CMR1-02 TR13 Discrete Semiconductor Products

CMR1-02 TR13 application field and working principle

CMR1-02 TR13 is a single rectifier diode created especially for use in RF applications. Its design and construction places it among the most reliable and effective rectifiers that are currently available in the market. It is a silicon rectifier diode optimized for high-frequency and low-noise applications, from 50 up to 2000 MHz.

Application

The CMR1-02 TR13 is mainly used in RF applications, such as amplification, filtering, oscillation and signal regeneration. The diode is also commonly used in the conversion of AC to DC, and in the reverse process of boosting or checking the output current of an AC signal. Additionally, it is also used in the control circuits of switches, transistors and relays, as well as in the protection of these components. Among its also applications, the diode is used in circuits that involve rectification, signal modulation, signal transmission, signal detection, and various voltage switching operations.

Working Principle

The working principle of a rectifier diode is to allow easy current flow in one direction. The CMR1-02 TR13 is a single rectifier diode that, depending on its type, allows an either-directional asymmetrical or both-directional symmetrical current. It works by blocking the current from flowing in its opposite birection. If a forward voltage is applied to it then current will flow through it, otherwise the diode will be in an off state. The only way for current to flow through the CMR1-02 TR13 is to apply a higher voltage than the reverse break-down voltage.

Advantages

The CMR1-02 TR13 is a highly reliable diode due to its impressive operational characteristics, optimal temperature coefficients and long-term stability. It features superior RF performance and offers high speed switch-on and switch-off times, providing stability under large transients with smooth waveforms.

Conclusion

The CMR1-02 TR13 is a single rectifier diode intended for high-frequency, low-noise applications dedicated for the RF market. Its working principle is to allow easy current flow in one direction, and it offers superior RF performance, low power consumption, extra reliability and fast switching speeds. Its highly optimized design and construction makes it an excellent choice for applications in the fields of power conversion, signal transmission and modulation, voltage switching and component protection.