1.5KE24CA-B

TVS (Transient Voltage Suppressors) diodes serve an important role in protecting a circuit from over-voltage or over-current conditions that can otherwise be damaging. These protective diodes can quickly react when a spike in current or voltage is detected, essentially redirecting the electrical energy before it can cause permanent damage. The 1.5KE24CA-B is a superior TVS diode that is widely used in a variety of applications due to its high current and voltage ratings. It also has a very low capacitance and can be easily integrated into a circuit.

1.5KE24CA-B Application Field:

The 1.5KE24CA-B is typically used as a protection device against transient voltage surge events in automotive, industrial, and consumer electronics applications. It can be used in a variety of applications such as DC/DC converters, power supplies, and voltage regulator circuits. This diode can also be used in automotive body control modules, dash clusters, airbags, and door modules.

1.5KE24CA-B Working Principle:

The 1.5KE24CA-B is an excellent semiconductor device that is designed to protect against voltage surges. It works by quickly acting as an effective short circuit when a voltage surge is detected in order to provide a low-impedance path to discharge the energy from the power source. This helps to protect the connected components and circuits from potential damage that could otherwise be caused by the surge. The 1.5KE24CA-B is also designed to provide a reliable protective path for the short circuit current and to conduct reverse leakage current during the off-state.

The 1.5KE24CA-B is able to protect from a maximum working voltage of 24V and can pulse withstand up to 4500W for 8/20μs in accordance to IEC 61000-4-5 and JEDEC compliance. It also provides high breakdown voltage of 34V with a low reverse voltage leakage of 1μA at 25°C. This TVS diode also features a fast response time, with a clamping voltage of 16V at 1A.

In summary, the 1.5KE24CA-B is a great choice for any application that requires protection from voltage spikes. Its robust design and ability to quickly react to a voltage surge makes it an excellent choice for protecting circuits from over-voltage or over-current conditions.