Schottky diodes have a forward voltage drop of approximately 0.2V-0.5V, while ordinary diodes have approximately 0.6V-1.0V. Under the same current, Schottky diodes generate less heat and consume less power.

1N5819, 1N5819W, 1N5819WS, SD103AWS, BAT54, BAT54W, BAV16WS, BAS70, RB520S-30, RB521S-30, MBR0530T1G

Switching diodes, also known as switching diodes, are semiconductor devices specifically designed for rapid "on" and "off" operations in circuits. Their core characteristics are extremely short reverse recovery time and extremely fast switching speed.

1N4148, LL4148, 1N4148W, 1N4148WS, 1N4148WT, MMBD4148CC, BAV70, BAV99, BAV21,

They are mainly used to prevent damage to photovoltaic modules caused by hot spots due to partial shading. Their function is to conduct current during shading, allowing current from other normal cells to bypass the faulty area and maintain the system's power generation function.

10SQ030, 10SQ045, 10SQ060, 10SQ100, 12SQ030, 12SQ045, 12SQ060, 12SQ100, 15SQ030, 15SQ045, 15SQ060, 15SQ100, 20SQ030, 20SQ045, 20SQ060, 20SQ100, MK5045, MK4045, MK3045, GF2045MG, GF3045MG, GFMK3045, GFMK4045, GFMK6045C

Schottky diodes have a forward voltage drop of approximately 0.2V-0.5V, while ordinary diodes have approximately 0.6V-1.0V. Under the same current, Schottky diodes generate less heat and consume less power.

SS14, SS16, SS110, SS24, SS16, SS210, SS34, SS36, SS310, SS54, SS56, SS510, D12, D14, D16, D110, D120, K12, K14, K16, K110, K115, D24, D26, D210, K24, K26, K210, K220, MBR820, MBR840, MBR860, MBR1020, MBR1040, MBR1060, MBR1620CT, MBR1660CT, MBR1640CT, MBR2040CT, MBR2060CT, MBR3040CT, MBR3060CT, MBR30150CT, MBR4060CT, MBR40150CT

Zener diode, also known as Zener diode, is a diode that uses the reverse breakdown state of a PN junction, where the current can vary over a wide range while the voltage remains essentially constant, to provide voltage regulation. [1] This diode is a semiconductor device with high resistance until the critical reverse breakdown voltage. At this critical breakdown point, the reverse resistance drops to a very small value. In this low-resistance region, the current increases while the voltage remains constant. Zener diodes are classified according to their breakdown voltage. Because of this characteristic, Zener diodes are mainly used as voltage regulators or voltage reference elements. Zener diodes can be connected in series to be used at higher voltages. By connecting them in series, a higher stable voltage can be obtained.

BZT52C3V9S, BZT52C4V7, BZT52C5V1, BZT52C5V6, BZT52C8V2, BZT52C10, BZT52C12, BZT52C11, BZT52C15, BZT52C15S, BZT52C18, BZT52C20, BZT52C30S, BZT52C36S, BZT52C5V6S, BZT52C6V2, BZX84C3V3, BZX84C3V9, BZX84C5V6, BZX84C12, BZX84C5V1, BZX84C8V2, BZX84C9V1

A rectifier diode is a semiconductor device based on the unidirectional conductivity of a PN junction. Its main function is to convert alternating current (AC) energy into direct current (DC) energy.

1N4007,A7,M7,M7F,S1M,S1MF,S2M,S3M,S5M

Fast recovery rectifier diodes are a type of high-frequency rectifier diode, characterized by their short reverse recovery time. 

FR107, RS1M, F7, RS1MF, RS2M, RS2MF, RS3M, RS3MF

Ultra-fast recovery rectifier diodes are a type of high-frequency rectifier diode, characterized by their short reverse recovery time.

UF4007, US1G, US1M, US1MF, US2M, US2MF, US3M, MUR820, MUR840, MUR1020CT, MUR1640CT, MUR2020CT, MUR2060CT, MUR3020PT, MUR2060PT, MUR4060PT

The main principle of a diode is to utilize the unidirectional conductivity of a PN junction. Adding leads and encapsulation to the PN junction creates a diode.

ES1D, ES1DF, ES1G, ES1GF, ES2D, ES2DF, ES2G, ES2GF, ES3D, ES3G