FNIRSI LCR-TC1 Transistor Tester is a high-performance tester with built-in automatic calibration and an infrared decoder for remote control testing. It features a TFT color display and a built-in rechargeable lithium battery, making it a versatile tool for identifying and testing components.
Key Features:
Automatic Component Detection: Automatically identifies the component type and measures parameters.
Zener Diode Testing: Automatically detects Zener diodes within the range of 0.01V to 30V.
Self-Calibration: Automatic self-test with calibration to ensure accurate measurements.
IR Decoder: Decodes infrared remote control signals and displays the infrared waveform.
TFT Color Display: Measurement results are displayed using a 160×128 TFT graphic screen.
Li-ion Battery Voltage Detection: Monitors the internal lithium battery voltage during operation.
One-Key Operation: Simple, single-button interface for operating the device.
Auto Power-Off: Automatically powers off after a set timeout period to save battery life.
Built-in Rechargeable Battery: Includes a high-capacity rechargeable lithium-ion battery for extended use.
Multi-Language Support: Supports both English and Chinese display options.
Specifications:
Display: 160×128 TFT Color Screen
Zener Diode Measurement Range: 0.01V to 30V
Voltage Regulator Diode Measurement: Automatically measures voltage regulation up to 30V.
IR Decoder: Supports Hitachi IR coding with waveform display.
Power Supply: Built-in rechargeable lithium battery.
Size: 70mm x 90mm x 26mm (2.75 x 3.54 x 1.02 inches)
Warnings:
Do not immerse the device in water or expose it to heat sources.
Follow proper lithium-ion battery handling precautions for safety.
Package Contents:
1 * FNIRSI LCR-TC1 Transistor Tester
1 * Random Electronic Component Set
3 * Test Hooks
FNIRSI LCR-T7 Transistor Tester is another variant of the LCR tester series, known for its automatic calibration, high-performance MCU, and built-in rechargeable lithium battery. It’s designed to measure various components, with features optimized for safe and accurate testing.
Key Features:
Automatic Component Detection: Identifies and measures the parameters of transistors, diodes, resistors, capacitors, and inductors.
Self-Calibration: Automatic calibration ensures accurate measurements and operation.
Capacitance Measurement: Measures capacitance between 25pF to 100mF.
Inductance Measurement: Measures inductance between 0.01mH to 20H.
TFT Color Display: Uses a 160×128 color TFT screen for displaying measurement results.
One-Button Operation: Single-button operation for ease of use.
Auto Power-Off: Automatically powers off after a timeout to conserve battery life.
Built-in Rechargeable Battery: Includes a 3.7V rechargeable lithium-ion battery with voltage detection.
Multi-Language Support: Supports both English and Chinese display options.
Specifications:
Display: 160×128 TFT Color Screen
Diode Testing Range: Less than 4.5V
Zener Diode Detection Range: 0.01V to 20V
Capacitance Measurement Range: 25pF to 100mF
Resistor Measurement Range: 0.01Ω to 50MΩ
Inductance Measurement Range: 0.01mH to 20H
Triac Testing: IGT less than 6mA.
Power Supply: Built-in 3.7V rechargeable lithium-ion battery.
Size: 70mm x 90mm x 26mm (2.75 x 3.54 x 1.02 inches)
Warnings:
Always discharge capacitors before testing them.
Do not test components in live circuits or with electricity flowing through them, as this can damage the tester.
Do not test transformers or inductors in live circuits.
Do not immerse the tester in water or expose it to heat.
Package Contents:
1 * FNIRSI LCR-T7 Transistor Tester
1 * Random Electronic Component Set
3 * Test Hooks
General Usage Notes:
The testers come with easy-to-use test hooks for securely connecting components.
Automatic calibration is performed during startup, ensuring accurate results for each testing session.
Both testers provide graphical display modes for certain components, such as transistors and diodes.
Follow all safety precautions, especially regarding lithium-ion battery handling and capacitor discharge, to avoid damaging the testers.
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