Slkor Semiconductor

In the complex environments of electronic devices, transient voltage suppression is crucial for ensuring stable circuit operation. As an essential component for circuit protection, the Transient Voltage Suppressor ( TVS )   diode   plays a vital role in safeguarding circuits by providing fast response and high efficiency. In this article, we will explore the key parameters of the SLE0504—such as reverse working voltage, breakdown voltage range, reverse leakage current, and peak pulse current—and highlight how it delivers exceptional circuit protection.   Slkor Transient Protection Diode SLE0504 product photo Product Overview ● Reverse Working Voltage (Vrwm): 5V   ●   Breakdown Voltage Range: 6V to 7.2V   ●   Reverse Leakage Current (Ir): 3μA   ●   Peak Pulse Current (Ipp) @ 10/1000μs: 6A     These key parameters contribute to the SLE0504's outstanding electrical performance, enabling it to excel in various circuit protection applica...

As electronic devices become increasingly complex and the threat of transient voltage spikes intensifies, the Transient Voltage Suppressor ( TVS )   diode   has emerged as an essential component in the field of circuit protection. Known for its fast response and high-efficiency transient overvoltage suppression, the SMAJ20A is a standout in the   TVS   diode   series, praised for its excellent performance and wide range of applications. This article offers an in-depth analysis of the SMAJ20A, exploring its crucial role in circuit protection and its numerous advantages.   I. Overview of Core Parameters of SMAJ20A   Polarity: Unidirectional   The SMAJ20A is a unidirectional  diode , meaning it allows current to flow in only one direction. This design enhances its ability to effectively suppress reverse transient overvoltage.   Reverse Working Voltage (Vrwm): 20V   This is the maximum reverse voltage the SMAJ20A can withstand without b...

On the occasion of the coming of the winter solstice, the New Product Training Conference for SLKOR's 2024 Annual Agents was successfully held in the meeting room of SLKOR's headquarters on December 12th. This conference mainly focused on product training, aiming to deepen the agents' understanding of semiconductor products, enhance their comprehensive understanding of SLKOR's new products, and strengthen the communication and cooperation between the company and the agents, laying a solid foundation for the later business development and market expansion of both parties.   SLKOR 2024 Annual Agent Exchange Meeting Room   On the eve of the conference, the SLKOR team made meticulous preparations to ensure the smooth running of the training. In the morning of that day, the agents participating in the training signed in orderly at the reception desks of SLKOR and Kinghelm, and received the product manuals, customized mineral water bottles and newly customized pillows careful...

With the continuous development of technology, electric balance scooters, as a new type of transportation, are increasingly favored by people for their unique control experience and environmentally friendly and energy-saving features. In the core technology of balance scooters, power electronic components play a crucial role, among which Medium-Voltage   MOSFET   (Metal-Oxide-Semiconductor Field-Effect   Transistor ) is widely used in the power electronic systems of electric vehicles, electric bicycles, and other electric transportation tools. In the field of balance scooters, the application of Medium-Voltage   MOSFET   mainly lies in motor control, battery management, and energy recovery. Firstly, the stability of the scooter's movement largely depends on the precise control of the motor. As the core component of the motor drive circuit, Medium-Voltage   MOSFET   can achieve precise regulation of motor current, thereby ensuring the smooth operation o...