CGA0603MLA-26800E

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The CGA0603MLA-26800E belongs to a family of transient voltage suppressors (TVSs) or metal oxide varistors (MOVs). It is a surface mount protection device with an operating voltage of 17.5V and a breakdown voltage of 26.8V. It is designed to limit and prevent voltage over-shoots in various automotive, telecommunications, consumer products and medical applications.

The working principle of the CGA0603MLA-26800E is that when the transient voltage exceeds the breakdown voltage of the device, the metal oxide, (MOV), will "switch" from its normally "high resistance" state to its "low resistance" state. This low resistance state will then reduce the excessive voltage/current to clamp it to a safe level. Essentially, the CGA0603MLA-26800E acts like a "surge protector" and helps to protect any sensitive electrical components or circuits from being damaged when external voltage spikes occur.

The major application fields for the CGA0603MLA-26800E include automotive, telecommunications, consumer products and medical equipment. In automotive applications, the protection device can protect against high voltage spikes that occur during engine starting and alternator operations. For telecommunications applications, the CGA0603MLA-26800E is used to protect sensitive equipments and circuits from voltage spikes that arise from DSL and other wireless communication systems.

In consumer products and medical equipment, the CGA0603MLA-26800E can offers protection from voltage surges that could damage sensitive electronic devices like laptops, smartphones, and medical equipment. For example, the device can be used to protect expensive medical equipment or certain sensitive electronic devices from receiving excess voltage above its rated voltage.

Overall, the CGA0603MLA-26800E device provides superior transient protection and offers a low to medium clamping voltage in a wide variety of high-speed automotive, telecommunications, consumer products, and medical equipment applications. It is an excellent device for protecting sensitive equipment and circuits from transient voltage spikes.

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