Walter Miniature Fuse TCP Series Model Purchase

Series image: for reference only

Manufacturer：	WALTER
Product Series：	WALTER-FEP
Product Type：
EU RoHS：	Compliant(2011/65/EU)
EU REACH：	Dose not contain REACH SVHC(1907/2006/EC)
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Company Profile：	Walter_ Profile_ENG.pdf Expand Walter_ Profile_ENG.pdf Walter_Profile_CN.pdf Walter_ Profile_JAP.pdf
Electronic：	Walter_Components_Catalog.pdf Expand Walter_Components_Catalog.pdf Walter_ Product_overview.pdf Walter_POWER_Fuses.pdf

Specification

Picture	Spec	Product number	Maker	Part Number & Description	supply status	Unit Price	Size	Current Value	Breaking Series	Voltage	Termination Style	series	Action

Picture	Spec	Product number	Maker	Part Number & Description	supply status	Unit Price	Size	Current Value	Breaking Series	Voltage	Termination Style	series	Action

Product number	Part Number & Description	supply status	Unit Price	Size	Current Value	Breaking Series	Voltage	Termination Style	series	Action
Active Manufacturer Number： FEP-F1A00V2T02280AG Product number： F02-3780-1A00Y7FAFEPA	Micro Fuses ,3.7*8.0 ,1A ,250VAC ,Fast Acting Type ,Axial strip Lead ,WALTER-FEP ,-	50 stock	-	3.7*8.0	1A	Fast Acting Type	AC250V	Axial strip Lead	WALTER-FEP	Online Inquiry
Active Manufacturer Number： FEP-F2A00V2T02280AG Product number： F02-3780-2A00Y7FAFEPA	Micro Fuses ,3.7*8.0 ,2A ,250VAC ,Fast Acting Type ,Axial strip Lead ,WALTER-FEP ,-	40 stock	-	3.7*8.0	2A	Fast Acting Type	AC250V	Axial strip Lead	WALTER-FEP	Online Inquiry
Active Manufacturer Number： FEP-F3A15V2T02280AG Product number： F02-3780-3A15Y7FAFEPA	Micro Fuses ,3.7*8.0 ,3.15A ,250VAC ,Fast Acting Type ,Axial strip Lead ,WALTER-FEP ,-	50 stock	-	3.7*8.0	3.15A	Fast Acting Type	AC250V	Axial strip Lead	WALTER-FEP	Online Inquiry

Total 3

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Micro Fuses ,3.7*8.0 ,1A ,250VAC ,Fast Acting Type ,Axial strip Lead ,WALTER-FEP ,- - FEP-F1A00V2T02280AG
Micro Fuses ,3.7*8.0 ,2A ,250VAC ,Fast Acting Type ,Axial strip Lead ,WALTER-FEP ,- - FEP-F2A00V2T02280AG
Micro Fuses ,3.7*8.0 ,3.15A ,250VAC ,Fast Acting Type ,Axial strip Lead ,WALTER-FEP ,- - FEP-F3A15V2T02280AG

kgwv0uai 分流器是常用的电流测量设备，应用于电力、电子及自动化等领域。通过测量分流器两端的电压，可以准确地计算出流过分流器的电流。
What is the impact of China's 34% tariff on the US and Canada on the semiconductor industry? What is the impact of China's 34% tariff on the US and Canada on the semiconductor industry?
What are the main platforms for electronic component stores? What are the main platforms of Electronic Yuanqi Mall? It can be divided into two categories: one is domestic shopping platforms: Huanian Mall, Lichuang Mall, Yunhan Xincheng, Weiyang Mall, Liexin.com, Hard City, etc; International shopping platforms include: Maoze, Dejie, etc.
What are the electronic component spot platforms? Huanian Mall: Focusing on electronic component agency sales, providing original factory technical support, 100% self operated inventory of products, searchable procurement in transit, constantly aware of supply and delivery status, spot inventory can achieve lightning delivery, fastest delivery within 30 minutes, bulk procurement, sample procurement, and lightning delivery services, etc.
What are the electronic component spot stores? Domestic procurement: Priority should be given to Huanian Mall, Little Cat Chip City, Lichuang Mall, etc., while balancing genuine product guarantee and price advantages. International procurement: Digi Key and Mouser are suitable for quickly obtaining the latest components; Arrow、 Large scale universities are suitable for bulk and industrial level demand.
DGPHNST Mall is an electronic component mall. What are its advantages? As a well-known electronic component procurement platform in China, DGPHNST Mall has formed significant competitiveness in the industry with its unique service model and resource advantages. The following is a detailed analysis of its core advantages:
What are the brand, model, and parameters of 2512 0.001R alloy resistors? The following is a comparative analysis of alloy resistor brands, models, and characteristics with 2512 package, 0.001 Ω (1m Ω), ± 1% accuracy, and different power levels, compiled from multiple brand parameters and industry data:
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1206 20k 0.05% 5ppm high-precision thin film resistor According to the parameters provided by the user, THF06D2002AT (Fenghua High Tech) and TP1206A20K0P0505Z (Tian'er Technology) are both 1206 packaged resistors with 20k Ω, ± 0.05% tolerance, and ± 5ppm/℃ temperature coefficient. The following comparative analysis is conducted from four aspects: technical parameters, brand characteristics, application adaptability, and feasibility of substitution:
Fenghua Precision Resistance THF06D2002AT 20k Ω± 0.05% ± 5ppm/℃ 1206 As a star product in the TH series of Fenghua Advanced Technology, THF06D2002AT has become a core component in the fields of industrial automation, medical equipment, and high-end instruments due to its ultra-high precision of 20k Ω, ± 0.05% tolerance, and ultra-low temperature coefficient of ± 5 ppm/℃.
THF06D1000AT 100Ω ±0.05% ±5 ppm/℃ 1206 0.25W THF06D1000AT, as a representative model of TH series high-precision metal film resistors launched by Fenghua Advanced Technology, has become the preferred component in the fields of industrial control, medical equipment, and precision instruments due to its excellent technical parameters and wide applicability.
WALTE micro fuse FCP/TCP/FEP/TEP series introduction - Hnstshop WALTE, a well-known brand of fuse, micro fuse can be used in a variety of electronic equipment, communication equipment and industrial automation systems. This article will introduce the size
Hnstshop offers a wide range of WALTE brand chip fuse series
How to balance accuracy and power consumption when selecting current detection resistors? When choosing a current detection resistor, balancing accuracy and power consumption is a crucial consideration. Here are some suggestions to help you find the best balance between the two:
What are the differences between alloy resistors and ordinary resistors? There are significant differences between alloy resistors and ordinary resistors in terms of performance characteristics, application scenarios, constituent materials, manufacturing costs, and market prices. These differences enable them to play their unique roles in different application scenarios.
What are the key steps in the manufacturing process of alloy resistors The key steps in the manufacturing process of alloy resistors include material selection and alloy preparation, resistance wire fabrication and heat treatment, lead connection and packaging, laser adjustment and protective coating, as well as quality control and testing. These steps together ensure that alloy resistors have stable resistance values, high precision, fast response, and long lifespan, making them widely used in various electronic devices.
How to choose a current detection resistor? Choosing the appropriate current detection resistor requires comprehensive consideration of multiple factors such as resistance value, accuracy and stability, power and heat dissipation, packaging and size, as well as price and supply situation. By carefully analyzing and comparing different options, the most suitable current detection resistor for a specific application can be selected.
Definition and Product Introduction of Current Detection Resistors Current sensing resistor is a type of resistor specifically used to measure the magnitude of current in a circuit. It is usually connected in series in a circuit and calculates the current in the circuit by measuring the voltage drop across the resistor. The following is a detailed explanation of the current detection resistor:
Comprehensive Introduction to Alloy Resistors from Scratch to Scratch Alloy resistors, as an important electronic component, play a crucial role in electronic devices and circuit systems. With the continuous development of technology, the materials, manufacturing processes, and application fields of alloy resistors will also continue to expand and improve.
What is the relationship between the accuracy level and cost of resistors? There is a close relationship between the accuracy level and cost of resistors. Generally speaking, the higher the precision level of a resistor, the higher its production cost, which is mainly reflected in the following aspects:
Compared to relays, which one is more widely used, switches or resistors？ From the perspective of widespread use, switches and resistors are widely used in electronic circuits and each has an irreplaceable role. Switches are mainly used for controlling and selecting circuits, while resistors are used for regulating and protecting circuits. Although relays are widely used, their application scenarios are relatively specific and mainly used in automatic control systems. Therefore, when comparing the widespread use of switches and resistors, it can be considered that they have a wide range of applications in different fields and circuits, making it difficult to simply quantify comparisons.
The relationship between resistance and temperature There is a close relationship between resistance and temperature, which is usually described by the temperature coefficient of resistance (TCR). The following is a detailed explanation of the relationship between resistance and temperature:
What impact does the temperature coefficient of resistance have on circuit design? The temperature coefficient of resistance has a significant impact on circuit design, which is reflected in the following aspects and reference content sources.
How to test the temperature coefficient of a resistor? The temperature coefficient (TCR) of a test resistor usually follows certain standards and methods. The following are the steps and key points obtained based on the search results:
What impact does a small temperature coefficient of resistance have on the accuracy of sensors? The small temperature coefficient of resistance has a significant impact on the accuracy of sensors, manifested in the following aspects:
What is the function of the temperature coefficient of resistance? The small temperature coefficient of resistance has multiple advantages and applications in electronic devices and circuits, mainly reflected in the following aspects:
How to reduce the impact of temperature changes on circuits? The methods to reduce the impact of temperature changes on circuits can be approached from multiple perspectives, including design, material selection, circuit compensation techniques, etc. Here are some effective strategies:
Does the resistance value of thick film resistors change significantly under temperature changes? The variation of resistance value of thick film resistors under temperature changes is mainly influenced by their temperature coefficient (TCR). The following is a detailed explanation of the resistance value changes of thick film resistors under temperature changes
The main differences between thick film resistors and alloy resistors Thick film resistors and alloy resistors have significant differences in multiple aspects, including manufacturing processes, materials, electrical properties, application scenarios, costs, and mechanical properties. Here are their main differences:
The practical application of 1225 resistor 1225 resistors, with their specific dimensions (usually 64mm in length and 32mm in width) and diverse performance parameters, are widely used in various electronic devices and systems. For example, consumer electronics, automotive resistors, network communication equipment, industrial automation and control, lighting and power supply, etc.