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RAVONX Series

Products engineered in-house

ESD test platforms, reliability-lab software and custom test machines — developed, documented and supported by our own engineering team.

Now accepting orders

RAVONX1 · JEDEC JESD22-C101 / ESDA STM5.3.1

CDM Test System

A fully automated Charged Device Model ESD test system for production and R&D — with multi-height package testing, oscilloscope-coupled waveform verification and smart recovery.

Universal Package Builder: Ball, Pad, Gull-wing, DIP and Power-tab zones
Height-variable testing for mixed-height packages
Real-time waveform capture with Ipk1, Ipk2, Tr and FWHM measurement
Green / Yellow / Red result classification with tower lamp
Recovery Test — resume from any interrupted state
Result Viewer with filters and export (XML, JPEG, PNG, TRN+OUT)

Test voltage	±25 V to ±2,000 V (±10 V steps)
Polarity / stress style	Positive, Negative, Alternating · Zigzag / Unidirectional
Supported packages	BGA, QFN, DIP, Gull-wing, SOP, LCC, custom
Test area	4 × 4 in. (10.2 × 10.2 cm)
X / Y motion	25.4 µm min. step, ±6 µm accuracy
Z travel	38.1 mm, ±6 µm accuracy
Communication	USB, LAN, VISA / SCPI (oscilloscope)
Dimensions / weight	600 × 600 × 1,100 mm · 80 kg
Power	90 – 240 V AC, 2,200 W max

Specifications subject to change without notice.

Pre-order · specifications under validation

RAVONX2 · HBM-MM-LU · models 512 / 2048

RAVONX2 — HBM, MM & Latch-Up Test System

One modular platform combining Human Body Model, Machine Model, Latch-Up and V/I characterisation. Configure stress sequences, compare pre- and post-stress measurements and export results for engineering review.

Relay-matrix Wedge Boards: 16-channel (512 model) or 32-channel (2048 model)
Up to 8 V/I Boards routed to any DUT output, plus Ground and HV inputs
Oscilloscope event trigger; XML / JSON test plans and results
Interlocked test cover and three-colour status indicator
Waveform and transient control for HBM, MM and V/I (proposed)

Test functions	HBM, Machine Model, Latch-Up, V/I characterisation
Models / channels	RAVONX2-512: up to 512 · RAVONX2-2048: 513 – 2,048
HBM range¹	25 V – 12 kV, 1 V programming step
MM range¹	25 V – 1.5 kV, 1 V programming step
Bipolar V/I output²	−300 V to +300 V; 50 W / 2 A per V/I Board
Measurements	Voltage/current checks, leakage, curve tracing
Enclosure (W×D×H)	600×600×900 mm (512) · approx. 900×900×900 mm (2048)
Method references	ANSI/ESDA/JEDEC JS-001, AEC-Q100-002, JEDEC JESD78, AEC-Q100-004

¹ Platform ranges require configuration-specific verification; a 1 V programming step is not an accuracy rating. ² V/I specifications are design targets pending validation. Standard references do not imply certification. Pricing depends on model, channel count and V/I Board quantity.

In service

H-RTCM · v1.0.4

HAST Real-Time Chamber Monitoring

Windows software that monitors and controls Highly Accelerated Stress Test (HAST) chambers: chamber environment and every bias power supply in real time, with the whole test lot run automatically from start to finish.

Temperature, humidity and pressure from a Modbus TCP environment sensor
Sequenced control of multiple PSUs (BK Precision 9201B, ITECH IT6000) over SCPI/TCP
Lot management: auto-start, pre-run soak, auto-wait and post-test ramp-down
Passed / Good / Remaining time tracking; suspend and continue
Alarm log with e-mail notification; CSV logging with daily rollover
Excel report with raw data, environment and PSU charts; DUT board mapping (8 slots)
Light, Dark and Classic themes; password-protected engineer settings

In service

RAVONX Data Logger Pro

Industrial Multi-Channel Data Logger

Equipment-centric data logging for labs and production: live gauges, trend history, calibration and alarm notifications for temperature, humidity, pressure, flow, electrical, level, weight, vibration, pH and more.

Supports BLIIOT BL192 Pro, Keyence TR-W500 (Modbus TCP), WISCO AI210 (RS-232) and RAVONX hardware
Linear calibration per channel; wet-bulb humidity calculation
Running / Idle / Offline machine-state detection
CSV logging, Excel reports and REST API push (JSON/CSV)
Email, LINE and Telegram alerts with daily summaries
Password-protected calibration and data tools

In service

RAVONX · v1.0

RAVONX Roller Tester

Servo-driven endurance tester for roller assemblies, developed for LG Electronics Thailand: a speed-controlled drive axis, five pressure axes and five load-cell channels, operated from a Windows touch screen.

Main drive axis 100 – 2,800 RPM
Five roller-pressure axes (Y1 – Y5) and five load-cell channels
Beckhoff TwinCAT ADS communication
Cumulative test timer (e.g. 1,000 h) that resumes after power loss
Zero / span / tare calibration; daily CSV results and event logs
E-STOP and alarm-lamp integration; operating, service and installation manuals

RAVONX SIR Application — live SIR trend, leakage current, temperature and humidity

In development

RAVONX SIR · IPC-TM-650 2.6.3.7

Surface Insulation Resistance Test System

Complete SIR test system for PCB coupons: a 24-channel relay-matrix board keeps DC bias on every channel and switches each channel in turn to the electrometer, while the RAVONX SIR Application runs the test, monitors the environment and judges the result.

Test method IPC-TM-650 2.6.3.7; QAV profile with 10 V (standard) or 50 V stress bias
Keithley 6517A electrometer via GPIB / VISA — resistance and leakage current
BL192 Pro data logger for dry-bulb temperature and %RH
Live SIR trend chart (log scale), measurement table, event log and environment monitor
Soak, pre-conditioning and checkpoint scheduling; min SIR threshold with automatic PASS / FAIL
24-channel relay carrier board rated for 50 V or 100 V DC bias, with break-before-make switching; STM32 controller
Project, board, lot and customer information saved with every report
Customisable to order: channel count, bias voltage, fixtures, instruments and report format

UEST HTOL Signal Board rev.1 — FPGA, USB, Ethernet, microSD and VG96 edge connector

Oscilloscope verification: φ1 / φ2 phase-clock pair at 500 kHz

Verified

HTOL Signal Board rev.1 · FPGA Clock Generator

HTOL Signal Board — FPGA Clock Generator

FPGA-based clock and data-pattern generator that drives HTOL (High Temperature Operating Life) and burn-in criteria driver boards, with every output verified on an oscilloscope.

FPGA with heat sink, 3.3 V regulator, USB, Ethernet and microSD
24 outputs to the criteria driver board through a VG96 edge connector
φ1 / φ2 phase-clock pair at 500 kHz with 0.5 µs phase shift, plus inverted *φ1 / *φ2
D0 – D13 binary-divided data clocks from 250 kHz down to ~30 Hz
RST pulse (64 µs low, 16 s period) and test clocks from 1 MHz to 3 MHz
Measured frequency error within ±0.2% of specification (Tektronix 2.5 GS/s)
Customisable clock map, frequencies and connector pin-out

Available to order

CROS & Bend Test · Capacitance Resistance Open & Short

CROS & Bend Test System

Automated multi-channel board verification in one platform: capacitance, resistance and open/short (CROS) measurement, plus Bend Test with programmable power supplies feeding the board during stress — all with QR-code recipes and traceable pass/fail records.

CROS mode: resistance, capacitance and open/short on VCC, VBB, VDD, VEE and V++ rails
Bend Test mode: programmable power supplies power the board and monitor current during bending
Continuous electrical monitoring by multimeter throughout the test; chamber control supported
Test fixture with mechanical interlock for multiple board types
QR / barcode scanning loads the test recipe for each board
Relay switching between measurement unit, power supplies and board rails
Real-time PASS / FAIL display; CSV / Excel / PDF export and SQL database logging
Customised board rack, connectors and pin assignment per customer

Test modes	CROS (capacitance / resistance / open-short) · Bend Test
Accuracy	±0.05% of reading
Power supply	1 – 5 programmable PSU channels with current monitoring
Communication	Ethernet TCP/IP, USB 2.0
Data	CSV / Excel / PDF export, SQL database
Input power	100 – 240 V AC ±10%, 50/60 Hz

Customization · Made to order

Built to your requirements

Every RAVONX system can be customised — or built from scratch — to match your DUT, test standard, lab workflow and budget.

Discuss your requirements

Hardware configurationChannel count, voltage and current ratings, relay matrix, fixtures and DUT sockets.
Instrument integrationUse your existing oscilloscopes, electrometers, power supplies, chambers and data loggers.
Software & reportsCustom UI, test recipes, pass/fail rules, Excel/PDF report formats and database or MES links.
Mechanical & site fitEnclosure size, safety interlocks, tower lamps and layout adapted to your lab or production line.
Support after deliveryInstallation, training, manuals (EN/TH), upgrades and on-site service.

Custom solutions

Engineered-to-order systems

Configurable platforms we design around each customer’s boards, DUTs and lab workflow.

Machine Design & Automation

Custom automation machines, jigs and fixtures built to your process.

Concept design, 3D / 2D drawings and BOM
Loader, clamping, sorter and inspection modules
Machine assembly, wiring and control programming
Turnkey delivery with on-site installation

Smart Burn-in Driver Board

Scalable burn-in system with MCU/FPGA driver boards for FBGA MCU/SoC/ASIC devices.

Up to 40 DUTs per driver board, up to 64 boards
JTAG / MBIST functional vectors under stress
Per-DUT-group current sensing; 125 °C chamber operation
C# master GUI with synchronised test flow

Lab Automation Software

Auto-reporting and instrument control for reliability and FA laboratories.

Oscilloscope, PSU and electrometer control
AI-assisted data capture
Excel reports with charts
Integration with existing lab systems

Cold-Chain Monitoring

Data logging and remote monitoring for refrigeration and storage cabinets.

Real-time temperature logging for audit / QA
Company VPN or 4G/5G router connectivity
Web dashboard with daily / weekly / monthly trends
LINE, Email and SMS alarms; remote-control ready

Controller Conversion

STM32-based replacement boards for legacy chamber temperature controllers.

Drop-in PCB for existing enclosures
RS-232 and RS-485 Modbus communication
Relay, display and DIP-switch I/O
Keeps chambers running when OEM parts are obsolete

AOI Wafer Inspection

Automated optical inspection of wafers with in-house vision software.

Missing / fly-die detection at the wafer edge and inner area
Automatic OK / NG judgment with defect ratio
Barcode / Lot ID traceability; image and result logging
Entry, standard and full AOI configurations

Let’s build something great together

Talk to our engineers about a custom test system, a RAVONX pre-order, an upgrade of your existing equipment, or on-site service.