MA1.5KE110A

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TVS (Transient Voltage Suppressor) diodes are semiconductor components designed to protect delicate electronic equipment from voltage surges such as lightning, power cross and electrostatic discharge (ESD). MA1.5KE110A is a single-line unidirectional TVS diode that can protect a wide range of electronic equipment, and its applications range from automotive electronics to computing.

The MA1.5KE110A is a glass passivated junction diode in a hermetically sealed leadless surface mount package. It is designed to be used in environments that are extremely vulnerable to transient voltage transients. It is capable of handling peak pulse power levels of up to 110A and is suitable for a wide range of application voltages.

The working principle of the MA1.5KE110A involves three steps: clamping, bypassing, and grounding. When a voltage transient occurs, the diode will clamp to a voltage that is below the critical level of the system, thus limiting the voltage that reaches the circuit. Once the voltage is clamped, the current will be redirected to the bypass diode, which allows the transient to dissipate away from the protected circuit. Finally, the transient voltage is discharged to ground. This allows the sensitive electronic components in the system to remain unharmed.

The MA1.5KE110A is widely used to protect a variety of electronic equipment due to its ability to handle high pulse power, its high surge current ratings, and its relatively low capacitance. It is commonly used to protect automotive computers, communications equipment, industrial control systems, and medical devices. Additionally, due to its low capacitance and high peak pulse power ratings, the MA1.5KE110A is ideal for protecting sensitive CMOS components.

In conclusion, the MA1.5KE110A is an ideal choice for protection against voltage transients in a variety of applications, from automotive electronics to industrial control systems. Its ability to handle high peak pulse power ratings, its low capacitance, and its ability to provide protection to sensitive CMOS components make it a versatile and reliable choice for protecting delicate electronic equipment from voltage surges.

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