Overview of SP4020-01FTG by Littelfuse Inc.
The SP4020-01FTG is a transient voltage suppressor diode featuring a power dissipation capacity of 750W. It has a reverse working voltage (V
The clamping voltage maximum (Vc Max) of this component is rated at 21.8V, while the breakdown voltage minimum is stated as 3.5V. The SP4020-01FTG is a member of the SP4020 series and adheres to RoHS compliance, ensuring it meets environmental safety standards. It is configured as a single element, making it suitable for various applications requiring singular voltage suppression. This diode has a moisture sensitivity level of 1, indicating that it has an adequate level of protection against moisture penetration. The operating temperature for this part ranges from a minimum of -40°C to a maximum of 125°C, which provides versatility in various environmental conditions.
The manufacturing details indicate that the component is currently active in its life cycle, reflecting ongoing production and availability. As of the current writing, this part is presented in a green, plastic body and is designed for surface mounting, which enhances its integration into modern electronic designs.
Industry Applications for SP4020-01FTG
The SP4020-01FTG may find utility across various industry sectors. Below are potential applications where this part might be employed:
- Consumer Electronics: In consumer electronic devices, this diode could potentially protect sensitive ICs from ESD events. Products such as smartphones and tablets, which require reliable performance in compact spaces, might benefit from the low capacitance feature, as it helps maintain signal integrity.
- Energy and Power Systems: There is potential application in energy management systems where transient voltage conditions might occur. Such systems could include solar inverters or battery management systems that may utilize this diode for protecting control circuits from voltage spikes.
- Transportation and Logistics: The SP4020-01FTG could possibly be used in electronic control units (ECUs) within vehicles to protect against transients caused by switching actions in motors or inductive loads, which may be crucial for maintaining vehicle safety and reliability.
- Automotive: If the application adheres to specific automotive standards, the use of this diode might be applicable for protecting in-vehicle infotainment units and dashboard electronics from voltage transients, particularly within electric vehicle systems.
- Renewable Energy: Systems such as wind turbines could potentially use the SP4020-01FTG to protect sensitive electronics from sudden high-voltage occurrences due to lightning strikes, thus improving system reliability.
It is important to note that these potential industry applications are only conceptual and illustrative. Engineering and design teams should conduct thorough analysis and verification to ensure adherence to industry standards and specific application requirements.
About Littelfuse Inc.
Littelfuse Inc. is a manufacturer recognized for producing a range of electronic components, including transient suppressors, diodes, and fuses. The company has a well-established presence in the field, particularly in the domain of Transient Suppressors for ESD protection and surge suppression. The SP4020-01FTG is part of their SP4020 series, which includes similar parts designed to provide efficient voltage suppression across various applications.
Littelfuse’s diodes are engineered to enhance the longevity and reliability of electronic devices by providing necessary protective measures against transient voltage spikes. Their continuous commitment to innovation and adherence to strict quality standards makes them a significant player in the electronic components market.
Where to Find SP4020-01FTG by Littelfuse Inc.
Historically, the SP4020-01FTG has been available at several distributors, including:
- Win Source Electronics
- Ozdisan Elektronik
- DigiKey
- Mouser Electronics
It should be noted that stock levels may vary at these distributors, emphasizing the importance of consulting findchips.com for the most current information.