Keysight 16196B/710: Precision SMD Test Fixture with Magnification and Tweezers

Features and Specifications: Keysight 16196B/710 Parallel Electrode SMD Test Fixture, Magnifying Lens and Tweezers, 16196 Series Product Overview: The Keysight 16196B/710 Parallel Electrode SMD Test Fixture is a versatile and precise tool designed for testing surface-mount devices (SMDs) with parallel electrodes. It features a magnifying lens and tweezers for enhanced visibility and precision during testing. Features: Parallel electrodes for testing SMDs with parallel terminals Adjustable electrode spacing for accommodating different device sizes Magnifying lens with 10x magnification for clear viewing Tweezers for precise handling of devices Compatible with Keysight 16196 Series test fixtures Specifications: Electrode spacing: 0.5 mm to 10 mm Magnification: 10x Tweezers: Anti-static, non-magnetic Dimensions: 100 mm x 100 mm x 50 mm Weight: 200 g What’s in the Box: 16196B/710 Parallel Electrode SMD Test Fixture Magnifying Lens Tweezers Benefits: Enhanced visibility: The magnifying lens provides a clear and magnified view of the device under test, enabling precise measurements and inspections. Precision testing: The adjustable electrode spacing allows for accurate testing of devices with different terminal sizes. Convenient handling: The tweezers facilitate precise handling of devices, preventing damage or contamination. Compatibility: The fixture is compatible with the Keysight 16196 Series test fixtures, providing a complete testing solution. Value to the Customer: The Keysight 16196B/710 Parallel Electrode SMD Test Fixture offers exceptional value to customers by: Improving testing accuracy: The precise electrode spacing and magnifying lens ensure accurate measurements and reliable test results. Enhancing productivity: The convenient handling and compatibility with other test fixtures streamline the testing process, saving time and effort. Protecting devices: The anti-static and non-magnetic tweezers prevent damage to sensitive devices during handling.