Stock
Check

Signal & Power Integrity Components Business EMI & Surge Components & Modules
Filtered Connector Quality Acceptance Test Specifications
All filtered connectors undergo extensive testing to assure that all product meets our high quality expectations. Many of the tests are performed 100% as routine and others are carried out on a sample basis when this is deemed more meaningful.
Visual
The connectors shall be manufactured and processed in a careful and workmanlike manner in accordance with good design and sound practice. All connectors shall be checked 100% to insure dimensions are as shown in this catalog.
Capacitance
Checked on 100% of the contacts per detailed specifications when measured @ 25°C, 1 KHz, 0.1 to 1.0VRMS. On insulated feed-thru lines, the maximum capacitance is 25 pF.
Dissipation factor
4% maximum, checked 100% @ 25°C, 1KHz, 0.1 to 1.0VRMS
Dielectric withstanding voltage
Performed on 100% of the filtered contacts. The test voltage unless otherwise specified will be 2.5 times the working voltage as specified at 25°C. This voltage will be applied for 1 to 5 seconds with the charging current limited to 50 milliamps.
 
 Contact the Compliance Testing Representative Contact a Compliance Representative  
Insulation resistance
Performed on 100% of the filtered contacts at 25°C. The minimum acceptance level will be 1000 megohms at 25°C and 100 megohms at 125°C if required. This test will be carried out in accordance with MIL-STD-202 Method 302, test voltage of 100VDC or at rated voltage whichever is less.
Insertion loss
Performed on a sample quantity of filtered contacts, minimum acceptance levels as specified by typical insertion loss graphs.
Resistance to ground
The RDC on ground lines is 5 milliohms max.
Marking
As a minimum, all connectors shall have the Spectrum part number, date code and logo. Upon request, customer specified marking can be incorporated into the manufacturing cycle.
Special Testing
Spectrum has a fully qualified test laboratory and is willing to provide additional acceptance testing upon customers request, at minimal additional costs.
Minimum Design Specifications
All of the filtered connectors are designed to meet minimum standards shown in table below.
Environmental Performance
  Test* MIL-STD-1344 MIL-STD-202  
  Description Method Condition Method Condition   Comments**
  Vibration - - 204 G   30G for 10 to 2000 Cycles
  Thermal Shock - - 107 A-1   Except Step 3 is +125 degrees C
  Immersion 1016 - 104 A   -
  Salt Spray 1001 - 101 B   -
  Moisture Resistance 1002 II 106 -   Except Step 7
  Shock 2004 - 213 I   -
  Barometric Pressure 3001 - 105 C   125% rated voltage
  Resistance to Solder Heat - - 210 B   -
  Terminal Strength - - 211 A   The applied force shall be 5 lbs.
  Contact Resistance - - 307 -   .0152 max.
  Life - - 108 D   1000 hrs.
  Durability - - - -   500 cycles
  Solderabilty - - 208 -   -

Performance Tests

Contact the Compliance Testing Representative
To:
Compliance Testing Representative
From * :
Message * :
Optional Information
Name:
Company:
Address:
 
City:
State / Province:
Postal Code:
Country:
Phone:
* - Indicates a Required Field.
Spectrum Control Inc. respects the privacy of its website visitors.
All information recieved through our website will remain confidential
and will only be used to identify and better serve our customers.
Cookies are only used on our site to enhance and expedite the user's
experience within our web applications.
   Home   ::   About Us   ::   Contact Us   ::   Partners   ::   Corporate Site   ::   Privacy Policy   ::   Terms & Conditions   ::   Product Compliance   
 
Spectrum Sensors & Controls Inc.
Spectrum Signal & Power Integrity
Spectrum Microwave Components & Systems
Spectrum Power Management Systems
 
Spectrum Sensors
& Controls
Spectrum Signal
& Power Integrity
Spectrum Microwave
Components & Systems
Spectrum Power
Management Systems
 
EMI & Surge Components & Modules
8061 Avonia Road  ·  Fairview, PA  ·  Phone: 814-474-1571  ·  Fax: 814-474-3110
Copyright © 2006     Spectrum Control Spectrum Control, Inc.    All Rights Reserved