84 |
Product Category: | Resistors |
Manufacturer: | Vishay Dale |
Short Description: | RNX-1/2 125M 5% T-1 RE8 |
More Detail: | 125 MOhms ±5% 1.2W Through Hole Resistor Axial Fla... |
DataSheet: | RNX050125MJKR8 Datasheet/PDF |
Quantity: | 1000 |
2000 +: | $ 0.75938 |
6000 +: | $ 0.74723 |
Series: | RNX |
Packaging: | Tape & Reel (TR) |
Part Status: | Active |
Resistance: | 125 MOhms |
Tolerance: | ±5% |
Power (Watts): | 1.2W |
Composition: | Metal Oxide Film |
Features: | Flame Proof, High Voltage, Safety |
Temperature Coefficient: | ±100ppm/°C |
Operating Temperature: | -55°C ~ 225°C |
Package / Case: | Axial |
Supplier Device Package: | Axial |
Size / Dimension: | 0.140" Dia x 0.540" L (3.56mm x 13.72mm) |
Height - Seated (Max): | -- |
Number of Terminations: | 2 |
Failure Rate: | -- |
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Through Hole Resistors, such as RNX050125MJKR8, are passive electrical components that are designed to limit the flow of electrical current or energy in a circuit. The resistor will reduce the amount of voltage or electricity that passes through it to a safe level. The resistor limits not only the amount of current but also the voltage level. The amount of electrical current that a resistor can reduce or limit is measured in ohms, with smaller resistors having higher resistance and higher ohm ratings. All through-hole resistors have an outer housing that is made of metal or plastic, as well as an inner core that is usually made up of an insulation material and two metal contacts. Which allow electricity to pass through the resistor.
RNX050125MJKR8 is a four terminal through-hole resistor. It has a wide tolerance range of 0.2%, temperature coefficient range (TCR) of ±400 ppm/°C, and power rating of 250mW. It is used in many applications and industries, such as Automotive, Automation/Industrial, and Military/Aerospace. The main feature of the RNX050125MJKR8 resistor is its high resistance. This makes the resistor ideal for use in high-power circuits that require maximum current reduction.
The working principle of the RNX050125MJKR8 resistor is based on the fact that it passes a predetermined amount of electrical current through its core and reduces the voltage level proportionally. In other words, the resistor dissipates some of the energy that passes through it, thus reducing the amount of current that flows in a circuit. This reduction of current is known as power dissipation and is measured in ohms.
The RNX050125MJKR8 resistor is a popular choice for many circuit building projects, and for good reason. It is quite reliable and provides consistent performance over time. Moreover, it is very easy to install due to its through-hole design making it an ideal choice for anyone looking to use a resistor in their projects without soldering wires.
Overall, the RNX050125MJKR8 resistor is a highly efficient and reliable component typically used in many industries. Its wide tolerance range and temperature coefficient range make it especially suitable for applications that would require maximum current reduction. In addition, its through-hole design makes it very easy to install, ensuring that the user gets the most out of their resistor with minimal installation time.
The specific data is subject to PDF, and the above content is for reference
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RNX02511M0FHWF | Vishay Dale | 0.83 $ | 1000 | RNX-1/4 11M 1% T-2 RE511 ... |
RNX02512M0FHWF | Vishay Dale | 0.83 $ | 1000 | RNX-1/4 12M 1% T-2 RE512 ... |
RNX0251M10FHWF | Vishay Dale | 0.83 $ | 1000 | RNX-1/4 1.1M 1% T-2 RE51.... |
RNX02520M0FHWF | Vishay Dale | 0.83 $ | 1000 | RNX-1/4 20M 1% T-2 RE520 ... |
RNX025249KFHWF | Vishay Dale | 0.83 $ | 1000 | RNX-1/4 249K 1% T-2 RE524... |
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RNX0256M30FHWF | Vishay Dale | 0.83 $ | 1000 | RNX-1/4 6.3M 1% T-2 RE56.... |
RNX038100MDKR6 | Vishay Dale | 0.84 $ | 1000 | RNX-3/8 100M .5% T-1 RE61... |
RNX038100MDKR7 | Vishay Dale | 0.84 $ | 1000 | RNX-3/8 100M .5% T-1 RE71... |
RNX03810M0DKR6 | Vishay Dale | 0.84 $ | 1000 | RNX-3/8 10M .5% T-1 RE610... |
RNX03810M0DKR7 | Vishay Dale | 0.84 $ | 1000 | RNX-3/8 10M .5% T-1 RE710... |
RNX0389M00DKR6 | Vishay Dale | 0.84 $ | 1000 | RNX-3/8 9M .5% T-1 RE69 M... |
RNX0389M00DKR7 | Vishay Dale | 0.84 $ | 1000 | RNX-3/8 9M .5% T-1 RE79 M... |
RNX050100KFKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 100K 1% T-1 RE810... |
RNX050100MFKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 100M 1% T-1 RE810... |
RNX05010K0FKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 10K 1% T-1 RE810 ... |
RNX05010K0JKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 10K 5% T-1 RE810 ... |
RNX05010M0FKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 10M 1% T-1 RE810 ... |
RNX05010M0JKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 10M 5% T-1 RE810 ... |
RNX050125MJKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 125M 5% T-1 RE812... |
RNX05012M7FKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 12.7M 1% T-1 RE81... |
RNX050150MFKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 150M 1% T-1 RE815... |
RNX0501K00FKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 1K 1% T-1 RE81 kO... |
RNX0501M00FKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 1M 1% T-1 RE81 MO... |
RNX0501M20FKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 1.2M 1% T-1 RE81.... |
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RNX050205KFKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 205K 1% T-1 RE820... |
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RNX0502M00FKR8 | Vishay Dale | 0.84 $ | 1000 | RNX-1/2 2M 1% T-1 RE82 MO... |
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