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SRC Series ICT
The SRC8001A/SRC8001 series is an ultra-high-speed, networked online testing instrument.
Performance features of the SRC8001A/SRC8001 product series:
★ Fully Chinese Simplified/English Windows operating system—user-friendly software, delivering stable, secure, and reliable performance for easy operation!
● Equipped with photoelectric protection functionality, providing operators with maximum safety assurance.
● Exceptional compatibility: The fixture (needle bed) and programs for all major ICT models on the market can be freely integrated and converted.
★ Employs an independent CPU-embedded processor, enhancing test accuracy and stability.
★ Dual-channel high-speed synchronous acquisition technology significantly boosts testing speed.
★ Equipped with a DDS signal source, it requires no calibration and offers high frequency accuracy.
★ Modular hardware design and programmable testing methods make functional expansion even more convenient.
● Password protection feature: Data is secured across three levels—administrator, engineer, and operator—ensuring safe and reliable data management.
★ Employs database management for convenient data access and statistical analysis. With robust statistical features like numbers, charts, and curves, it provides the most reliable data to enhance process improvement and quality management.
★ Fully automatic discharge function ensures the discharge of circuit boards or components before and after testing, protecting both the system and the product under test.
● Utilizing a four-wire, eight-line testing technique eliminates lead resistance and probe contact resistance, ensuring more stable micro-resistance measurements.
● Extremely high test coverage and resolution, capable of measuring devices such as optocouplers, potentiometers, and connectors.
★ Up to 8-pin isolation per step, providing the best and most efficient testing conditions for components.
● Comprehensive self-check function: It can inspect AC, DC, channel boards, signal boards, I/O cards, and more, automatically displaying whether each component is functioning properly or if any issues are detected. This ensures the equipment operates at its most stable state, guaranteeing that the device remains in optimal condition before every task.
● Barcode Scanning: Scan the PCB’s serial number using a barcode reader to store test results, providing data for production or maintenance management.
● Capable of testing flexible printed circuit boards (FPC boards), as well as wires and soldered components.
● Flexible Expansion Options: Standard configuration includes 320 points, which can be expanded up to 2,496 points as needed (with 128-point switchboards), easily meeting the testing requirements of various products on the production line.
Specification Details
Test Point Count : Standard configuration includes 320 points, expandable up to 2,496 points. The switchboard features add-on open/short circuit testing modules, with each module providing 64 points.
1. Testing Method: Group Scanning
2. Programming Approach: Auto-Learning
3. Test threshold: 5Ω to 80Ω programmable
4. Test current: ≤10mA
5. Test speed: 1024 points < 1 second (fully open circuit)
Test voltage: Continuously adjustable between -10 and +5 V (relay switch board ranges from -10 V to +10 V)
Test current: 0.1 μA to 10 mA programmable (CMOS switch board: 0.1 μA to 20 mA)
Test speed: Average 10ms per step
Resistance test: 0.1Ω to 40MΩ. When below 1Ω, resolution is as fine as 10mΩ; above 1Ω, the accuracy is ±3%.
Capacitance test range: 5 pF to 40 mF, test accuracy: ±5%
Inductance: 1 μH to 250 H ±5%
Jump wire test threshold: 1Ω to 100Ω adjustable, test voltage: 2.5V
PN Junction Forward Conduction Characteristics: 0V to 5V
PN Junction Diode Curve Testing, Forward and Reverse Voltage Drop Testing
① Transistor On/Off Test ② Polarity Test: B-C-E Three-Pin Measurement Method ③ β Value Measurement
The voltage RELAY switch board supports up to 200V (optional), while the CMOS switch board is rated for a maximum of 10V.
Voltage regulator RELAY switch board ≤18V (optional), CMOS switch board operates from 0 to 12V
Frequency test: 0.1 Hz to 50 MHz (optional) ±0.1%
Digital transistor, 250mV–10V supply voltage, 10mA bias current
Typical transistor β values range from 1 to 1000, with a drive current of ≤10mA and an accuracy of ±5%.
Photoelectric coupler with 1mA to 10mA drive, producing a voltage variation ranging from 0.01V to 2.5V
Multi-pin devices such as optocouplers, field-effect transistors, thyristors, potentiometers, relays, connectors, and more
Drive current: 0–10 mA
Drive voltage: 0–10 V
Polarized Capacitor Three-Prong Measurement: 1 µF to 40 mF (Metal Enclosure)
IC pin PN junction scanning, voltage sensing test, three-pin voltage scan
Automatic isolation method: Automatic/manual setting, isolation points: up to 8 points per step
Isolation current: 0–10 mA CMOS switch board, 10 mA
Automatic discharge function: Before testing, discharge using either the dual-pin method or full-board discharge. CMOS discharge voltage must be below 15V, and Relay discharge voltage must be below 220V.
Mainframe computer brand-name machine
Memory: 256MB or higher,
Hard drive: 80GB,
CPU: Celeron 2.66GHz or higher
The pneumatic press features photoelectric protection and automatic probe contact detection capability.
Maximum measurable PCB: 500mm × 390mm × 100mm
Maximum stroke: 150 mm
Maximum pressure: 3925 N (0.5 MPa)
Installation Requirements
1. Power supply: AC 220V (1 ±10%) 50Hz ±5%
2. Grounding: Static Electricity Grounding
3. Environment: Temperature 10°C to 35°C
4. Air supply: 0.4–0.6 MPa
5. Humidity: 30% RH to 80% RH
6. External dimensions: 1000mm × 800mm × 1600mm
Scalable functional test items:
1 , Vibrators:
Testing the mobile phone vibrator—checking whether it rotates or not
2 • Varistor:
To test the quality of a varistor, accuracy ± 5%
3 , Photosensitive devices:
Testing the quality of photosensitive devices.
4 • Hall element:
Testing the performance of the Hall device.
5 • Measure frequency:
Measure the frequency value. Perform a frequency test on the point under test, where the signal source being measured is a small AC signal. ( Width
Value 1-8V) Or TTL Signal.
6 , Measure voltage ( 0-10V ):
Measuring the AC and DC voltages of the output allows you to test either the average value or the peak-to-peak value for signals with DC input.
Or the peak-to-peak value of the AC signal
7 • Measure current:
Output a constant DC voltage, measure the output current, and specify the test range. 0–80mA , accuracy ±
10%
8 • Static current:
Measuring the microampere-level static current of the device under test when it is not operating,
9 · Programmable power supply:
Power supplies can be customized to meet customer needs.
10 , Multi-channel Programmable Power Supply:
Simultaneously provides three voltage channels and one constant current channel.
11 Signal conditioning board:
A signal conditioning board specifically designed for detecting tiny voltage and current signals, featuring dynamic…
State filter, which can use software to set measurements for signals at specific frequencies.
12、 LED Testing ( RGB ):
Specifically designed for measurement LED The brightness (The frequency corresponding to the brightness of the LED under test) And colors.
13、 LED Brightness:
Using a dedicated brightness testing module, we will LED Glowing RGB The quantities are measured separately,
To achieve detection LED Brightness (The sum of RGB and component absolute values) The purpose is to measure, either by capturing images through a camera or otherwise.
LED Its weight, brightness, color, and more.
14 Large-current measurement LED ：
Measure brightness using the high-current test module.
15、 GPIB Test:
The software provides connectivity and control. GPIB The device's interface can be controlled via command instructions.
GPIB The equipment performs corresponding operations, such as sending voltage (programmable power supply) and testing frequency.
(Oscilloscope), etc.
16、 IIC Communication module
Employing a modular design for testing IIC Interface devices, which can be customized according to IIC The device's no
Yes, edit different test steps to run the tests.
17、FIN668 Functional Testing
Dedicated FIN668 Chip testing module.
18、 TVS Testing
For testing TVS Device breakdown voltage, reverse leakage current, and more.
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