LCR-T4 Graphical Transistor Tester ESR Meter & LCR Meter with 12864 LCD for Arduino & DIY Labs

product-image-0
20

LCR-T4 Graphical Transistor Tester ESR Meter & LCR Meter with 12864 LCD for Arduino & DIY Labs

$6.39 $7.99

OverviewThe LCR-T4 is a multi-function graphical tester that automates the identification of electronic components. It features an easy-to-use ZIF (Zero…

Category: Others
SKU: QNLJ663661294660

Overview

The LCR-T4 is a multi-function graphical tester that automates the identification of electronic components. It features an easy-to-use ZIF (Zero Insertion Force) socket and a single-button operation. When a component is placed in the tester, it automatically detects the type (NPN, PNP, N-channel MOSFET, JFET, etc.) and displays the pin configuration along with key parameters like Gain (hFE), Threshold Voltage (V_{gs}), and Equivalent Series Resistance (ESR).

Key Features

  • Automatic Detection: Automatically detects NPN/PNP transistors, MOSFETs, Diodes, Dual Diodes, Thyristors, Resistors, Capacitors, and Inductors.

  • Graphical 12864 LCD: Displays results on a high-resolution backlit screen with clear icons for pinout identification.

  • ESR Measurement: Vital for checking the health of electrolytic capacitorsidentifies dry capacitors that a standard multimeter might miss.

  • Single Button Operation: Features an auto-power-off function to preserve the 9V battery life.

  • Protective Acrylic Case Compatible: Designed with mounting holes for easy installation into a clear acrylic shell (sold separately).

Technical Specifications

Feature Specification
Microcontroller ATmega328 (Arduino compatible core)
Display 12864 Backlit LCD
Resistance Range 0.1 Omega 50M Omega
Capacitance Range 25pF 100,000 mu F
Inductance Range 0.01mH 20H
Power Supply 9V Layer-built Battery (6F22)
Testing Speed ~2 seconds (Larger capacitors take longer)
Standby Current 20nA

Measurement Capabilities

  • Transistors: Gain (hFE), Gate Threshold, Junction Capacitance.

  • Diodes: Forward Voltage, Diode Capacitance, Reverse Leakage.

  • Capacitors: ESR value and $V_{loss}$ (Voltage Loss).

Reviews (0)

There are no reviews yet.

Your Review