Smart Tweezers is an LCR meter in a set of
tweezers. Smart Tweezers features a unique patented mechanical and electronic
design that integrates a highly accurate digital multimeter with a built-in high precision SMD
probes and a display. This light weight device can be easily held by one hand.
It is designed for component evaluation on a PCB or a production
line, component impedance testing and sorting of SMD
components. Smart Tweezers dramatically cuts the time
necessary to troubleshoot or debug a complex PCB
significantly simplifying process of locating a faulty component.
The integration of SMD probes and the display,
combined with an automatic recognition of a measurement mode
(R, C, and L) and the measurement range allow the
user to focus on the component under test.As a result, testing, sorting and evaluation
of components become more efficient and cost effective.
Inductance, Capacitance, Resistance
The primary display shows the present reading of the main impedance component (L,C, or R). The
secondary display (at the top of the LCD screen) shows the present reading of
the secondary impedance component, such as a parasitic resistance of the capacitor.
The Bar Graph provides an analog indication of the measured value.
Voltage
The Smart Tweezers is capable of
measuring voltage. In the AUTO MODE, it measures DC voltage from
100µV to 800mV. In the TRACE MODE, it shows an
oscilloscope-like picture of AC voltage.
Continuity/Open Test
The Smart Tweezers is designed for a
continuity test. The beeper sounds when a resistance reading
is below a threshold, or to indicate an open circuit.
Durable Probes
Tweezers tips are made of gold-plated non-magnetic stainless steel.
Ergonomic Design and Convenient Controls
Smart Tweezers features a JOG DIAL button to select
menu items for a selected function or to change settings.
Rotate the JOG DIAL button to select an item from a list of functions,
then push it down to activate the function.
User Manual in Adobe PDF Format
Specifications
in Adobe PDF format
Calibration Certificate |