1.5KE36A

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The 1.5KE36A TVS diode is used in a variety of applications, from personal electronics to industrial settings. It\'s a 3-terminal, latching transor, designed to protect circuits from surge voltages. The main features of the device include bidirect protection in both AC and DC, low stand-by current, low capacitance, and minimal spread of voltage. It\'s also highly reliable and accurate in its operation.

When it comes to the applications of 1.5KE36A, there are several. It\'s commonly used in industrial and commercial applications, particularly those that require protection from power surges and spikes. Examples of such applications include power supplies, motors, displays, amplifiers, and industrial control systems. It\'s also often used for automotive and avionic applications, due to its high-current capability and ruggedness.

The 1.5KE36A is typically used in DC-AC transient voltage suppression, and can absorb transients up to 2.5 kV in line-to-line or line-to-ground configurations. It also features low stand-by current flow, typically less than 1 μA, and a low capacitance of 94 pF. This makes the device ideal for low-noise applications.

The working principle of the 1.5KE36A is based on the avalanche breakdown phenomenon, which causes a low resistance conduction channel to form in the depletion region of the diode. This diode will turn on when a high level of voltage is applied, allowing for a large current flow. The device is then able to absorb the transient energy, reducing the voltage across the circuit. Once the transient has passed, the voltage is restored and the device returns to its "off" state, allowing for normal operation to resume.

In conclusion, 1.5KE36A is a latching three-terminal transor TVS diode, primarily used for transient voltage suppression. Its main features include bidirect protection, low stand-by current, low capacitance, and minimal spread of voltage. It’s ideal for a variety of applications, including industrial, automotive, and avionic, due to its high-current capability and ruggedness. The 1.5KE36A works by using the avalanche breakdown phenomenon, creating a low-resistance conduction channel when a high level of voltage is applied, allowing for a large current flow and reducing the voltage across the circuit.

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