A2541WV-S-2x18P-C808-G30 datasheet, PDF

A2541WV-S-2x18P-C808-G30: DescriptionConnectors, Rohs Yes, Active, 3A, 250V, -40℃, 105℃, 20mΩ Max., 1500V AC/minute, 2.54mm; CategoryThe connector The connector; File Size3MB，46 Pages; ManufacturerCHANGJIANG CONNECTORS Co.,LTD.; Websitehttp://www.cjt.com/; Environmental Compliance; Shenzhen Changjiang Connector Co., Ltd. is a world-leading professional connector manufacturer with 20 years of experience. Its products mainly include wire-to-board connectors, board-to-board connectors, wire-to-wire connectors, wire harness processing and connector design, mold development and manufacturing. It is compatible with international brand connectors from Europe, the United States, Japan, South Korea and other countries.

Download Datasheet Parametric View All

A2541WV-S-2x18P-C808-G30 Overview

Connectors, Rohs Yes, Active, 3A, 250V, -40℃, 105℃, 20mΩ Max., 1500V AC/minute, 2.54mm

Parameter Name	Attribute value
Is it Rohs certified?	conform to
Reach Compliance Code	compli
Is it lead-free?	unknown
Rated current	3A
Rated voltage	250V
Minimum Tem	-40℃
Maximum Tem	105℃
Contact resistance	20mΩ Max.
Dielectric withstand voltage	1500V AC/minute
Terminal pitch	2.54mm
Contact completed and terminated
Contact material
iginPNs	54202-G3018TLF,54202-G3018PLF,54202-G3018ALF,54202-G3018CLF,54202-G3018DLF,54202-G3018SLF,54202-G3018MLF

A2541 SERIES

2.54mm pitch wire to board connector

Specifications

Current rating:3A AC,DC

Voltage rating:250V AC,DC

Temperature range:-40°C~+105°C

Contact resistance:20mΩ Max.

Insulation resistance:1000MΩ Min.

Withstanding voltage:1500V AC/minute

*Compliant with RoHS and REACH*

*Meet the HF/Halogen Free,need to customize*

*Contact CJT for details*

Standards

E326732

CHANGJIANG CONNECTORS TEL:+86-755-29959119 29959129 FAX:+86-755-29959139 Http://www.CJT.cn

A-353

Simple MicroPython IoT Smart Home (ESP8266): From: https://www.hackster.io/alankrantas/simple-micropython-iot-smart-home-esp8266-d83f8ehardwareBoard: NodeMCU V3 with breakout board (ESP8266 ESP-12E) Power supply: 7.5V 1A on the breakout board (w...; dcexpert MicroPython Open Source section

Ultrasonic standing wave axial suspension mobile device word supplementary materials: The content of the word document is similar to the post. You can download it if you need it. Ultrasonic standing wave axial suspension mobile device word supplementary material:...; 燕云十八骑 GD32 MCU

With the explosion of 5G, the future development of Wi-Fi is promising: With the explosion of 5G , the future development of Wi-Fi is promisingIn the future digital construction, with the development of 5G , Wi-Fi is also constantly improving and perfecting. Wi-Fi 6 will ...; alan000345 RF/Wirelessly

Questions about the two array forms of LSM6DSO FSM gesture recognition?: I'd like to ask you, I'm new to LSM6DSO's FSM, and I wanted to recognize the shake gesture, but I couldn't find the shake gesture array in lsm6dso_fsm.c, and it was in this form: /* Program: glance */...; kinggate1 MEMS sensors

What are the advantages and disadvantages of complementary push-pull H-bridge (2 NMOS + 2 PMOS) and totem pole H-bridge (4 NMOS), and their applications...: What are the advantages and disadvantages of complementary push-pull H-bridge (2 NMOS + 2 PMOS) and totem pole H-bridge (4 NMOS), and their application scenarios?...; QWE4562009 Discrete Device

The problem of turning frequency in LC filter circuit design: [i=s] This post was last edited by shaorc on 2019-4-27 21:41 [/i] [Ask if you don't understand] Design an LC filter circuit for analog audio output signals. Refer to the IR design data Figure 1. For t...; shaorc Analog electronics

Popular Components