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Probe high-frequency probe

It is used in automotive electronics, semiconductor wafers, consumer electronics, and communication connectivity. Its key features are:
1. Low elasticity: Low pressure on the tested object, avoiding damage;
2. Low resistance: ensures accurate and efficient signal transmission; fast and stable current transmission: meets high-frequency testing requirements;
3. Advanced Technology: The use of Fine Barrel and gold plating is key to achieving high performance.
The probe was compared with competing products at room temperature, and the results showed significant advantages:
1. Resistance: After multiple cyclic tests, the probe's resistance value is lower than or comparable to that of competing products, demonstrating excellent conductivity stability.
2. Elasticity: The elasticity is significantly lower than that of competitors (after 100K cycles, the average elasticity is 106.4gf, while that of competitors is 121.5gf), which means that it has less impact on the test points and is safer.

    Product Description

    Application areas: Automotive electronics, semiconductor wafers, consumer electronics, communication connectivity, etc.
    Probe Models: The focus is on the L2 probe model, whose main features are miniaturization and high density.
    Minimum probe outer diameter: 0.13mm (corresponding to a spacing of 0.18mm)
    Minimum probe length: 2.0mm
    Supported pitch range: Covering various fine pitch requirements from 0.18mm to 0.80mm.
    Probe characteristics:
    Low elasticity: This results in less pressure on the object being tested, minimizing damage.
    Low resistance: Ensures the accuracy and efficiency of signal transmission.
    Fast and stable current transfer: meets high-frequency testing requirements.
    Advanced Technology: The use of Fine Barrel and gold plating is key to achieving high performance.
    Probe test report: Compared with competing products at room temperature, the results show significant advantages:
    Resistance: After multiple cycles of testing, the probe's resistance value is lower than or comparable to that of competing products, demonstrating excellent conductivity stability.
    Elasticity: The elasticity is significantly lower than that of competitors (average elasticity of 106.4gf after 100K cycles, compared to 121.5gf for competitors), meaning it experiences less impact on the test points and is safer.

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