CMF552M0000BEBF Allicdata Electronics
Allicdata Part #:

CMF552M0000BEBF-ND

Manufacturer Part#:

CMF552M0000BEBF

Price: $ 1.21
Product Category:

Resistors

Manufacturer: Vishay Dale
Short Description: RES 2M OHM 1/2W .1% AXIAL
More Detail: 2 MOhms ±0.1% 0.5W, 1/2W Through Hole Resistor Axi...
DataSheet: CMF552M0000BEBF datasheetCMF552M0000BEBF Datasheet/PDF
Quantity: 1000
100 +: $ 1.09890
300 +: $ 0.95040
500 +: $ 0.86130
1000 +: $ 0.75735
5000 +: $ 0.73062
Stock 1000Can Ship Immediately
$ 1.21
Specifications
Series: CMF
Packaging: Bulk 
Part Status: Active
Resistance: 2 MOhms
Tolerance: ±0.1%
Power (Watts): 0.5W, 1/2W
Composition: Metal Film
Features: Flame Retardant Coating, Moisture Resistant, Safety
Temperature Coefficient: ±25ppm/°C
Operating Temperature: -55°C ~ 175°C
Package / Case: Axial
Supplier Device Package: Axial
Size / Dimension: 0.090" Dia x 0.240" L (2.29mm x 6.10mm)
Height - Seated (Max): --
Number of Terminations: 2
Failure Rate: --
Description

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Through Hole Resistors are one of the most common components used in electronic circuits, and can be found in virtually every modern electrical device. The CMF552M0000BEBF is one such type of resistor, and they are composed of a thin sheet of metal, usually stainless steel or aluminum, that has a uniform electrical resistance. The main purpose for using these types of resistors is to reduce the power consumption of electronic circuits, or to counter the effects of electrical noise on the circuit. The primary application field and working principle of the CMF552M0000BEBF is discussed below.

The CMF552M0000BEBF is used mainly for power regulation purposes, as it is able to reduce the amount of power consumed by a circuit. This is done by causing a resistance in the circuit, which restricts the amount of current that is allowed to pass through it. As the current is reduced, this also reduces the amount of power that is being used in the circuit, resulting in energy savings.

The resistance of the CMF552M0000BEBF can also be adjusted, allowing engineers to fine-tune the power consumption of their circuits. For example, if a circuit requires more power, then the resistance in the CMF552M0000BEBF can be increased, allowing more current to pass. On the other hand, if the circuit needs less power, then the resistance can be decreased, restricting the amount of current passing through it. Besides power regulation purposes, these resistors can also be used to counter the effect of electrical noise on the circuit, as they can help reduce the amount of interference that can enter the circuit.

The CMF552M0000BEBF is also effective in reducing accidental short circuits that often occur due to loose or corroded connections. By providing a resistance in the circuit, it can prevent the current from flowing too quickly, and thus reduce the chance of an accidental short circuit.

The working principle of the CMF552M0000BEBF is based on Ohm\'s law, which states that current flow is directly proportional to voltage if the resistance in a circuit is constant. In other words, resistance limits the amount of current that can flow through the circuit, while voltage determines the amount of power consumed by it. The CMF552M0000BEBF therefore acts as a limiting device for current flow, while allowing engineers to regulate the amount of power being used in their circuits.

In conclusion, the CMF552M0000BEBF is a type of through hole resistor that is used mainly for power regulation purposes, as it is able to reduce the amount of power consumed by a circuit. It can also be used to counter the effects of electrical noise on the circuit, as well as helping to reduce the chance of accidental short circuits. The primary application field and working principle of the CMF552M0000BEBF is based on Ohm\'s law, and by controlling the voltage and resistance in the circuit, engineers can fine-tune the power consumption of their circuits without worrying about the effects of accidental short circuits or too much electrical noise.

The specific data is subject to PDF, and the above content is for reference

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