CMF602R4900FLBF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are commonly used in applications requiring high stability, power handling capacity, and resistance to environmental conditions, such as relatively large temperature coefficients. The CMF602R4900FLBF is a through-hole resistor, one of many available from manufacturers designed to meet a variety of needs. This particular device is designed for applications in general purpose electronic circuits.

The CMF602R4900FLBF bypasses traditional resistor features such as wattage rating, significant capacitance value, and power dissipation rating, all found in standard resistors. This device produces accurate and stable resistance values and offers superior power handling capabilities. Its dimensions are 5.1 mm x 5.1 mm x 8.9 mm and its mounted weight is 0.3 g. The CMF602R4900FLBF also offers low parasitic capacitance and low TCR.

The CMF602R4900FLBF features resistive elements that are made using pieces of metallic foil or metal particles, and these are either embedded in a non-metallic matrix substance or connected to a substrate. Such structures are conduction-type elements used to form electrical resistors. Resistors are available in either discrete units, comprising a single element, or relatively large arrays of resistors in integrated circuits (ICs). The CMF602R4900FLBF offers a wide range of resistance values, from 100 ohms to 10 Mega ohms.

The CMF602R4900FLBF also offers excellent power handling capabilities. This means that it is able to withstand pulses and voltage spikes without any significant changes in resistance value. The CMF602R4900FLBF also offers low parasitic capacitance, which helps reduce potential distortion of the signal it is designed to conduct. It also features a low Temperature Coefficient of Resistance (TCR), meaning that it is less affected by ambient temperature and humidity.

The CMF602R4900FLBF is suitable for use in applications such as voltage and current regulator circuits, industrial equipment, automotive applications, audio systems, and any other general purpose electronics. The CMF602R4900FLBF is also used in circuit boards in household appliances, office equipment, computers, medical devices, and other consumer electronics products. The CMF602R4900FLBF is an encapsulated resistor, allowing for reduced noise levels and more reduced power dissipation characteristics than bare resistors.

The CMF602R4900FLBF is a long-term stable resistor, making it ideal for use in audio systems and other applications that require consistent values for extended lengths of time. The CMF602R4900FLBF also offers excellent performance in humid or corrosive environments, making it suitable for use in these kinds of applications. The CMF602R4900FLBF is capable of handling voltage and current up to 85 volts and 100 mA, respectively.

The CMF602R4900FLBF is a small and durable resistor, ideal for applications in compact or difficult to reach spaces. The device offers superior reliability and repeatability over other types of resistors, which makes it an excellent choice for use in critical applications. The device also offers a low thermal resistance, meaning that it dissipates heat quickly and efficiently, allowing it to operate with minimal temperature differences inside and outside the resistor.

In conclusion, the CMF602R4900FLBF is a quality through-hole resistor designed for applications in both general purpose and industrial electronics. It offers a wide range of resistance values with excellent power handling capabilities and low parasitic capacitance. It is suitable for use in many applications, including voltage and current regulator circuits, audio systems, automotive systems, and any other general purpose electronic circuit. The CMF602R4900FLBF also offers superior reliability and repeatability, allowing it to be used in critical applications. Finally, the device has a low thermal resistance that allows it to dissipate heat quickly and efficiently.

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