TMC0506R000FE02 Allicdata Electronics
Allicdata Part #:

TMC50-6.0-ND

Manufacturer Part#:

TMC0506R000FE02

Price: $ 6.21
Product Category:

Resistors

Manufacturer: Vishay Dale
Short Description: RES CHAS MNT 6 OHM 1% 50W
More Detail: 6 Ohms ±1% 50W Wirewound Chassis Mount Resistor
DataSheet: TMC0506R000FE02 datasheetTMC0506R000FE02 Datasheet/PDF
Quantity: 1034
1 +: $ 5.64300
10 +: $ 5.13000
25 +: $ 4.61700
50 +: $ 3.97575
100 +: $ 3.65512
250 +: $ 3.46275
500 +: $ 3.33450
1000 +: $ 3.18060
Stock 1034Can Ship Immediately
$ 6.21
Specifications
Operating Temperature: -55°C ~ 250°C
Failure Rate: --
Package / Case: Axial, Box
Lead Style: Solder Lugs
Height - Seated (Max): 0.625" (15.87mm)
Size / Dimension: 1.968" L x 1.140" W (49.99mm x 28.96mm)
Mounting Feature: Flanges
Coating, Housing Type: Aluminum
Features: Moisture Resistant
Series: TMC
Temperature Coefficient: ±50ppm/°C
Composition: Wirewound
Power (Watts): 50W
Tolerance: ±1%
Resistance: 6 Ohms
Part Status: Active
Packaging: Bulk 
Description

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Chassis Mount Resistors are one of the most important components found in multiple circuits, and the TMC0506R000FE02 is a great example. This resistor has a thick film conductive polymer construction with a size of 5mm×6mm and comes with a 4-terminal technology to help it stay more reliable and efficient. Additionally, this resistor is designed for mounting on a circuit board or other flat surface.

The primary application field of the TMC0506R000FE02 is to figure as a load in the circuits to limit the current, improve the overall performances and stability, and enhance the reliability of the electrical systems. In some cases, the TMC0506R000FE02 can also be used to regulate the voltage and reduce the influence of temperature and noise impacts. Besides, it is utilized in a wide range of circuits from low-frequency to high-frequency and from low power to high power.

The working principle of the TMC0506R000FE02 is very simple. When the circuit starts to work, the power supply will supply certain voltage, which is determined by the specific design of the circuit. After the voltage is supplied, the electrical current will flow freely through the circuit. However, the TMC0506R000FE02, by introducing certain resistance, will block the excessive electrical current and reduce the supplying voltage over the circuit. This helps to keep the safeguarding the circuit from being damaged.

The TMC0506R000FE02 can also help to improve the circuit’s output power. When there is a load placed on the circuit, due to the resistance applied by the TMC0506R000FE02, the electrical current will flow more slowly than without it, thus the power output is also reduced. By adjusting the resistance of the TMC0506R000FE02, the output power can be further optimized. This resistor is also designed to tolerate high voltage without being damaged, which makes it suitable for use in high-voltage circuits.

Aside from being used as a resistor, the TMC0506R000FE02 can also be used as a thermal sensor. With its heat-resistant construction and its ability to respond quickly to heat, this resistor can be used to monitor the temperature of the circuit and provide thermal protection capabilities. In some cases, the TMC0506R000FE02 also perform as a voltage detector.

The working reliability and stability of the TMC0506R000FE02 is another reason to use it in circuits. This resistor has an insulation resistance of more than 1000 megohms, which can safeguard the circuit from any interferences, even when placed at difficult environment with high temperature or high humidity. Moreover, with its thick film polymer construction, this resistor has a lifespan that exceeds most other components.

Overall, the TMC0506R000FE02 is a highly reliable and stable chassis mount resistor with versatile applications. It can be employed to increase the reliability of the electrical systems, improve their performances, limit the current, monitor the temperature, and regulate the voltage. By introducing consistent resistance, the TMC0506R000FE02 can also help to increase the output power of the circuits while preventing them from overloading.

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

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