Lightweight Littelfuse Smaj78 Get 80% Off Today [HTw6vpUf]

Lightweight Littelfuse Smaj78 Get 80% Off Today [HTw6vpUf] Diode

The Lightweight Littelfuse Smaj78 Get 80% Off Today [HTw6vpUf] is a high-performance diode designed for applications requiring robust protection and efficient power handling. This diode stands out with its exceptional specifications and reliable performance, making it an ideal choice for a wide range of electronic devices.

Key Features and Specifications

With a reverse standoff voltage of 78V, the SMAJ78 is capable of handling high voltage conditions. It boasts a peak pulse current of 3.2A, ensuring it can withstand intense transient currents. The diode features a breakdown voltage of 82.125V to 100.375V, providing a wide operating range. Additionally, the SMAJ78 has an on-state current of 1mA and an Ir @Vso of 1A, ensuring minimal voltage drop and low power losses. Below are some of the key specifications:

• Reverse Standoff Voltage (VR): 78V
• Watts (W): 400
• Peak Pulse Current (Ipp) 10x1000: 3.2A
• Breakdown Voltage (MIN VBR@IT): 82.125V
• Breakdown Voltage (VBR@IT): 100.375V
• Ir @Vso: 1A
• On-State Current (IT): 1mA
• Max Temperature: 150°C
• Max Clamp Voltage (Vc): 132.3V

Applications and Benefits

The Lightweight Littelfuse Smaj78 Get 80% Off Today [HTw6vpUf] is versatile and suitable for various applications, including power supplies, motor controls, and inverters. Its high peak pulse current and robust voltage handling capabilities make it an excellent choice for protecting sensitive electronic components from voltage spikes and transients. By integrating the SMAJ78 into your circuit, you can expect several benefits:

• Enhanced Protection: The diode's high peak pulse current and breakdown voltage ensure that your circuit is safeguarded against voltage surges.
• Improved Efficiency: The low on-state current and minimal voltage drop contribute to higher efficiency and reduced power losses.
• Reliability: The SMAJ78's robust construction and reliable performance make it a trusted component in various electronic systems.