Dynamic Acceleration System
RF Generation Unit (5 Units)
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8CH, 3U 19" Rack Mount
RF Frequency Range
Sub-6 0.6~6.0 GHz / mmWave 27~32 GHz
RF Output Power : Up to +33 dBm
Dynamic Range : 25 dB
RF Harmonics : ≤-25 dBc
RF Mode : CW-mode, Pulsed-mode (Optional)
RF Detection Unit (1 Unit)
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40CH, 3U 19" Rack Mount
RF Input Detection Level : Up to +43 dBm
Cabinet Power : 220 VAC, 30 A, 50/60 Hz
Cabinet Size : 600 (W)ⅹ900 (D)ⅹ1650 (H) mm
Static Acceleration System
Static Acceleration Unit (5 Units)
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8CH, 4U 19" Rack Mount
Temperature Stress : Up to +200 °C
Thermocouple per DUT
Monitoring Current : Up to 2.0 A
5CH-bias Voltage per DUT
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Bias 1 (3CH) : Up to +28 V @ 1.0 A
Bias 2 (1CH) : Up to +50 V @ 2.0 A
Bias 3 (1CH) : Variable -10 V @ 0.1 A
Supply Power per DUT : Up to 100W
RF Bench-Top System
QRS-B-P04
RF Generation Unit
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1CH, Compact Rack
RF Frequency Range : 0.3~3.0 /0.6~ 6.0/ 1.0~8.0 GHz
RF Output Power : Up to +36 dBm
Dynamic Range : 20 dB
RF Mode : CW-mode, Pulsed-mode (Optional)
Static Acceleration Unit
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Temperature, Voltage control
Supply Power per DUT : Up to 100 W
3CH-bias Voltage per DUT
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Bias 1 (1CH) : Up to +50 V @ 150 mA
Bias 2 (1CH) : Up to +50 V @ 2.0 A
Bias 3 (1CH) : Variable -5V @ 10 mA
Temperature Stress per DUT : Up to 200℃
Size : 300(W) x 400(D) x 100(H) mm
AC input : 200 ~ 240 VAC, 60 Hz
RF Basic System
QRS-BS-P50
RF Generation Unit
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8CH, 3U 19” Rack Mount
2W 32para Test Set-up with 4-way Divider
RF Frequency Range : 0.6~2.5 / 2.5 ~6.0 / 6.0~7.2 [GHz]
RF Output Power : Up to +47 dBm (50W per para)
Dynamic Range : 10 dB
RF Mode : CW-mode
AC input : 200 ~ 240 VAC, 60 Hz
RF All-in-One System
Q-RoLA0660P04-AO
RF Generation Unit
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Test DUT : 4 Channels
Frequency : Sub-6 GHz (0.6 ~ 6 GHz)
Output Power : up to +36 dBm
Dynamic Range : 25 dB
Modes : CW / Pulsed (Optional)
RF Detection Unit
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RF Input Detection Level : up to 43 dBm
Static Acceleration Unit
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Voltage Control Range
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CH1 : 2 ~ 50 VDC
CH2 : -5 ~ - 0.5 VDC
Current Monitoring Range
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CH1 : up to 2 A
CH2_Low : up to 1 mA
CH2_High : up to 15 mA
Temperature Stress Per DUT : up to 250 °C
Thermocouple Per DUT
Supply Power Per DUT : up to 100 W
Interface per DUT (MIPI, SPI, I2C, GPIO)
Software
Q-Map (Operating Software)
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Acceleration Stress Control per DUT
Temperature, RF, Voltage
Real Time Monitoring
Temperature, RF Input & Output, Current, Voltage
RF Auto Calibration Set-up
Semega (Lifetime Estimation Software)
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Visualization of Degradation
Automatic Calculation of Failure Time per DUT
Probability Distribution Analysis of Reliability Data
Log-normal, Weibull, Exponential, etc.
Analysis of Accelerated Life Test
Activation Energy, Acceleration Factor, Life Estimation
