
Allicdata Part #: | RN65D7321FBSL-ND |
Manufacturer Part#: |
RN65D7321FBSL |
Price: | $ 0.75 |
Product Category: | Resistors |
Manufacturer: | Vishay Dale |
Short Description: | RES 7.32K OHM 1/2W 1% AXIAL |
More Detail: | 7.32 kOhms ±1% 0.5W, 1/2W Through Hole Resistor Ax... |
DataSheet: | ![]() |
Quantity: | 1000 |
100 +: | $ 0.68040 |
300 +: | $ 0.58320 |
500 +: | $ 0.48600 |
1000 +: | $ 0.42120 |
5000 +: | $ 0.40824 |
Series: | Military, MIL-R-10509/2, RN65 |
Packaging: | Bulk |
Part Status: | Active |
Resistance: | 7.32 kOhms |
Tolerance: | ±1% |
Power (Watts): | 0.5W, 1/2W |
Composition: | Metal Film |
Features: | Flame Retardant Coating, Military, Moisture Resistant, Safety |
Temperature Coefficient: | ±100ppm/°C |
Operating Temperature: | -65°C ~ 175°C |
Package / Case: | Axial |
Supplier Device Package: | Axial |
Size / Dimension: | 0.180" Dia x 0.562" L (4.57mm x 14.27mm) |
Height - Seated (Max): | -- |
Number of Terminations: | 2 |
Failure Rate: | -- |
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Through hole resistors are widely used due to their low cost, variety of available sizes, and low mounting heights. RN65D7321FBSL is an example of a through hole fixed resistor. This particular resistor is an axial lead, power rated, and metal alloy resistor. It is manufactured on a base of alumina substrate and sealed with a flame-retardant epoxy that meets UL 94V-0 standards.
Application Field
RN65D7321FBSL is an ideal choice for applications that require a high power rating combined with a relatively low cost. It is suitable for environments where the component may need to endure high temperatures or water or corrosive substances. Typical applications include motor controls, power supplies, and HVAC systems. Because the resistor has an axial lead design, installation is simple and cost efficient. This makes it a great choice for mass production and prototyping.
Working Principle
The working principle of RN65D7321FBSL is based on Ohm’s law: the voltage across the resistor is equal to the current through it times its resistance. These two parameters are interrelated: the higher the resistance of the resistor, the lower the current, and the lower the resistance the higher the current. With these variables in mind, it is easy to understand how a resistor can be used to control the current for an electrical circuit.
The current is limited by the resistor because the voltage applied across the resistor (V) is constant. The resistor offers a particular resistance (R) which in turn creates a specific current (I), which is calculated by the equation I = V/R. As the current attempts to exceed this value, the voltage across the resistor increases, thereby increasing the resistance and limiting the current. Placing the resistor in series with the desired load will limit the current by dispersing it through the resistor, thus protecting the circuit.
The specific data is subject to PDF, and the above content is for reference
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