210-93-316-41-001000 Mill-Max Manufacturing Corp., 210-93-316-41-001000 Datasheet

IC SOCKET 16DIP .300 TIN

210-93-316-41-001000

Manufacturer Part Number
210-93-316-41-001000
Description
IC SOCKET 16DIP .300 TIN
Manufacturer
Mill-Max Manufacturing Corp.
Type
DIP, 0.3" (7.62mm) Row Spacingr
Series
210r

Specifications of 210-93-316-41-001000

Contact Plating
Gold over Nickel
Mounting Style
Through Hole
Contact Material
Beryllium Copper
Insulation Resistance
10000 MOhms
Pitch
0.100" (2.54mm)
Features
Closed Frame
Number Of Positions Or Pins (grid)
16 (2 x 8)
Mounting Type
Through Hole
Contact Finish
Gold
Contact Finish Thickness
30µin (0.76µm)
Product
DIP / SIP Sockets
Number Of Rows
2
Number Of Positions / Contacts
16
Termination Style
Solder Tail
Socket / Case Type
Closed Frame
Operating Temperature Range
- 55 C to + 125 C
Contact Type
Type D
Length
20.32 mm
Row Spacing
7.62 mm
Width
10.16 mm
Number Of Contacts
16POS
Number Of Contact Rows
2
Row Spacing (mm)
7.62mm
Pitch (mm)
2.54mm
Grid Size
Not Required
Insulation Material
Polychlorinated Terp
Operating Temp Range
-55C to 125C
Product Height (mm)
4.19mm
Product Depth (mm)
10.1mm
Product Length (mm)
20.3mm
Gender
SKT
Body Orientation
Straight
Current Rating
3A
Contact Resistance Max
10mOhm
Voltage Rating
150VDC/100VAC
Rohs Compliant
NO
Angle
Straight
Brand/series
210 Series
Current, Rating
3 A
Flammability Rating
UL 94V-0
Frame Type
Closed
Length, Terminal Post
0.125 in.
Material, Body
Valox® PBT Polyester
Material, Contact
Beryllium Copper Alloy
Number Of Positions
16
Pin Spacing
0.1 "
Plating, Contact Mating Area
Tin⁄Lead (Pin), Gold (Clip)
Primary Type
DIP
Spacing, Row To Row
0.3 in.
Termination
Thru-Hole
Voltage, Rating
100/150 Vrms/VDC
Peak Reflow Compatible (260 C)
No
No. Of Contacts
16
Pitch Spacing
2.54mm
Row Pitch
7.62mm
Contact Termination
Through Hole Vertical
Leaded Process Compatible
No
Lead Free Status / RoHS Status
Contains lead / RoHS non-compliant
Lead Free Status / RoHS Status
Not Compliant, Contains lead / RoHS non-compliant
Other names
2109331641001000
ED60002
Mill-Max Mfg. Corp. Datasheet — Last Modified 9/15/2011
 Product Number: 210-93-316-41-001000
 CONTACT:
 LOOSE PIN:
Contact Used: #30, Standard 4 Finger Contact
Current Rating = 3 Amps
BERYLLIUM COPPER ALLOY
ASTM B 194
Properties of BERYLLIUM COPPER:
Pin Used: 1001 (Brass Alloy)
Pins
Chemical composition: Cu 98.1%, Be 1.9%
Temper as stamped: TD01
Properties after heat treatment (TH01):
Hardness: 36-43 Rockwell C
Mechanical Life: 100 Cycles Min.
Density: .298 lbs/in3
Electrical Conductivity: 22% IACS*
Resistance: 10 miliohms Max
Operating Temperature: -55°C/+125°C
Melting point: 980°C/865°C (liquidus/solidus)
Stress Relaxation†: 96% of stress remains after
1,000 hours @ 100 °C ; 70% of stress remains
after 1,000 hours @ 200 °C
*International Annealed Copper Standard, i.e. as a % of pure copper.
†Since BeCu loses its spring properties over time at high temperatures; it is rated for continuous use up to 150°C. For
applications up to 300°C, Mill-Max offers many contacts in Beryllium Nickel. Contact Tech Support for more info.
Of
16
#
0.8
A
0.3
B
172 (UNS C17200) per
0.4
C
Tube
Qty.
per
25
210-93-316-41-001000
Mill-Max
Number
Part
Description:
DIP Socket
Solder Tail
Standard Solder Tail (0.125 Tail)
Closed Frame
Through Hole
Accepts .015-.025" Leads
Plating Code:
93
Shell Plating:
200 μ" Tin/Lead(93/7) over 100 μ"
Nickel
Inner Contact Plating:
30 μ" Gold over 50 μ" Nickel
Packaging:
Packaged in Tubes
Compliant
RoHS
Page 1 of 2

Related parts for 210-93-316-41-001000

210-93-316-41-001000 Summary of contents

Page 1

... Pin Used: 1001 (Brass Alloy) Mill-Max Mfg. Corp. Datasheet — Last Modified 9/15/2011 Qty. Mill-Max per Part Tube Number 25 210-93-316-41-001000 Description: DIP Socket Solder Tail Standard Solder Tail (0.125 Tail) Closed Frame Through Hole Accepts .015-.025" Leads Plating Code: 93 Shell  ...

Page 2

BRASS ALLOY (UNS C36000) per ASTM B 16 Properties of BRASS ALLOY: Chemical composition: Cu 61.5%, Zn 35.4%, Pb 3.1%† Hardness as machined: 80-90 Rockwell B Density: .307 lbs/in3 Electrical conductivity: 26% IACS* Melting point: 900°C/885°C (liquidus/solidus) †( lead is used to ...

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