Adjustable Digital Bridge Test Fixture, Frequency Range DC-30MHz | LCR/RCL Chip Capacitance Tester, High Precision, for SMT/SMD Components Tester Multi-Meter
【Extensive SMD Component Coverage】Supporting SMD components from 0201 to 1812 sizes, this SMD digital bridge test fixture can handle critical testing scenarios such as ≥100kHz testing, ≤3pF capacitors, or ≤1uH inductors, easily meeting daily measurement needs.
【Wide Frequency and Bias Range】This adjustable digital bridge test fixture operates within a DC-30MHz frequency range with a maximum bias voltage of ±42V, enabling stable high-frequency testing of SMD capacitors and inductors while maintaining accuracy for miniature components.
【Multi-functional Tester Integration】This high-precision capacitor test fixture seamlessly connects with LCR digital bridges, precision testers, capacitance/inductance meters, and mainstream equipment, eliminating compatibility issues and enabling efficient workflows.
【Gold-Plated Precision Contacts】Our fixture features gold-plated leads, ensuring superior contact accuracy and minimizing measurement errors, thus providing reliable data for demanding electronic component testing and R&D verification.
【Plug and Play】This adjustable digital bridge test fixture features an integrated, assembly-free design, allowing for immediate use and significantly saving time and greatly improving testing efficiency, thereby instantly boosting productivity.
Description
The SMD/Surface Mount Test Fixture, specifically engineered for precise testing of surface mount devices. This fixture operates within a frequency range of DC to 30MHz and accommodates a maximum DC bias of ±42V.
Specifications:
Product Name: SMD Digital Bridge Test Fixture
Frequency Range: DC-30MHz
Maximum DC Bias: DC ±42V
Applicable SMD Component Range: 0201-1812
Product Dimensions: 127.8×76mm/5×3in
Package Dimensions: 22×12×5.8cm/8.7×4.7×2.3in
Gross Weight: 500g
Package List:
1 × SMD Digital Bridge Test Fixture
Notes:
Please allow the slight color difference caused by the shooting light and 1-3cm error due to manual measurement.