LANSON-3R Industrial Electronic Co. Ltd-HNST

Series image: for reference only

Manufacturer：	LANSON
Product Series：	LANSON-3R
Product Type：	Subminiature Fuses
EU RoHS：	Compliant(2011/65/EU)
EU REACH：	Dose not contain REACH SVHC(1907/2006/EC)
Safety Approvals：	UL E221465
Testing Standard：	UL248-1 UL248-14
Operating Temperature：	-55℃～125℃
Storage Conditions：	Relative humidity≤75%, store 3 years .
Coat：	Epoxy Resin
Body：	Ceramic tube
Filling：	SiO2
Fuse element：	Alloy
End cap：	Nickel plated brass
Lead wire：	Tinned copper wire
MPQ：	1000PCS/BOX
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Data Sheet：	LANSHEN_3R.pdf
Electronic：	LANSON_Product_Catalogue.pdf

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What is the difference between a diode and a transistor? Diodes and transistors are two fundamental and critical semiconductor devices in electronic circuits, with essential differences in structure, function, and application.
What is the use of transistors in circuits? The transistor is one of the core components in modern electronic circuits, whose main function is to control and amplify electrical signals. In practical circuits, the use of transistors is very extensive. The following briefly explains several common aspects.
What is the use of diodes in circuits? In electronic circuits, diodes are a fundamental and critical component. It plays an important role in various circuits due to its unidirectional conductivity. The use of diodes covers multiple aspects, including rectification, switching, protection, voltage regulation, and signal modulation. Below, we will provide a detailed introduction to these applications.
What are the well-known brands of diodes? In the vast world of electronic components, diodes, as a fundamental and critical semiconductor component, directly affect the quality of the entire circuit in terms of their performance and reliability. Faced with a dazzling array of brands in the market, both senior engineers and procurement personnel hope to find the most suitable products for their projects. This article will systematically review well-known diode brands worldwide and in China, analyze their core advantages and applicable fields, and provide clear selection logic to help you make informed decisions.
What materials are Murata capacitors made of? Murata is a globally renowned electronic component manufacturer, producing a wide variety of capacitors with a wide range of applications. To choose a suitable Murata capacitor, understanding its rich material system is the key first step. Different materials directly determine the temperature stability, capacity size, frequency characteristics, and applicable scenarios of capacitors.
What are the categories of JSCJ diodes? As an important semiconductor device manufacturer in China, JSCJ has a rich and diverse diode product line that can meet the design needs of different electronic circuits. The following is an introduction to the main categories of JSCJ diodes to help you have a clearer understanding of their product layout.
What are the volumes of Walter alloy resistors? Common volume specifications of Huade alloy resistors The packaging size of Walter alloy resistors is usually represented by industry standard four digit codes, such as "0402", "0603", etc. These codes intuitively indicate the physical dimensions of the components (usually in inches). The following table summarizes the main volume packaging and characteristics of Wald alloy resistors:
What is the production scale of Liz resistors? Since its establishment in 1988, Lizhi Electronics has always focused on the manufacturing of electronic components. This company, which belongs to Taiwan's Jin Ren Bao Group, established its first production base in Kunshan as early as 2000.
What are the categories of Liz resistors? LIZ Electronics, as a major manufacturer in the field of electronic components, provides a wide range of resistor product lines covering various application scenarios. Its products are characterized by high precision, high reliability, and diverse packaging, which can meet the needs of different fields from consumer electronics to industrial automation, automotive electronics, and more.
Liz Resistance Brand Introduction
What are the advantages of Viking thin film resistors? In the field of electronic design, the selection of resistors directly affects the stability, accuracy, and reliability of circuits. Faced with increasingly stringent demands in industrial, automotive, and medical applications, Viking Technology, with its profound accumulation of thin film process technology, has launched a series of thin film resistors that have become the preferred choice in high-end design. The advantages of Guangjie thin film resistors are not limited to a single feature, but stem from the comprehensive integration of materials science, process technology, and quality control, providing a solid and precise foundation for modern electronic products.
Introduction to Viking Thin Film Resistors Viking thin film resistors, as key components in high-performance circuit design, play an important role in various precision electronic devices due to their excellent accuracy, stability, and reliability. The following will provide a detailed introduction to its technical characteristics, core advantages, and typical applications.
What are the resistors of Viking Viking Tech, as a well-known manufacturer of advanced passive components, offers a wide range of resistor products with varying performance to meet the needs of different fields, from consumer electronics to the automotive industry. The main categories and characteristics of photoresistors will be systematically introduced below.
What are the series of Ever Ohms thin film resistors? Ever Ohms Technology's thin film resistors provide ultra-high precision from ± 0.01% to high-power processing capability of 3W. The temperature coefficient of the TR series can be as low as ± 2ppm/℃, ensuring that the circuit remains stable over a wide temperature range of 55 ℃ to+175 ℃.
What are the series of Ever Ohms metal film resistors? Since its establishment in 1988, Ever Ohms Technology has focused on the research and manufacturing of electronic components. The metal film resistor series adopts vacuum evaporation or sputtering technology to deposit metal thin films such as nickel chromium alloy on ceramic substrates, which has the characteristics of strong stability, low temperature coefficient, low noise, and good high-frequency characteristics.
What are the advantages of Ever Ohms metal film resistors? In the current sampling circuit of the BMS system for new energy vehicles, a Ever Ohms metal film resistor is ensuring long-term accuracy of battery status monitoring with an annual drift rate of less than ± 0.5%.
What are the advantages of Ever Ohms thin film resistors? In precision circuit design, a small difference in resistance performance can lead to a deviation in the accuracy of the entire system. Tian'er thin film resistors have become a trusted choice for engineers with their ultimate stability.
Introduction to Ever Ohms Technology Company Ever Ohms Technology is an innovative enterprise dedicated to cutting-edge technology research and application, committed to providing high-quality solutions and services to global customers. Since its establishment, Tian'er Technology has always adhered to technological innovation as the core driving force, and has accumulated profound technical strength and rich industry experience in multiple key fields.
TRL0805X2F1R00P05Z 0805 1R 0.25W Metal Film Resistance Introduction The TRL0805X2F1R00P05Z model produced by Ever Ohms Company is a metal film surface mount resistor that performs well in many fields. It precisely balances size, power, and performance, and its core parameter combination of 0805 1R 0.25W makes it an ideal choice for current detection, current limiting, and voltage divider applications in many circuit designs.
What are the advantages of Ever Ohms resistors? Ever Ohms resistors have gained widespread recognition in the electronic component field due to their stable and reliable quality. Its core advantages are mainly reflected in the following aspects.
What are the series of Ever Ohms alloy resistors? Faced with the demand for high power ranging from 0.3m Ω ultra-low resistance to 15W, Ever Ohms Alloy resistors provide accurate and stable solutions for current detection applications through more than ten series of products in three major categories.
What are the materials of Walter brand alloy resistors? Walter alloy resistors play a key role in precision current detection and power management circuits, and their core advantages are closely related to the selected resistor material. To help you quickly understand, the following table summarizes the main materials and core characteristics of Wald alloy resistors.
What are the materials of surface mount inductors? As a key component in circuits, the performance of surface mount inductors largely depends on the materials used. Different materials determine the differences in frequency response, current carrying capacity, and stability of inductors. The following will introduce several mainstream surface mount inductor materials and their characteristics.
Introduction to Material of Surface mount Capacitor M3L The rated voltage range of M3L material surface mount capacitors is wide, with common specifications covering the medium to high voltage range from 16V to 2000V. Its dielectric loss is moderate, and its capacity varies relatively smoothly with DC bias, making it very suitable for general circuits such as filtering, coupling, and bypass.
Introduction to Material of Surface mount Capacitor X6S Among numerous surface mount capacitor dielectric materials, X6S material occupies an important position in specific application fields due to its unique performance balance. This article will provide you with a clear overview of the key characteristics of X6S material for surface mount capacitors, helping you make more suitable choices in practical design.
Introduction to Material of Surface mount Capacitor X7S Among numerous surface mount capacitor dielectric materials, X7S material occupies an important position in specific application fields due to its unique properties. This article will provide you with a clear overview of the key characteristics of X7S material and explore its practical application value in circuit design.
Introduction to X8L Material for Surface mount Capacitors Surface mount capacitor X8L material is a widely used multilayer ceramic capacitor (MLCC) dielectric material in the electronics industry, favored by engineers for its stable temperature characteristics and reliable performance. Below, we will provide a detailed introduction to the characteristics, technical advantages, and main brand choices of this material.
Introduction to Material of Surface mount Capacitor X5R As the fundamental component of electronic circuits, the material selection of surface mount capacitors directly affects the circuit performance. Among them, X5R material has become a widely used type due to its balanced characteristics. Today, we will delve into all aspects of the X5R material for surface mount capacitors to help you make informed decisions in design and procurement.
Introduction to Surface mount Capacitor X7R Material Surface mount capacitor X7R material is a Class II ceramic dielectric widely used in electronic circuits. It has become the preferred choice for many engineers in circuit design such as filtering, coupling, and bypass due to its stable temperature characteristics and reliable performance. This article will provide a detailed introduction to the core characteristics, common applications, and selection considerations of X7R material, and mention relevant mainstream brands for reference.
Introduction to COG material for surface mount capacitors. Surface mount capacitors are indispensable basic components in electronic circuits, and COG material is one of the high-performance representatives. COG (also known as NPO) is a temperature compensated ceramic medium that occupies an important position in high-end electronic applications due to its excellent temperature stability and low loss characteristics.

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