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TVS DIODE 3.3V 7.5V SLP0603P2X3A

Contact us to design your best solutions. WEBINAR Optimizing Power Consumption in LoRa® and… VIDEO Protecting 24V DC Industrial Systems from… VIDEO ESD protection of automotive ethernet using… VIDEO CES 2025 - Semtech SurgeSwitch Demo… PRESS RELEASE Semtech Wireless Expert to Present at TOP… PRESS RELEASE Semtech Launches New Electrostatic Discharge… RELATED Z-Platform RELATED Power Management Solutions Selector Guide RELATED HotSwitch® Infographic RELATED USB Type-C Solutions RELATED SurgeSwitch™ Product Guide RELATED Circuit Protection Selector Guide RELATED Ethernet Protection Solutions RELATED System Level Transient Voltage Protection FAQS RELATED ESD Solutions for I2C Bus Protection RELATED Gigabit Ethernet RELATED ESD Solutions for Protecting SPI Ports RELATED How to Shield USB Type-C from EOS and ESD Events VIDEO Protecting 24V DC Industrial Systems from… VIDEO ESD protection of automotive ethernet using… VIDEO CES 2025 - Semtech SurgeSwitch Demo… VIDEO Series and Parallel combination of Semtech's… VIDEO Integrating Effective Surge Protection to… VIDEO Endurance Test for Semtech's SurgeSwitch PRESS RELEASE Semtech Wireless Expert to Present at TOP… PRESS RELEASE Semtech Launches New Electrostatic Discharge… PRESS RELEASE Semtech Releases New Surge Protection Product… PRESS RELEASE Semtech Introduces the HotSwitch® Platform… PRESS RELEASE Semtech Unveils SurgeSwitch™ System… APPLICATION NOTE TVS Power Derating Versus Temperature APPLICATION NOTE TVS Diode Selection APPLICATION NOTE ESD threat to semiconductor devices APPLICATION NOTE Sources of Transients: Electrostatic Discharge APPLICATION NOTE Unidirectional and Bidirectional operation of a… APPLICATION NOTE What Are TVS Diodes APPLICATION NOTE Sources of Transients: Lightning APPLICATION NOTE Sources of Transients: Lightning APPLICATION NOTE Sources of Transients: Lightning APPLICATION NOTE Sources of Transients: Lightning APPLICATION NOTE TVS Peak Pulse Power vs. Pulse Duration APPLICATION NOTE TVS Peak Pulse Power vs. Pulse Duration APPLICATION NOTE TVS Peak Pulse Power vs. Pulse Duration APPLICATION NOTE TVS Peak Pulse Power vs. Pulse Duration APPLICATION NOTE TVS Peak Pulse Power vs. Pulse Duration APPLICATION NOTE TVS Peak Pulse Power vs. Pulse Duration APPLICATION NOTE TVS Peak Pulse Power vs. Pulse Duration APPLICATION NOTE ESD Protection of USB Type-C APPLICATION NOTE ESD Protection of USB Type-C BLOG BLOG Linear pluggable optics (LPO) is one of the most significant shifts in data center optical interconnect design in a decade — but the term still causes confusion. Is it a module type? A standard? A replacement for digital signal processing function or DSP-based optics entirely? This blog answers those questions from first principles. BLOG The USB Type-C connector has become the universal interface of modern electronics. From laptops and smartphones to Artificial Intelligence (AI) computing platforms and industrial edge devices, USB Type-C supports both high-speed data transfer and high-wattage power delivery through a single cable. With the adoption of USB Power Delivery (USB PD) 3.1 and its Extended Power Range (EPR), (Table 1) VBUS line voltages have scaled from the familiar 20V/100W standard power range to 28V, 36V and 48V — enabling power delivery of up to 240W over a USB-C cable. BLOG BLOG Asia has long been recognized as one of the most dynamic regions for Internet of Things (IoT) adoption, and the expo made that reality impossible to ignore. Semtech and the LoRa Alliance brought their full ecosystem to the event, and the reception was everything the team had hoped for. Offering a rich representation of gateway manufacturers and end-node developers, the LoRa Alliance pavilion drew consistent foot traffic, meaningful technical conversations and at least one landmark business moment that signals just how far LoRaWAN has come in the Asia-Pacific region. Here is a look back at everything that made ATxSG a milestone event

μClamp® TVS diodes are designed to protect sensitive electronics from damage or latch-up due to ESD.

TVS DIODE 3.3V 7.5V SLP0603P2X3A

TVS DIODE 3.3V 7.5V SLP0603P2X3A

TVS DIODE 3.3V 7.5V SLP0603P2X3A

TVS DIODE 3.3V 7.5V SLP0603P2X3A

TVS DIODE 3.3V 7.5V SLP0603P2X3A