Keysight 16034H: Precision SMD Array LCR Test Fixture for Accurate Component Characterization
$2,009.00
Keysight 16034H SMD Array Type LCR Test Fixture: Accurately measure inductance, capacitance, and resistance of surface-mount devices (SMDs) with this high-performance test fixture. Its compact design and easy-to-use interface make it ideal for production testing and R&D applications.
Keysight 16034H SMD Array Type LCR Test Fixture Product Overview: The Keysight 16034H SMD Array Type LCR Test Fixture is a high-performance test fixture designed for accurate and efficient characterization of surface-mount devices (SMDs) in an array format. It features a compact and modular design, making it ideal for use in both production and R&D environments. Features and Specifications: Wide frequency range: 100 Hz to 10 MHz High accuracy: ±0.1% basic accuracy Low inductance: <1 nH Low capacitance: <1 pF High current capacity: Up to 10 A Compact and modular design: Easy to integrate into automated test systems Compatible with various SMD sizes: Supports 0201 to 1210 packages User-friendly software: Intuitive interface for easy setup and control What’s in the Box: Keysight 16034H SMD Array Type LCR Test Fixture Calibration certificate User manual Benefits: Accurate and reliable measurements: Ensures precise characterization of SMDs for optimal performance. High throughput: Enables fast and efficient testing of multiple SMDs simultaneously. Versatile and flexible: Supports a wide range of SMD sizes and configurations. Easy to use: Intuitive software and modular design simplify setup and operation. Value to the Customer: The Keysight 16034H SMD Array Type LCR Test Fixture provides exceptional value to customers by: Improving product quality: Accurate measurements ensure reliable and high-performing SMDs. Reducing test time: High throughput and automation capabilities accelerate testing processes. Simplifying test setup: User-friendly software and modular design minimize setup time and effort. Enhancing R&D capabilities: Enables comprehensive characterization of SMDs for advanced research and development.
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