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Test & Burn-In Sockets
Part Number Product Type Package Dimensions Pad Count Compatible Parts Documents
AXS-1612-04-01C
Crystal 1.6 x 1.2mm 4 Pad ABM12 View Docs
AXS-1612-04-01C Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2012-02-04
32kHz Crystal 2.0 x 1.2mm 2 Pad ABS06 View Docs
AXS-2012-02-04 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2016-04-04
Oscillator 2.0 x 1.6mm 4 Pad ASA View Docs
AXS-2016-04-04 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2016-04-04C
Oscillator 2.0 x 1.6mm 4 Pad ASA View Docs
AXS-2016-04-04C Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-04-01
Oscillator 2.5 x 2.0mm 4 Pad ASD, ASDM, AP2S, AP2SM View Docs
AXS-2520-04-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-04-05
Oscillator 2.5 x 2.0mm 4 Pad ASD, ASDM View Docs
AXS-2520-04-05 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-04-07
Oscillator 2.5 x 2.0mm 4 Pad ASDK, AP2S View Docs
AXS-2520-04-07 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-04-08
Oscillator 2.5 x 2.0mm 4 Pad ASDK, ASVTX-12 View Docs
AXS-2520-04-08 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-04-09
Crystal 2.5 x 2.0mm 4 Pad ABM10 View Docs
AXS-2520-04-09 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-04-10
Crystal 2.5 x 2.0mm 4 Pad ABM10 View Docs
AXS-2520-04-10 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-04-11
Oscillator 2.5 x 2.0mm 4 Pad ASD, ASDM View Docs
AXS-2520-04-11 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-06-01
Oscillator 2.5 x 2.0mm 6 Pad View Docs
AXS-2520-06-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-2520-06-07
Oscillator 2.5 x 2.0mm 6 Pad View Docs
AXS-2520-06-07 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3030-06-03
SAW Device 3.0 x 3.0mm 6 Pad View Docs
AXS-3030-06-03 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3215-02-01
32kHz Crystal 3.2 x 1.5mm 2 Pad ABS07 View Docs
AXS-3215-02-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3215-02-05
32kHz Crystal 3.2 x 1.5mm 2 Pad ABS07 View Docs
AXS-3215-02-05 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-02-01
Crystal 3.2 x 2.5mm 2 Pad - View Docs
AXS-3225-02-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-01
Crystal 3.2 x 2.5mm 4 Pad ABM82 View Docs
AXS-3225-04-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-02
Crystal
Oscillator
3.2 x 2.5mm 4 Pad ABM8, ASEV, ASEM View Docs
AXS-3225-04-02 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-04
Crystal 3.2 x 2.5mm 4 Pad ABM81, ABM82 View Docs
AXS-3225-04-04 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-05
Oscillator 3.2 x 2.5mm 4 Pad ASET, ASEK View Docs
AXS-3225-04-05 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-06
Oscillator 3.2 x 2.5mm 4 Pad ASE3, ASE5, AP3S, ASVTX-11, ASEV View Docs
AXS-3225-04-06 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-07
Crystal
Oscillator
3.2 x 2.5mm 4 Pad ABM8G, ASE, ASE2, ASE4, ASVTX-11 View Docs
AXS-3225-04-07 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-08
Oscillator 3.2 x 2.5mm 4 Pad ASE3, ASE5, ASVTX-11, ASEV View Docs
AXS-3225-04-08 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-10
Oscillator 3.2 x 2.5mm 4 Pad ASE, ASE2, ASE4 View Docs
AXS-3225-04-10 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-04-12
Crystal 3.2 x 2.5mm 4 Pad ABM8 View Docs
AXS-3225-04-12 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3225-08-01
Oscillator 3.2 x 2.5mm 8 Pad View Docs
AXS-3225-08-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3838-06-01
SAW Device 3.8 x 3.8mm 6 Pad View Docs
AXS-3838-06-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-3838-08-01
SAW Device 3.8 x 3.8mm 8 Pad View Docs
AXS-3838-08-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-4115-02-06
32kHz Crystal 4.1 x 1.5mm 2 Pad ABS09 View Docs
AXS-4115-02-06 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-4918-02-11
32kHz Crystal 4.9 x 1.8mm 2 Pad ABS10 View Docs
AXS-4918-02-11 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-5032-02-06
Crystal 5.0 x 3.2mm 2 Pad ABH3 View Docs
AXS-5032-02-06 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-5032-04-02
Crystal
Oscillator
5.0 x 3.2mm 4 Pad ABM3B, ABM53C, ASF1, ASFL1, ASFL2, ASFL3, ASFLT,ASFLK, ASFLV, ASFV, ASTX/ASVTX-09, ASTX-H08/H09, AP5S, ASFLP, ASSFL View Docs
AXS-5032-04-02 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-5032-04-04
Crystal
Oscillator
5.0 x 3.2mm 4 Pad ABM3B, ABM53C, ASF1, ASFL1, ASFL2, ASFL3, ASFLT,ASFLK, ASFLV, ASFV, ASTX/ASVTX-09, ASTX-H08/H09, AP5S, ASFLP, ASSFL View Docs
AXS-5032-04-04 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-5032-04-06
Crystal
Oscillator
5.0 x 3.2mm 4 Pad ABM3B, ASFLT, ASF1 View Docs
AXS-5032-04-06 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-5032-04-07
Crystal
Oscillator
5.0 x 3.2mm 4 Pad ABM3B, ASFLM View Docs
AXS-5032-04-07 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-5032-04-12
Crystal
Oscillator
5.0 x 3.2mm 4 Pad ABM3B, ASF1 View Docs
AXS-5032-04-12 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-5032-06-02
Oscillator 5.0 x 3.2mm 6 Pad View Docs
AXS-5032-06-02 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-5032-06-08
Oscillator 5.0 x 3.2mm 6 Pad View Docs
AXS-5032-06-08 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-7050-04-01
Crystal
Oscillator
7.0 x 5.0mm 4 Pad ABH4B, ABMM, ABM75C, ASV, ASL, ASV1, ASSVP, ASVP, AP7S View Docs
AXS-7050-04-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-7050-04-02
Crystal 7.0 x 5.0mm 4 Pad ABH4B, ABMM, ABM75C View Docs
AXS-7050-04-02 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-7050-04-12
Oscillator 7.0 x 5.0mm 4 Pad ASV2, ASVK, ASSVP, ASVP, AP7S View Docs
AXS-7050-04-12 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-7050-04-17
Oscillator 7.0 x 5.0mm 4 Pad ASV2, AP7S View Docs
AXS-7050-04-17 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-7050-06-03
Oscillator 7.0 x 5.0mm 6 Pad ABFM, ASPE View Docs
AXS-7050-06-03 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-7050-06-05
Oscillator 7.0 x 5.0mm 6 Pad ABFM, ASPE View Docs
AXS-7050-06-05 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-7050-06-07
Oscillator 7.0 x 5.0mm 6 Pad ABNM, ALD, ALVD, ASVV, ASLV View Docs
AXS-7050-06-07 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-7050-06-13
Oscillator 7.0 x 5.0mm 6 Pad ABNM, ALD, ALVD, ASVV, ASLV View Docs
AXS-7050-06-13 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window
AXS-8045-02-04
Crystal 8.0 x 4.5mm 2 Pad ABM2 View Docs
AXS-8045-02-04 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
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AXS-1147-02-02
Crystal 11.4 x 4.7mm 2 Pad ABLS View Docs
AXS-1147-02-02 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
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AXS-1155-04-01
Crystal 11.8 x 5.5mm 4 Pad ABC2 View Docs
AXS-1155-04-01 Support Documents
Description
• Accurate and reliable testing of frequency control devices
• Contact force ideal for avoiding measurement error
• Highest quality socket available
• Clam shell design for easy open and close
• Reliable gold plated POGO pins
• Suitable for high temperature burn-in test
• Operating Temperature: -30 ~ +150°C
Applications
• Design stage component engineering evaluation
• Supplier comparison tests
• High temperature burn-in board testing
• Prototyping
Close Window

 
Abracon LLC., 2 Faraday, Suite# B | Irvine | CA 92618
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