SC24M62TK6 Souriau Connection Technology, SC24M62TK6 Datasheet - Page 16

• Manufacturer Part Number: SC24M62TK6
• Description: CONTACT SOCKET 26-24AWG TIN
• Manufacturer: Souriau Connection Technology
• Series: Trim Trio® SM/SC-Mr
• Type: Stampedr

Specifications of SC24M62TK6

• Pin Or Socket: Socket
• Size: 16
• Wire Gauge: 24-26 AWG
• Contact Termination: Crimp
• Contact Finish: Tin
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Contact Finish Thickness: -
• Other names: Q4702008; T0968173

Shielded circular
TRIM TRIO
connectors
UT0 and UTGS
Description
With the increasing coverage of the
electromagnetic spectra and the constantly
increasing use of electronic hardware, the
need for control on electronic equipment to
operate in electromagnetically noisier
environments and greater control is one of
the main issues.
More and more electronic equipment will be
required to meet an EMC (Electro Magnetic
Compatibility) specification which controls
the level of EM emmisions being upset by
interfering RF (Radio Frequency) and EM
(Electro Magnetic) fields.
A full solution to the problem consists in the
consideration of each and every aspect
within a design, starting at the board level
and working outwards through the
connector to the enclosure and then on to
the power supply and signal cabling.
As a result, UT0 and UTGS are available
with shielded backshells including a
“ two conical ferrule shielding system”.
Shielding effectiveness is a functional
method to characterise the shield leakage,
since it offers us the relation between the
measured power progression from shielding
leakage and the reference power delivered
to the test-cel.
Test set-up
The measurements are performed with the
triaxial setup.
The connectors are embedded in a
rectangular testcell (see picture)
For the circular connectors an inner
conductor is contructed to obtain a 50
coaxial transmission line, to which a power
level Pin is delivered. The shield of the
connector and the walls from the triaxial
cell form the second coaxial transmission
line. The output power
Pout at one end of the short-circuited
second transmission line is measured with
a spectrum analyser. From the average of
these quantities, the shielding effectiveness
is calculated (see formula and resulting
chart).
Shielded connectors
Formula: Shielding effectiveness in dB
Shielding effectiveness chart for UT0 and UTGS
S . E .
18
( d B ) = 1 0 x L o g
( )
P
P
o u t
i n