Key Features
- 88 slots for PE Signal Processing Unit & Medium Power Supplies
- floating architecture
- multi-core capability
- analog pin performance
- digital pin performance
- signal processing instruments
- high-voltage, hi-current instruments
Floating Architecture
Floating Architecture
- PC-performance independent: multiple SPEA CPUs provide test program timing, while pc replacement does not require the test program requalification
- Multi-Core Architecture: possibility to develop and run 2 independent test programs simultaneously, in asynchronous way
- Pattern-based programming: -30% test time vs competitors
- 64-line synchrobus and 16-line high-speed synchrobus for real-time instrument synchronization: no embedded delay when running pattern-based testing
- 99% parallel test efficiency
- Multi-site test capabilities for up to 256 devices in parallel
- High-density, floating instruments, for true parallel analog
test - Universal slot architecture, up to 1,408 channels
- RF generators up to 3 GHz
Analog Pin Performance
Analog Pin Performance
- 1 SPEA board takes the place of 4 competitor boards
- Totally floating, independent for sensing/forcing per channel
- Wide V/I range: ±100V / ±1A, ±20V / ±2A, ±20V / 500mA
- 32 DVM digitizers into Readback, totally independent and independently floating
- 8 DVMs available on interface to measure on different points from the sourcing ones
- Clamp alarms, spike detector, automatic ramp generators
- Arbitrary Waveform Generators and Time Measurement Units per channel
Digital Pin Performance
Digital Pin Performance
- Test time for timing measurement is 1/8 than competitors for digital data calculation and protocol management
- 200 MHz frequency
- 16 M Pattern memory
- Voltage range -2 to +6.5V or -2 to 14V
- Active load integrated in the digital pin
- Integrated DPS (-2 to +24V, ±500mA)
- 8 integrated Timing Measurement Units (with possibility of multiple time measurements on the same channel)
- Integrated Programmable Logic Units
Signal Processing Instruments
Signal Processing Instruments
- Octal Digitizer & DSP for real time data acquisition & processing: 16 bit HF, 24 bit Audio BW
- Quad AC generators: 14 bit HF, 20 bit Audio BW
- Selectable low pass analog filters
- Integrated DSPs for fast signal processing
- Waveform generator with high-accuracy audio section and possibility to generate custom waveforms
- Counter, for time measurements on high-voltage signals (±100V)and non-periodic signals – one-shot timing measurements
High Voltage, High Current Instruments
High Voltage, High Current Instruments
- 8 high current sources: 1000 A pulsed or 20 A continuous
- 8 high voltage sources: ±2500 V
- Insulation guaranteed at test head interface (instruments housed in the instrument cabinet)
- High-voltage and high-current generators designed by SPEA
- Embedded CPUs for safety control and fast programming
- Clamp alarms, spike detector, automatic ramp generators
Migrating to SPEA CMX
- Parallelism: 2x
- Test time: 1/2
- Save 50% of handlers and probers
Test Program Generation & Debug < 1 day
- Easy-to-learn programming environment
- Guided Test Program generation
- The Automatic code generation dramatically shortens the time taken to develop, debug and release the program
- Automatic data import
- DUT-Oriented & Instrument-Oriented instruction Libraries
- DUT Map
- Very Rapid Application Development
- Test Result Analyzer
- Shmoo Plot
- Easy to run. Easy to monitor. Easy to maintain.
Application Fields
MEMS
SoC's
Power
PMIC
Automotive
Lighting
Identification
