SPF10-20 Surface Mount Diode 20KV 100mA
Surface mount diode
VRRM: 20KV IF(AV): 100mA IFSM: 10A Trr: 80nS
- 企業:鞍山雷盛電子
- 価格:Other
更新日: 集計期間:Aug 13, 2025~Sep 09, 2025
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更新日: 集計期間:Aug 13, 2025~Sep 09, 2025
※当サイトの各ページの閲覧回数を元に算出したランキングです。
更新日: 集計期間:Aug 13, 2025~Sep 09, 2025
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571~585 件を表示 / 全 626 件
Surface mount diode
VRRM: 20KV IF(AV): 100mA IFSM: 10A Trr: 80nS
High voltage diode
VRRM: 20KV IF(AV): 30mA IFSM: 1A Tstg: -40~+150℃ VFM:45V Size:φ3*12mm
High voltage diode
VRRM: 3KV IF(AV): 50mA IFSM: 3.0A Tstg: -55~+175℃ VFM:4.5V Size:φ2.5*6.5mm
Achieving low switching loss! JSCJ's SiC Schottky barrier diode.
Our company, Aquas, handles various semiconductors as a major domestic distributor for JSCJ. We have many alternatives for discrete products such as transistors and MOSFETs. Please feel free to contact us. Model number: CSD06H65 (TO-220-2L) 【About JSCJ】 Jiangsu Changjing Technology Co., Ltd. (JSCJ) was established as a contract manufacturer (OSAT) for the back-end processes of semiconductor manufacturing (packaging and testing) and was spun off from Jiangsu Changdian Technology Co., Ltd. (JCET), which is the third largest in the world (2017) in discrete semiconductor manufacturing. *We can request the latest datasheet from the manufacturer, so please feel free to make a request.
There are standard part numbers such as DZ, MMSZ, and BZX, making it easy to replace them with stable delivery times and prices.
Our company, Aquas, handles various electronic components as a major domestic distributor for JSCJ. We have compatible products such as diodes and transistors that are no longer produced domestically. Please feel free to contact us. 【Diode Lineup】 ■ Rectifier Diodes ■ Switching Diodes ■ Bridge Diodes ■ Zener Diodes ■ Schottky Diodes ■ Fast Recovery Diodes ■ TVS Diodes ■ PIN Diodes ■ ESD Protection Diodes 【About JSCJ】 Jiangsu Changjing Technology Co., Ltd. (JSCJ) was established as a semiconductor manufacturing subcontractor (OSAT) for back-end processes (packaging and testing) and was spun off from Jiangsu Changjiang Electronics Technology Co., Ltd. (JCET), which is the third largest in the world (2017) in discrete semiconductor manufacturing. *We will search for alternative products, so please feel free to inquire.
There are standard part numbers such as 1SS181 and 1N4448WT, making it easy to replace them with stable delivery times and prices.
Our company, Aquas, handles various electronic components as a major domestic distributor for JSCJ. We have compatible products such as diodes and transistors that are no longer produced domestically. Please feel free to contact us. 【Diode Lineup】 ■ Rectifier Diodes ■ Switching Diodes ■ Bridge Diodes ■ Zener Diodes ■ Schottky Diodes ■ Fast Recovery Diodes ■ TVS Diodes ■ PIN Diodes ■ ESD Protection Diodes 【About JSCJ】 Jiangsu Changjing Technology Co., Ltd. (JSCJ) was established as a semiconductor manufacturing subcontractor (OSAT) for the back-end processes (packaging and testing) and was spun off from Jiangsu Changjiang Electronics Technology Co., Ltd. (JCET), which is the third largest in the world (2017) in discrete semiconductor manufacturing. *We will search for alternative products, so please feel free to inquire.
Introducing AEC-Q101 compliant switching diodes from the electric vehicle hub, China.
Our company, Aquas, handles various electronic components as a major domestic distributor for JSCJ. JSCJ is focusing on expanding its lineup of AEC-Q101 compliant products in addition to transistors, MOSFETs, and diodes used in general applications. Please feel free to contact us. Example Model number: AD-1SS355 (SOD-323) *Items without "AD-" are consumer products (non-AEC-Q101 compliant). [About JSCJ] Jiangsu Changjing Technology Co., Ltd. (JSCJ) was established as a semiconductor manufacturing subcontractor (OSAT) after the spin-off of the discrete semiconductor manufacturing division of Jiangsu Changjiang Electronics Technology Co., Ltd. (JCET), which is the third largest in the world (2017). *Please feel free to request the latest datasheets from the manufacturer.
Overview of Light Emitting Diodes (LEDs)! Free technical materials available!
LEDs have various features such as long lifespan, compact size, lightweight, low power consumption, and the ability to turn on and off instantly. Therefore, their applications extend beyond mere lighting. 【Overview of Contents】 - What is LED - Features of LED - Light intensity and strength - Forward voltage and current characteristics - Emission colors of LED - Shapes of LED We are offering a free explanatory document on the overview of LEDs! Please download the PDF for more details. For more information about the LEDs we handle, please feel free to contact us.
Overview of light detection elements! Free technical materials available!
A photodiode (PD) is a light-receiving element that converts changes in light intensity into electrical signals (voltage, current) when light is irradiated onto the PN junction of a semiconductor. Photodiodes are classified into three types based on their characteristics and structure: PN-PD, PIN-PD, and APD. Understanding the differences in their characteristics allows for appropriate selection based on application. 【Overview of Contents】 - What is a photodiode? - Applications of photodiodes - Structure and principle of photodiodes - Equivalent circuit - Phototransistor We are offering a free explanatory document on the overview of light detection elements (photodiodes, phototransistors, and optical power supply elements)! Please download the PDF for more details. For more information about the photodiodes we handle, please feel free to contact us.
What is the principle of LED light emission? An explanation of color representation! / Leave electrical and electronic circuit and control board development to Nippo! /
An LED is a semiconductor device that emits light when an electric current passes through it. Due to reasons such as low power consumption, long lifespan, and the absence of ultraviolet and infrared rays, lighting fixtures using LEDs have become widespread. An LED is formed by joining two types of semiconductors: "p-type semiconductor" and "n-type semiconductor." The p-type semiconductor has a high concentration of holes (positive charge carriers), while the n-type semiconductor has a high concentration of electrons (negative charge carriers). ■ Flow of the LED Light Emission Principle 1. Apply a forward voltage to the LED. 2. When voltage is applied, the "holes" in the LED move towards the "n-type semiconductor" side, and the "electrons" move towards the "p-type semiconductor" side. 3. At the junction of the p-type and n-type semiconductors, holes and electrons combine, generating light energy and causing the LED to emit light. Thus, the light emission of an LED is a mechanism where electrical energy is directly converted into light within the semiconductor. The color of the light emitted by an LED varies depending on the semiconductor materials that make up the LED. The wavelength of the light produced differs based on the compounds used in each semiconductor, allowing for the combination of compounds to express different colors. At Nippo, we offer a wide range of services from electrical and electronic circuit design to printed circuit board design. Please feel free to contact us.
Introducing the flywheel diode essential for driving and energizing DC solenoids! The necessity of flywheel diodes and key points for selection!
At Shin Denko Mechatronics, we publish "Mechatro Communication" with the aim of fostering better communication with our customers. In issue No. 38, we introduce the "Flywheel Diode." We provide a detailed explanation of its necessity, insertion, and selection, using diagrams and graphs. The content is designed to be easy to reference when selecting products, so please feel free to download it and read it. [Contents] ■ Necessity ■ Insertion of Flywheel Diode ■ Selection of Flywheel Diode ■ Issues ■ Conclusion *For more details, please download the PDF or feel free to contact us.
Ultra-flat and wideband spectral characteristics! Built-in tap and power monitor functions.
This product is a hybrid component that combines the ultra-flat spectral sensitivity of a thin-film tap with a high-sensitivity PIN photodiode for power monitoring. It utilizes a single temperature-stable device package for both functions. It can be used for signal or pump laser source power monitoring using PM fiber pigtails. 【Features】 ■ Ultra-flat and wideband spectral characteristics ■ Built-in tap and power monitor functions ■ Corning SMF-28 or polarization-maintaining fiber *For more details, please download the PDF (English version) or feel free to contact us.