DSLP0360T023G6RP Circuit Protection

TVS - Mixed Technology includes a variety of components and devices used to protect and control the flow of electricity in different electronic systems. Among them, DS-LP0360T023G6RP is a diode-transistor-resistor-capacitor-type surface-mount transient voltage suppressor (TVS) which contains all three components, diode, transistor, resistor and capacitor, for dissipation of transient energy.

Applications of DS-LP0360T023G6RP include protecting AC and DC lines from high voltage degradation, data line circuits from static electricity for the electronics industry, preventing the corruption of data and signals from short-circuit or surge events for the computer and peripheral facilities industry, and protecting high precision systems from interference from on-board switching events, radiation and induction for the automotive and aircraft industry.

Working principle of DS-LP0360T023G6RP is to firstly prevent the overvoltage and suppress it to prevent the damage of electronics devices. When the surge occurs, the current flow is limited by the internal resistor and capacitor. The diode functions together with the resistor to allow the limited current to flow, providing protection against the surge. The transistor works together with the capacitor to provide additional protection against the surge in the case of high current flows.

The DS-LP0360T023G6RP is able to suppress a wide range of transient voltages from -0.3V to 43.3V with a ultra low on-state impedance. It also has fast response time of 15ns typical with a minimum recovery time of 40ns. It is AEC-Q101 qualified for automotive applications and meets IEC 61000-4-5 surge standard. The DS-LP0360T023G6RP can be easily mounted on various surface mount printed circuit boards, making it a great choice for use in automotive, aerospace, computer, telecommunications, and other electric communications industry.

The DS-LP0360T023G6RP is a versatile and reliable solution for transient protection and offers an effective combination of low on-state impedance and high peak surge voltage protection. This can be used to protect a wide variety of applications from both AC and DC transient events, ensuring reliable operation of electronic systems even under punishing conditions.