EEWORLDEEWORLDEEWORLD

Part Number

Search

3435-0-43-80-47-84-04-0

Description
PCB Terminal, ROHS COMPLIANT
CategoryThe connector    terminals   
File Size85KB,1 Pages
ManufacturerMill-Max
Websitehttps://www.mill-max.com
Environmental Compliance
Download Datasheet Parametric View All

3435-0-43-80-47-84-04-0 Overview

PCB Terminal, ROHS COMPLIANT

3435-0-43-80-47-84-04-0 Parametric

Parameter NameAttribute value
Is it lead-free?Lead free
Is it Rohs certified?conform to
MakerMill-Max
package instructionROHS COMPLIANT
Reach Compliance Codecompliant
ECCN codeEAR99
Is SamacsysN
Manufacturer's serial number3435
terminal genderFEMALE
Terminal and terminal strip typesPCB TERMINAL
Base Number Matches1
PIN RECEPTACLES
With Organic Fibre Plug® Solder Barrier
(see specific contact range on pages 216, 217, 218 & 221)
• These through-hole (tubular) receptacles are designed for
hand, wave or reflow* soldering. The
ORGANIC FIBRE PLUG®
barrier prevents solder, paste or flux from contaminating the
spring contact.
• After soldering, the
OFP®
barrier is pushed out of the recep-
tacle when the device is plugged in.
• All parts are available as discrete receptacles; but for SMT
assembly, certain receptacles are supplied on carrier tape per
EIA-481 to feed industry standard pick and place machines.
PR
E
CI
.030
.088
.006
M
ON
S
I
CHI
A
PINS
*Intrusive reflow (also called "pin-in-paste") is a technique of using conventional
through-hole components in a reflow soldering process. The receptacles are
placed into plated through-holes in the circuit board (solder paste has previous-
ly been screen printed on pads adjacent to the holes) and the board is reflowed in the same pass as other SMT components.
Solder will fill the plated through-holes and achieve solder joints as reliable as wave soldering. The OFP® barrier prevents solder
paste from being picked-up inside the contact during pick ‘n place assembly. "Overprinting" paste on the solder mask can be
used to adjust the volume of paste required to fill each hole.
NE
D
5359
.048 DIA.
.038 DIA.
.010
.060
0577
.058 DIA.
.025
.086
.100
4015
.068 DIA.
.052 DIA.
.020
.089 .100
3435
.072 DIA.
.064 DIA.
.061 DIA.
.130
.210
.071
.040 DIA.
.043 DIA.
.028 DIA.
.006
.031 DIA.
.006
.043 DIA.
.006
.036 DIA.
5359-0-XX-XX-10-XX-10-0
0577-0-XX-XX-21-XX-10-0
4015-0-XX-XX-30-XX-10-0
3435-0-XX-XX-47-XX-04-0
Solder mount in Ø.046±.003 PTH.
#47
Contact for Ø.025-.036 and
.025” square pins.
Solder mount in Ø.043±.003 PTH. Solder mount in Ø.045±.003 PTH. Solder mount in Ø.057±.003 PTH.
#10
Contact for Ø.012-.017 pins.
#30
Contact for Ø.015-.025 pins.
#21
Contact for Ø.015-.022 pins.
Also available on 16mm wide carrier Also available on 12mm wide carrier Also available on 8mm wide carrier
tape: 3,000 parts per 13” reel.
tape: 5,500 parts per 13” reel.
tape: 3,000 parts per 13” reel.
SPECIFICATIONS
SHELL MATERIAL:
Brass Alloy 360, 1/2 Hard
CONTACT MATERIAL:
Beryllium Copper Alloy 172, HT
SOLDER BARRIER:
Organic Fibre Plug®
DIMENSION IN INCHES
TOLERANCES ON:
LENGTHS:
±.005
DIAMETERS: ±.002
ANGLES:
± 2°
ORDER CODE: XXXX - 0 - XX - XX - XX - XX -10 - 0
BASIC PART #
SPECIFY PACKAGING:
SPECIFY CONTACT FINISH:
43
Discrete Receptacles
27
30µ" GOLD OVER NICKEL
67
Supplied on 13” Reels
02
100µ" TIN/LEAD OVER NICKEL
SPECIFY SHELL FINISH:
84
100µ" TIN OVER NICKEL
01
200µ" TIN/LEAD OVER NICKEL
80
200µ" TIN OVER NICKEL
CONTACT #
#10, #21, #30 or #47
CONTACT (DATA ON PAGES 216, 217, 218 & 221)
2002/95/EC
RoHS
w w w. m i l l - m a x . c o m
164
516-922-6000
PIC18 series microcontroller timer application
Hello everyone, I am new to PIC microcontrollers, using PIC18 series chips (mcc18 compiler), but I can't get through the PIC microcontroller's timer now. The code I wrote with reference to the data sh...
Rephontil Microchip MCU
Please tell me how to port the SDHC driver under 5.0BSP to 4.2BSP in WinCE5.0+S3C2440 environment!!!
As the title says, please give me some advice, thank you. . . I know I need to modify the interrupt part, because the interrupt mechanism of the two versions is different. I would like to ask for the ...
406791698 Embedded System
[Help] Read and write flash (how are floating point numbers stored?)
1. How are floating point numbers stored in flash? (For example, how is 1.2 stored in flash?)2. Is there any difference between saving floating point numbers and integers when writing and reading flas...
lisongying658 Microcontroller MCU
What are the real-time requirements of smartphone operating systems?
I am writing my graduation thesis, and one of the sections has to be about this topic. But I can't find the right material. Can any brother introduce it to me? I am very grateful....
jasonb Embedded System
What is the role of GEL files in CCS?
[size=5]The GEL language of CCS is an interactive command that is interpreted and executed, that is, it cannot be compiled into an executable file. Its role is to expand the functions of CCSStudio. GE...
Aguilera Microcontroller MCU
Protues simulation IIC (24c04b) reading and writing problems
I can read and write in real experiments, but not in simulation. It seems that I can't write in. All the values except 0xff are not shown. I don't know why. In other cases, I write 0x30 and the value ...
vv0147 Embedded System

EEWorld
subscription
account

EEWorld
service
account

Automotive
development
circle

Robot
development
community

Index Files: 954  197  2336  644  2734  20  4  48  13  56 
Datasheet   0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
Room 1530, 15th Floor, Building B, No. 18 Zhongguancun Street, Haidian District, Beijing Telephone: (010) 82350740 Postal Code: 100190
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved 京ICP证060456号 京ICP备10001474号-1 电信业务审批[2006]字第258号函 京公网安备 11010802033920号