Electronic equipment is protected from voltage spikes and transient surges by Littelfuse Inc.'s LSP series Transient Voltage Suppression (TVS) Surge Protection Devices (SPDs). These occurrences can include lightning strikes, power grid switching, and electrical disturbances. These devices use cutting-edge TVS technology to deliver quick-acting, high-energy protection in a small, affordable form that is appropriate for many applications.
The low leakage current and strong surge current handling capacity of the LSP series TVS SPDs make them the perfect choice for typically sensitive systems that are vulnerable to electrical transients, noise, and malfunctions. Also, they give customers flexibility in installation by offering a variety of mounting choices, such as DIN rail, panel, and board mounts.
Several surge protection components, such as metal oxide varistors (MOVs), thyristors, gas tubes, or spark gaps, are used in LSP series TVS SPDs. To meet varying system requirements, these devices are available in various voltage and current ratings.
Overall, Littelfuse's LSP series TVS SPDs provide transient voltage suppression and surge protection that is efficient and dependable, limiting the risk of equipment damage and downtime while lowering maintenance costs.
Features
Provide dependable protection against high surges brought on by lightning strikes and other transient voltage occurrences because to their strong surge current capabilities.
Rapid response: react to transient voltage spikes in nanoseconds, lowering the risk of equipment damage from overvoltage transients.
Minimal off-state leakage current is provided, ensuring power efficiency and preventing erroneous protection circuit attention activation.
Numerous mounting options: available in a range of form factors to suit various application requirements; suitable for panel mount, DIN rail, or base mounting.
RoHS compliant means that a product complies with all RoHS compliance requirements.
Broad operating temperature range: can be used for outdoor applications, automotive electronics, and indoor installations in temperatures ranging from -40°C to 85°C or 105°C.
Visual indication: equipped with LED status indication and optional remote signaling contacts that ease visual monitoring of the device's operational status.
Applications
LED lighting
Security systems
Renewable energy
Industrial equipment
Telecommunications
Medical instruments
Automotive electronics
