P2300MEL

Protezione di linea CA SIDACtor + MOV

La protezione di linea CA SIDACtor + MOV di Littelfuse offre un metodo innovativo di utilizzo di un componente crowbar al silicio, noto come tiristore di protezione SIDACtor, per le principali soluzioni di protezione da sovratensione per le linee di alimentazione CA. La protezione crowbar di SIDACtor è caratterizzata da un'elevata capacità di corrente di sovraccarico, da una bassa condizione di tensione in stato di ON e da un minor overshoot durante gli eventi con dv/dt elevati. La protezione di linea CA di Littelfuse SIDACtor + MOV è ideale per l'illuminazione LED esterna, gli azionamenti CA esterni e i sistemi di rete con amplificatore CATV Trunk.

Alimentazione CA-CC

L'alimentazione CA-CC di Littelfuse è un blocco di costruzione comunemente utilizzato nei progetti di elettronica. I componenti di questi blocchi di costruzione dell'alimentazione devono essere affidabili e durevoli e Littelfuse offre una gamma di prodotti che soddisfano tali requisiti. Questo portafoglio di componenti copre la protezione da sovracorrente e sovratensione, lo stadio di potenza e la protezione di uscita. Applicazioni tipiche per Littelfuse CA/alimentazione CC includono il settore automobilistico, quello solare, quello industriale, quello manifatturiero e altri ancora.

Littelfuse SIDACtor® High Exposure Surge Protection

Littelfuse SIDACtor® High Exposure Surge Protection products are a unique family of very robust solid state protection devices intended for use in high exposure environments. This family includes products specifically designed for primary protection such as cell and TO-220 devices. The High Surge Current family also has devices capable of meeting 5kA 8/20µs for use in extreme conditions. For enhanced secondary protection requirements, a D-rated device capable of 1000A 2/10µs is available in a DO-214 package. The High Surge Current Protection family provides an overvoltage protection solution that help applications comply with Telcordia GR-1089 Issue 4, and ITU-T recommendations K.20, K.21, K.44, and K.45.
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Littelfuse Pxxx0ME SIDACtor® Protection Thyristors

Littelfuse Pxxx0ME SIDACtor® Protection Thyristors are 5000A solid state protection devices offered in a non-isolated TO-218 package. These devices protect equipment located in the severe surge environment of CATV (Community Antenna TV) applications.
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High Exposure Surge SIDACtor Protection Thyristors

Littelfuse High Exposure Surge SIDACtor Protection Thyristors are very robust solid-state protection devices intended for use in high-exposure environments. The family includes products specifically designed for primary protection, such as cell and TO-220 devices. The High Surge Current components also feature devices capable of meeting 5kA 8/20µs for use in extreme conditions. For enhanced secondary protection requirements, a D-rated device capable of 1000A 2/10µs is available in a DO-214 package. The Littelfuse High Surge Current Protection family provides an overvoltage protection solution that helps applications comply with Telcordia GR-1089 Issue 4, and ITU-T recommendations K.20, K.21, K.44, and K.45.

Littelfuse Pxxx0ME 5kA SIDACtor® Protection Thyristors

Littelfuse Pxxx0ME 5kA SIDACtor® Protection Thyristors are 5000A solid state protection devices offered in a non-isolated TO-218 package. These devices protect equipment located in the severe surge environment of CATV (Community Antenna TV) applications. The 5kA Series is ideal for use in CATV amplifiers, telecom base station equipment, and cell towers.
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Px0MEL SIDACtor Protection Thyristors

Littelfuse Px0MEL SIDACtor® Protection Thyristors are packaged in a robust TO-218 package designed to protect equipment located in high exposure environments from severe overvoltage transients. These devices are RoHS compliant, lead free, and halogen free. Littelfuse Px0MEL SIDACtor Protection Thyristors are ideal for use in data interface and AC power lines for CATV amplifiers, telecom base station equipment, and cell towers.

SIDACtor® Protection Thyristors

Littelfuse SIDACtor® Protection Thyristors are thyristor devices used to protect sensitive circuits from electrical disturbances caused by lightning-induced surges, inductive-coupled spikes, and AC power fault conditions. The unique structure and characteristics of the thyristor are used to create an overvoltage protection device with precise and repeatable turn-on characteristics with low voltage overshoot and high surge current capabilities. SIDACtor components are solid state crowbar devices with a patented ion implant technology that ensures effective protection within nanoseconds. Littelfuse SIDACtor Protection Thyristors include a wide range of semiconductor protection thyristor over-voltage transient suppression devices designed to serve requirements of telecom and data networking equipment applications.

P-0ME 5kA SIDACtor® Protection Thyristors

Littelfuse P-0ME 5kA SIDACtor® Protection Thyristors are designed to protect equipment located in high exposure environments from severe overvoltage transients. The components come in a robust TO-218 package and are ideal for use in data interface and AC power line for CATV amplifiers, Telecom Base Station equipment, and Cell Towers. P-0ME features a 5kA 8/20µs surge rating wherein the surge capability does not degrade after multiple events. These Littelfuse thyristors exhibit a low offshoot voltage, a low on-state voltage, and fail to short circuit mode when the component has surged beyond its ratings. The P-0ME series is RoHS compliant, lead-free, and halogen-free.

Protezione CA & controllo del motore nelle soluzioni HVAC

La protezione CA e il controllo del motore nelle soluzioni HVAC di Littelfuse   sono essenziali per migliorarel'efficienza energetica negli edifici commerciali e industriali. Queste soluzioni includono fusibili, dispositivi di protezione da sovratensione, monitor di tensione, trasduttori, sensori e relè di ritardo temporizzato. Littelfuse La protezione CA e il controllo del motore nelle soluzioni HVAC di Littelfuse    sono progettati per le unità di controllo, i rettificatori, gli inverter, le interfacce di comunicazione e le interfacce utente.