Overview of SM6T6V8CA by STMicroelectronics
The SM6T6V8CA is a bi-directional transient voltage suppressor diode, designed for protecting sensitive electronic components from electrostatic discharges and voltage spikes. This component is capable of dissipating up to 600 watts in a very short duration of 10/1000 μs waveform, crucial for safeguarding components during such transient events. Housed in a DO-214AA package, also known as SMB, it includes a bidirectional polarity and is capable of a maximum clamping voltage of 13.4V while supporting a break down voltage range from 6.45V to 7.14V with a nominal value at 6.8V.
In addition to these basic characteristics, the SM6T6V8CA is RoHS compliant and utilizes silicon as its diode element material. This part operates efficiently within a temperature range of -55°C to 150°C, ensuring reliability in a wide range of environmental conditions. Moreover, its moisture sensitivity level is recorded as level 1, denoting high resilience. Having a peak reverse voltage of 5.8V and a reverse current maximum of 1000 µA, it is designed for stringent requirements. The part’s bidirectional configuration is particularly beneficial, providing protection regardless of the polarity of incoming spikes.
Industry Applications for SM6T6V8CA
The SM6T6V8CA’s specific attributes align with requirements across several industries, reflecting its broad utility in protecting critical electronic components from voltage transients. Usage of such a device is crucial where reliability and resistance to environmental variables are required. Here are a few potential applications:
- Telecommunications: Devices like modem cards, communication infrastructure equipment, or VoIP systems possibly implement TVS diodes such as SM6T6V8CA to guard against surges induced by lightning strikes or other interference.
- Consumer Electronics: High-end consumer electronics including smartphones, TVs, and other personal electronics could employ this diode to ensure long-term reliability against transient voltages often caused by power surges.
- Industrial Automation: With environmental conditions often comprising high-voltage machinery and fluctuating currents, automation equipment like PLCs potentially integrates SM6T6V8CA to protect sensitive circuitry.
- Computing and Data Storage: Servers and storage devices possibly utilize these TVS diodes to prevent damage from electrical surges, thus maintaining data integrity and system reliability.
- Aerospace and Defense: Although not specifically qualified for military standards, devices of this kind could potentially be used in less critical applications within aerospace technology, protecting instrumentation from electrical disturbances.
Note: These industry applications are conceptual illustrations and should be verified by industry-specific engineering and design teams to ensure adherence to applicable standards and requirements.
About STMicroelectronics
STMicroelectronics is a global leader in the semiconductor market, effectively developing and manufacturing a plethora of electronic components, including a significant portfolio within Transient Suppressors. They are known for their innovation in technology and commitment to sustainability and quality. In particular, their product line of Transient Suppressors such as SM6T6V8CA exemplifies their expertise in producing highly reliable and efficient components that meet stringent international standards.
Where to Find SM6T6V8CA by STMicroelectronics
If you’re considering procuring the SM6T6V8CA TVS diode, it is recommended to assess availability and pricing through a reliable source. An excellent starting point for research is findchips.com. Here you will gain access to real-time data concerning stock levels and competitive pricing from various distributors. Historically, distributors like Mouser Electronics, DigiKey, and Future Electronics have stocked this component. Additionally, the link Transient Suppressors can be consulted to explore alternate parts made by STMicroelectronics or other manufacturers that fit the required specifications.