Understanding ELVIS 1.Basic Instruction

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Understanding ELVIS 1. Basic instruction Soochan Kim, Hyuntae Choi SPAL, Hankyong National University

Transcript of Understanding ELVIS 1.Basic Instruction

Page 1: Understanding ELVIS 1.Basic Instruction

Understanding ELVIS1. Basic instruction

Soochan Kim, Hyuntae Choi

SPAL, Hankyong National University

Page 2: Understanding ELVIS 1.Basic Instruction

Contents

1. ELVIS Configuration2. Power switches and indication of LEDs3. Overview of instrument

a. DMM(Digital Multimeter)b. Variable Power supply (가변)c. Oscilloscoped. Function Generatore. Data logging and Plot using excel

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ELVIS Power button

Powerbutton

+ Voltage

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USB Cable

Powerbutton

+ Voltage

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Board Power button

Powerbutton

+ Voltage

- Voltage

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Status LEDs table

Powerbutton

+ Voltage

- Voltage

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Status LEDs

- ELVIS POWER ON- Prototyping Board Power OFF - USB Cable Not Connected

Powerbutton

+ Voltage

- Voltage

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Status LEDs

- ELVIS POWER ON- Prototyping Board Power OFF - USB Cable Connected

Powerbutton

+ Voltage

- Voltage

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Status LEDs

- ELVIS POWER ON- Prototyping Board Power ON- USB Cable Not Connected

Powerbutton

+ Voltage

- Voltage

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Status LEDs

- ELVIS POWER ON- Prototyping Board Power ON - USB Cable Connected

Powerbutton

+ Voltage

- Voltage

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Prototyping Board

Prototyping Board Power - To provide access to ±15 V and a +5 V power supply

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How to use DMMDigital Multi-Meter

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DMM connector (Digital Multi-Meter)

DMM

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Connect the power probe(Voltage, Resistance measurement)

DMM

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Connect the power probe(Electric current measurement)

DMM

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DMM functions

Connection status Measuring devices

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DC Power Supplies (Voltage measurement)

V ,Ω probe connect +15V COM probe connect GROUND

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Variable Power Supplies (Voltage measurement)

V ,Ω probe connect SUPPLY + COM probe connect GROUND

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Measurement results

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How to use VPSVariable Power Supplies

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VPS functions(Manual Disabled)

Control by entering the value

Control by a knob

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VPS functions(Manual enabled)

By PC

By a knob

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How to use ScopeOscilloscope

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SCOPE connector (Oscilloscope)

SCOPE

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Oscilloscope settingsSource- Ch 0- AI 0 ~ AI 7

Scale Volts / Div

Probe (1x, 10X)

Time / DivRun ContinuouslyRun Once

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Oscilloscope Source(CH 0 & FGEN)

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Oscilloscope Source(AI 0 & FGEN)

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Oscilloscope display(When hands are touching a probe)

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Scope & VPS

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Oscilloscope display (VPS)

VPS Voltage : 12V , Scale Volts/DIV : 5V

510

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Scope & DC

DC Power : 15V

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Oscilloscope display(DC)

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How to use FGENFunction generator

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FGEN connector (Function generator)

FGEN FGEN

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FGEN Settings

FGEN

Waveform Settings Input Amplitude value

FrequencySignal Route - 1. Prototyiping board - 2. FGEN BNC

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FGEN Settings (Manual Mode)

FGEN

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Signal Route (FGEN BNC)

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Oscilloscope display

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Signal Route (Prototyping board)

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Black electric wire GROUND - AI 0(-) - AI 1(-) - AIGN

FGEN & AI 0(+) Connecting FGEN Output - AI 0(+) Observation

Scope & FG (Prototyping board)

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NI ELVIS Ⅱ - FGEN

FGEN 신호를 Scope에서 확인 FGEN 신호를 변경해 가며 신호의 출력과 스코프에서 보여지는 신호간의 값을 확인

FGEN을 메뉴얼 모드로 하여 Knob을 돌려서 변화되는 신호 확인

주의: Signal route 확인

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NI ELVIS Ⅱ - Function generator

1. Waveform setting - Sine2. Frequency - 100 Hz3. Amplitude - 2.00 Vpp4. Signal Route - FGEN BNC

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NI ELVIS Ⅱ - Scope Display

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Data logging and Plot using excel

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NI ELVIS Ⅱ - 데이터 저장 #11. Acquisition mode : Run Once2. Log 선택

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NI ELVIS Ⅱ - 데이터 저장 #2

3. 저장할 위치를 지정하고 파일 이름 작성후 확인

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NI ELVIS Ⅱ - 데이터 저장 #3

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NI ELVIS Ⅱ - 데이터 저장 #5

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NI ELVIS Ⅱ - 데이터 저장 #6

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NI ELVIS Ⅱ - 데이터 저장 #7

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