1- Key Product Features
Multi-purpose Support: Ability to test and measure various transistors, capacitors, resistors, inductors, diodes, MOSFETs, and batteries.
Anti-Burn Protection: Automatic discharge of capacitors with stored charge to prevent damage to the device's internal board.
Smart Detection: Automatic identification of component type, parameters, and pin configuration without manual settings.
Infrared Analysis: Decoding and analysis of NEC infrared protocol for troubleshooting remote controls.
Modular Design: Utilizes a replaceable test socket (Patch Seat) to increase device lifespan and efficiency.
Color Display: Equipped with a 1.44-inch panel for precise data and component graphs display.
2- Brief and Concise Product Description
The FNIRSI LCR-P1 component tester is a precise and multifunctional measuring tool specifically developed for electronics engineers, repair technicians, and circuit design enthusiasts. This device quickly analyzes semiconductor components such as BJT transistors, diodes, and various FETs, providing comprehensive information about the health status and technical specifications of the component.
This product, powered by a 300mAh lithium battery and Type-C charging port, is recognized as a portable and pocket-sized tester. Its automatic component and pin arrangement detection minimize human error during troubleshooting and significantly increase work speed in electronics labs.
3- Product Technical Specifications Table
Technical Specification
Value / Description
Brand
FNIRSI
Model
LCR-P1
Product Dimensions
71x87x28 mm
Display Type
1.44-inch color digital
Transistor Test Range
10 < B < 600
Capacitor Range
25 picofarads to 100 millifarads
Inductor Range
10 microhenry to 1000 microhenry
Resistance Range
0.01 ohm to 50 megaohm
Diode Test
Forward voltage less than 4.5 volts
Zener Diode
0.01 to 4.5 volts / 0.01 to 32 volts
Supported Transistors
JFET / IGBT / MOSFET
Triac
Turn-on voltage < 5 volts, trigger current < 6 mA
IR Decoding
NEC infrared protocol
Power Source
300mAh lithium battery
Operating Temperature
0 to 40 degrees Celsius
Charging Port
USB Type-C (5V/1A)
Anti-Burn Protection
Yes (automatic capacitor discharge)
Firmware Update
Supported
4- Full Product Introduction and Expert Review
The FNIRSI LCR-P1 goes beyond a typical multimeter and acts as a specialized semiconductor tester, bridging the gap between simple measuring tools and advanced laboratory equipment. Below is an analysis of various aspects of this device.
Technical Analysis and Protective Mechanism
One of the main challenges when using testers is device damage caused by connecting undischarged capacitors. The LCR-P1 uses an anti-burn protection circuit that automatically discharges excess charge from the capacitor upon connection before starting measurement. This feature ensures device safety in fast-paced repair environments.
Practical Troubleshooting Capabilities
In addition to measuring capacitance and resistance, this device includes a dedicated channel for testing Zener diodes up to 32 volts. Its infrared decoding capability makes it a key tool for audio and video repair technicians to verify the correct transmission of codes by remote controls.
Price Guide and Purchasing the FNIRSI LCR-P1 Tester
In the measurement equipment market, the LCR-P1 price is considered very competitive due to the integration of multiple tools (capacitance meter, inductance meter, transistor tester, and IR analyzer). When purchasing the LCR-P1, note that it complements tools like oscilloscopes and multimeters on the engineering bench rather than replacing them directly, significantly speeding up faulty component identification.
Strengths and Limitations
Strengths: Very compact size, single-button operation, high accuracy in MOSFET identification, and a color display with good resolution.
Limitations: Voltage limitation when testing some industrial triacs with high trigger current and the display size, which may seem small for long-term analysis.
5- Target Customers
Electronic Board Repair Technicians: For quick troubleshooting of SMD and DIP components on power supply and motherboard boards.
Circuit Designers and Electronics Engineers: For matching transistors and initial testing of components before assembly.
Electronics Students and Trainees: As an affordable educational tool for learning about various semiconductors.
Remote Control Repair Technicians: To test transmitted codes and the health of infrared transmitters.
Electronic Component Sellers: To test component health at the point of sale.
6- Frequently Asked Questions (FAQ)
Does this device support measuring high-capacity capacitors?
Yes, the LCR-P1 can measure capacitors up to 100 millifarads (100,000 microfarads), but for higher accuracy, it is recommended to manually discharge very large capacitors before testing (although the device has an internal protection system).
What is the difference between regular diode testing and Zener diode testing on this device?
Regular diodes are tested in the main socket with voltages below 4.5 volts, while a dedicated section is provided for Zener diodes capable of measuring breakdown voltages up to 32 volts.
How can the device firmware be updated?
By connecting the device to a computer via the Type-C port and downloading the relevant files from the official FNIRSI website, software upgrades can be performed.
Is the device battery replaceable?
The device uses an internal lithium battery charged via USB. If replacement is needed after the battery's lifespan ends, the device casing must be opened and the battery replaced with one of similar specifications.
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