CMF5510M000JNR6

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 a broad category of resistor components, featuring leads-components with two terminations. This form factor quite popular among resistors and includes devices such as fusible resistors, axial leaded resistors, axial-feed resistors and through-hole power resistors. The CMF5510M000JNR6 is a representative of this type of resistor component.

The CMF5510M000JNR6 is classified as a through-hole, ceramic resistor. It features two leads and a round, case-mounted terminal, which allows it to be mounted directly to a printed circuit board. The resistor’s maximum working temperature is +125°C, with an operating frequency range of dc to 1MHz, and it offers excellent lead and thermal resistance. This is ideal for applications where high temperatures, fast switching frequencies and long operating life are required.

The CMF5510M000JNR6 is commonly used in power supplies and amplifiers, as it offers excellent endurance and reliability in these applications. Its strong temperature resistance allows it to provide consistent performance even under harsh environmental conditions. It is also commonly used in automotive electronic circuits for power antennas, active sound systems, radios and multimedia systems.

In terms of its operation, the CMF5510M000JNR6 relies on quantum mechanical phenomena, which is the basis for the operation of all resistors. These effects are appropriate for the thermal- and electrical-resistance rating of the resistor. Essentially, the resistor, like all components of a circuit, is governed by Ohm’s law, which states that there is a direct relationship between the voltage (V) running through a conductor and the current (I) that is flowing through it.

Directly related to this law, the resistance (R), or the measure of the difficulty that a current has in travelling through a conductor, is equal to the difference in voltage (V) between two points on that conductor, divided by the current (I) that is travelling through the conductor. When current is passed through a resistor, it encounters an ‘opposition’, expressing as a change in voltage that is inversely proportional to the current. This change in voltage is then transformed into heat, accounting for the resistance of the resistor. This process is described in the equation V=I x R, where V is voltage, I is current and R is resistance.

The CMF5510M000JNR6, therefore, operates in a similar fashion to all resistors, relying on quantum mechanical-based phenomena in order to convert electrical energy into thermal energy. This thermal energy is then used to disperse the current running through the resistor, thus controlling the currents running through the rest of the circuit. The resistor also acts as a safety feature in circuits, minimizing the amount of current which is running through the circuit, thereby reducing the risk of damage to other components.

In summary, the CMF5510M000JNR6 is a through-hole ceramic resistor, commonly used in power supplies and amplifiers, as well as in automotive electronics. It relies on quantum mechanical-based phenomena to convert electrical energy into thermal energy, which is then used to disperse the incoming current, thus protecting the other components of a circuit. Its two leads and round case-mounted terminal make it particularly versatile in various circuits and in a variety of environmental conditions.

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