Analog Measurement System

Name
Advanced Analog Measurement System
Number
ST-201
Location
Tainan
Class
Advanced Analog Measurement System
Access Level
B4
Contact
 Mr. Wu  06-2087971#8107
E-mail
jfwu@niar.org.tw
Booking Method
Self-booking   Assisted Booking   User Self-service
Analog IC
LCR Meter - Agilent E4980A
IR Camera - FLir SC5650
Power Management IC
 
 

Introduction

The advanced analog measurement system can be used for most analog IC and power management IC measurements, such as ADC, DAC, amplifier circuit, high speed digital circuit, DC-DC Converter, and AC-DC Converter, etc. Moreover, several LabVIEW-based programs can help obtain the measurement parameters, such as INL, DNL, SNDR, THD in ADC measurement, and Efficiency, line regulation, load regulation in DC-DC Converter measurement.
 


Service

1. Main measuring components and circuits：
Analog-to-Digital Converter, Digital-to-Analog Converter, Amplifier, PLL, DC-DC Converter, AC-DC Converter, Impedance Measurement (Capacitor, Inductor, Transformer)

2. Measuring ranges：
Analog-to-Digital Converter
(1) Analog input signal: 1 uHz - 50 GHz, THD: -95 dBm (depend on the signal generators and band-pass filters)
(2) Clock signal: (a) Square wave: 1 uHz - 16 GHz, (b)Sine wave: 1 uHz - 50 GHz
(3) Digital output signal: ≦ 2 GHz


Digital-to-Analog Converter：
(1) Digital input signal: 1 kHz – 3.35 GHz. 16 Channels
(2) Clock signal: 1 kHz – 3.35 GHz
(3) Output signal: 3 Hz – 26.5 GHz

3. Measuring parameters：
(1) Data converters: Dynamic and static parameters, SNDR, INL, DNL, THD, SFDR,etc.
(2) DC-DC Converter: Efficiency, Load Transient, Line/Load Regulation.

 

Equipment

Analog IC
  1.  Pattern Generator (Agilent 81250): 1 kHz - 3.35 GHz, 16 channels
  2. Multi-Channel Pattern Generator (Keysight M9195B): 250 MHz, 64 channels
  3. Spectrum Analyzer (Agilent N9030A): 3 Hz - 26 GHz
  4. Signal Generator (R&S SMA100B): 8 kHz - 12.75 GHz
  5. Signal Generator (R&S SMA100B): 8 kHz - 50 GHz
  6. Low Distortion Signal Generator (SRS DS360): 10 mHz - 200 kHz
  7. Arbitrary Waveform Generator (Agilent 33522A, Keysight 33622A): 1 uHz - 30 MHz, 1 uHz - 80 MHz
  8. Logic Analyzer (Agilent 16962A/16911A): up to 2 GHz
  9. Oscilloscope (Keysight DSAV334): DC - 33 GHz
  10. Multimeter (Agilent 3458A): 8.5 digit
  11. Network Analyzer (Agilent 4395A): 10 Hz - 500 MHz
  12. Power Supply (Agilent E3631A) x4
  13. Power Supply (Agilent N6761A) x3
  14. Current Waveform Analyzer(Keysight CX3324A): Bandwidth 200MHz, 14-bit/16-bit
  15. FFT Spectrum Analyzer(SRS SR785): DC - 102.4 kHz
  16. Audio Analyzer (Audio Precision APx555B): 5 Hz - 204 kHz, Residual THD+N: -117 dB
  17. Bit-Error-Ratio-Tester (Keysight M8020A): 2 output /1 analyzer channel, 16 GHz NRZ
  18. Bandpass Filter(TTE Chebyshev KC7 series) : 100 kHz, 200 kHz, 500 kHz, 1 MHz, 2 MHz, 5 MHz, 10 MHz, 20 MHz, 35 MHz, 45 MHz, 50 MHz, 70 MHz, 100 MHz, 200 MHz, 500 MHz

Power Management IC
  1. Power Supply (Agilent E3631A) x4: 6 V, +-25 V
  2. High-Voltage Power Supply (Agilent 6655A): 120 V, 4 A
  3. High-Voltage Power Supply (Chroma 62050H-600S): 600 V, 8.5 A
  4. High-Voltage Power Supply (Chroma 62060D-600): 600 V, 40 A, 6 kW
  5. High-Voltage Power Supply (Glassman WX1R1000): 1000 V, 1 A
  6. Low-Noise Power Supply (Keysight B2962A): +-210 V, +-3 A
  7. AC Power Supply (Chroma 61504): 300 VAC, 8.5 A
  8. Electronic Load (Chroma 63102A/63106A/63108A/63110A)
  9. High-speed Electronic Load (Keisoku Giken ELS-304)
  10. Oscilloscope (Keysight MXR254A): 2.5 GHz
  11. LCR Meter (Agilent E4980A): 20 Hz - 2 MHz
  12. Arbitrary Waveform Generator (Agilent 34522A) x2 : 30 MHz
  13. Multimeter (Agilent 34411A): 6.5 digit
  14. IR Camera (Flir SC5650): 3um resolution
  15. Power Analyzer (Yokogawa WT1600)
  16. Impedance Analyzer(Keysight E4991B): 1 MHz – 1 GHz

Supplementary Information

Price List
Q&A
 

Notice

Absent users will still be charged according to the Price List.
【Self-booking】Please arrive at the scheduled time for your measurement service. A cancellation should be made on the website at least 3 working days in advance.
【Assisted Booking】Please arrive at the scheduled time for your measurement service or notify the assigned engineer in advance if you need to change the date.
【User Self-service】Please adhere to the reserved time slot for using the instrument.
 

Instrument Reservation Procedure

Users can initiate the reservation process by visiting the TSRI homepage.
Navigate to 'Measurement Services' and select the desired reservation item.
Log in to the reservation system to proceed with the reservation.
 
 
  1. 【Self-booking】Please make a reservation on the available pages.
  2. 【Assisted Booking】After applying and receiving approval from TSRI engineers, the Booking System will send notifications containing the data and time of appointments.
  3. Users are required to arrive at the laboratory on time. Absent users will be charged a minimum of one unit of time usage fee.
  4. Upon the completion of measurement appointments, users will receive completion notifications via email. If no objections are raised within the specified timeframe, please complete payment by the expiry date. If emails are not received, please contact TSRI customer service.
  5. All instruments or accessories must be returned to their original locations to keep the order and convenience for the next users.
  6. In the event of any damaged, missing, dysfunctional, or non-operational instruments or accessories, please promptly notify the engineers.
  7. Users are not permitted to use laboratory computers or remotely access their personal computers. If computer access is necessary, please contact the laboratory assistant or engineers.
  8. The laboratory operates during the hours of 9:00 AM to 12:00 PM and 1:00 PM to 5:00 PM. During the lunch break, the laboratory is closed, and the users are advised to wait in the hallway.
  9. Food and beverages are strictly prohibited within the laboratory.
  10. TSRI reserves all the rights to approve the usage of all laboratory equipment and resources.