ADVANCED ANALYSIS / TEST

High Speed HTOL

    High speed HTOL (High Speed (Production) HTOL Test/Assessment)

    • A high-speed frequency operation test is required for parts that cannot be operated in the existing HTOL test (10Mhz) due to an increase in the semiconductor operation frequency
    • If the signal is not transmitted correctly in the digital system, malfunction or normal operation cannot be performed
    • Verification of semiconductor initial design, strengthening semiconductor shipment quality competitiveness, and reducing quality costs in the future through high-speed (production) testing/evaluation

    Equipment Specifications

    HSB5000 Equipment Specifications
    temperature socket 80
    temperature system 1target = 1temperature control
    temperature system ambient to 150° C
    burn-in board 4
    power/pattern zone 1
    temperature uniformity ±2℃
    memory depth 15Mbit
    HSB5000 Equipment power specification
    V1 0 ∼ +30 V 20A board Based on Chapter 4
    V2 0 ∼ +30 V 20A
    V3 0 ∼ +30 V 20A
    V4 0 ∼ +30 V 20A
    V5 0 ∼ +30 V 20A
    V6 0 ∼ +30 V 20A
    V7 0 ∼ +30 V 20A
    V8 0 ∼ +30 V 20A
    HSB5000 Equipment vector specification
    4 Slot / Equipment ch number Operating Frequency Vil / Vih level
    zone 0 slots 1,2,3,4 24CH differential signal 2Ghz~ 0.2 ~ 0.8 LVDS signal

    Bathtub curve

    • ▶ ▶ Stabilizer: In a stable state where initial defects have been removed, defects occur constantly in the section where the user uses the product
    • The high speed test is conducted for the purpose of conducting the HTOL test in the User Operation Test environment.
      Limitations of accelerated life test equipment (Max. 10Mhz) is a self-developed high speed board system technology designed to test 3GHz class HTOL close to the actual operating environment.
      By conducting high-speed (operational) testing/assessment, the initial design verification of semiconductors, the quality competitiveness of semiconductors can be strengthened, and the quality cost of future production can be reduced.