CTV07R datasheet(6/54 Pages) AMPHENOL

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Tri-Start

test data

TRI-START, SERIES III

TYPICAL SHIELDING EFFECTIVENESS TEST DATA

EMI/EMP SHIELDING EFFFECTIVENESS dB

TESTING BY TRIAXIAL METHOD

TRI-START, SERIES III

TYPICAL SHIELDING EFFECTIVENESS TEST DATA

EMI/EMP SHIELDING EFFFECTIVENESS dB

TESTING BY MODE STIRRING METHOD

Test data beyond 2GHz is subject to equipment variation.

* Dependant on shell finish

NOTE: for test data information on the new

Clutch-Lok Tri-Start, high vibration connectors,

consult Amphenol Aerospace.

Amphenol® Tri-Start connectors provide

EMI/EMP shielding capability which exceeds

MIL-DTL-38999 Series III requirements.

The TV and CTV Series III connector with standard

solid metal to metal coupling, EMI grounding fingers

and conductive finishes has proven to be the ultimate

in EMI/EMP shielding effectiveness. The charts il-

lustrate shielding effectiveness data which is typical

of Tri-Start connectors tested with the nickel finish

(Class F-metal, Class M-composite) over a wide fre-

quency range.

The vibration capability of the Tri-Start Series is

shown in the chart below. This illustrates the most

severe vibration envelope of any qualified connec-

tor available today.

These capabilities along with a 200°C temperature

rating and superior moisture sealing protection pro-

vide the user with a connector that can withstand

the most rigorous application.

TRI-START

VIBRATION CRITERIA

140

120

100

200

300

400

500

600

700

800

NICKEL CLASS F, CLASS M

TYPICAL SHIELD EFFECTIVENESS DATA

FREQUENCY MEGAHERTZ

NICKEL CLASS F, CLASS M

MIL-DTL-38999 REQUIREMENTS

140

120

100

NICKEL CLASS F, CLASS M

TYPICAL SHIELD EFFECTIVENESS DATA

NICKEL CLASS F, CLASS M

MIL-DTL-38999 REQUIREMENTS

FREQUENCY GIGAHERTZ

500

5000

.0001

.001

.01

10.

10in/sec

.06 in DA.

3 axes @ – 55 C

ambient + 200 C*

60 G's

(Fail Safe: 3 axes

@ ambient

30 G's)

2 axes @

200 C *

(Fail Safe:

2 axes @

ambient)

2 axes @ ambient

6dB/octave

HERTZ

DOUBLE AMPLITUDE

(IN) SINE VIBRATION

POWER SPECTRAL

DENSITY (G

2/HZ)

RANDOM VIBRATION

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