TZMC15-GS08 Discrete Semiconductor Products

The TZMC15-GS08 diode is a single low-power Zener diode designed to stabilize the circuits. With a Zener breakdown voltage of 8V, the TZMC15-GS08 has a wide range of applications in various electronic devices. In this article we will cover the application field of TZMC15-GS08 and describe how it works.

Application field

The TZMC15-GS08 is primarily used to ensure a stable voltage in systems with varying load requirements. It is ideal for a wide range of applications, such as protection circuits, voltage-controlled switchgear, overvoltage protection circuits, temperature control circuits and automotive electronics. The diode also makes for an ideal solution for noise suppression, surge protection and line voltage regulation, as it is highly efficient and cost-effective.

The diode itself is very small, with a maximum body size of only 0.51mm x 0.38mm. This small size gives it a great advantage in portable and handheld electronics, where space is a valuable resource.

Working principle

The TZMC15-GS08 functions as a voltage-controlled switch. Its Zener breakdown voltage is of 8V and its dynamic impedance is low, meaning it provides good stability at high currents. When the diode is off and the current is below its Zener breakdown voltage, the diode does not conduct, preserving a stable voltage across its terminals and ensuring that the electrical circuit does not overload. At high currents, however, the voltage drops slightly and the diode starts to conduct, allowing current to flow and ensuring that the high load requirements can be met without affecting the voltage levels.

Another advantage of the TZMC15-GS08 is its reverse breakover voltage, which is slightly higher than its Zener breakdown voltage. This prevents reverse-current spikes, which could potentially damage the system. The diode also has a low forward voltage drop, which helps reduce power losses and improves the efficiency of the system.

Overall, the TZMC15-GS08 is an excellent choice for a wide range of applications, due to its low power consumption, low forward voltage drop and high-stability operation. Its small size also makes it an ideal solution for portable and handheld devices.