MRS16000C1800FRP00

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 electronic components used in circuit design to control current, voltage, and to create specific levels of resistance. This is achieved by passing a current through a resistor in the form of a coil or resistor. The most common type of through-hole resistor is the metal alloy resistor, commonly known as a thick film resistor. The metal alloy resistor is designed to work in a wide range of frequency and temperature levels, and it also offers good power handling and low noise characteristics. MR16000C1800FRP00 is a through-hole resistor, specifically a metal alloy resistor, designed to meet the demanding requirements of high frequency and temperature applications.

MR16000C1800FRP00 is an SMT (Surface Mount Technology) version of the traditional through-hole resistor. It has an operating temperature range of 0 to 104°F (-18 to 40°C) and a maximum frequency rating of 1.8GHz. It is also highly sensitive to temperature changes, as it has a maximum operating temperature coefficient of 0.1%. This type of resistor is suitable for use in high frequency, noise sensitive, temperature sensitive and precision applications.

MR16000C1800FRP00 is designed to be used in a wide variety of applications, including mobile phones, GPS receivers, medical devices, computers, small satellites and high-power amplifiers. One of the main advantages of this type of resistor is its excellent noise cancelling properties. It has an excellent thermal circuit dissipation, and its damping properties reduce signal distortion due to temperature variations. Additionally, its high frequency rating makes it suitable for use in wireless systems.

The MR16000C1800FRP00 operates on the principle of resistive bridging. A resistive bridge is a circuit in which two devices are attached to a bridge circuit. The two devices are resistors, and the bridge is designed to alter the resistance between the two resistors. This is done by balancing the resistance between the two resistors with the aid of an adjustable sinker. By doing this, the bridge can be adjusted in order to make changes in the resistive values, a process known as trimming. This allows the resistive value of the two resistors to be accurately controlled and measured.

The MR16000C1800FRP00 utilizes a ceramic substrate to reduce the thermal disturbance across the device and maintains a high level of temperature stability. The substrate also helps in widening the frequency range of operation and ensures maximum noise cancellation efficiency. Its high temperature coefficient also helps in suppressing self-heating, which occurs when the current in the resistor dissipates the heat generated within the resistor.

MR16000C1800FRP00 resistors offer excellent performance in a variety of applications. Their flexibility and high frequency rating make them suitable for use in modern electronics, and their high temperature coefficient and damping properties ensure excellent noise reduction and stability. They make an ideal choice for applications, such as those found in high frequency, mobile phone, medical device, satellite, and high-power amplifier applications.

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