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Casio E-Con EA-200 Technical Reference

Casio E-Con EA-200 Manual Online:

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Casio E-Con EA-200 User Manual
Casio E-Con EA-200 User Guide
Casio E-Con EA-200 Online Manual

Text of Casio E-Con EA-200 User Guide:

  • Casio E-Con EA-200, –1– Technical Reference EA-200 http://world.casio.com/edu/ E Contents Sampling ................................................................................................ 2 Analog Sampling .................................................................................... 3 Memory .................................................................................................. 3 Pulse Sampling ...................................................................................... 4 Command Tables ..............

  • Casio E-Con EA-200, – 2 – Sampling 1. Channel Analog Pulse Digital I/O Mic Analog Output CH1–3 SONIC DIG I/O Mic CH3 speaker 3 1 1 1 1 Voltage, resistance, pulse period Channel Name Number of Channels Details Pulse interval, pulse period 8-bit input/output, 1-bit clock Recording (Ⳳ1.5V) CH3: output function 12-bit D/A (Ⳳ3V) Voltage Resistance 0–5V Ⳳ10V 1.2mV 4.9mV Pulse period 0–600sec Range Resolution Sampling Interval — 12-bit A/D Notes Refer to “Pulse Sampling” on page 4. Pulse interval 1–100msec 8msec–16000sec 20 sec–16000sec µ 0.868 sec µ FastMode Normal Extended*

  • Casio E-Con EA-200, – 3 – Analog Sampling Channel Names: CH1, CH2, CH3 1. CH1, CH2, CH3 Connector Specifications Pin Number 1 Vin ⫾10V (CH3: Vin⫾5V and ⫾3Vout) 2 GND 3 Vres 4 Auto-ID 5 +5.3V DC 6 Vin-low 0–5V 2. Types of Sampling 1 Voltage Tw o sampling ranges are shown below. • ⫾10V 1pin (CH3: ⫾5V) •0 to 5V Pin 6 2 Resistance Tw o sampling ranges are shown below. • pin6: 1–100kΩ • pin4: Auto-ID 3 Pulse period Tw o sampling ranges are shown below • ⫾10V 1pin (CH3: ⫾5V) •0 to 5V Pin 6 For details, refer to “Pulse Sampling” on page 4. Pin 5 +5.3V Power Supply Supplied from 100 msec before Clock Source. Vari

  • Casio E-Con EA-200, – 4 – 3. Data Send Priority 1. Real-time Type (Selected using Command 12) Channel Priority: CH1, CH2, CH3, SONIC, DIG IN, sampling time •Variable (1 data) Sends the data of the channel with highest priority among {CH1, CH2, CH3, SONIC, DIG IN, sampling time}. The data with the second highest and subsequent priorities is not sent. • List (N line data) {CH1 data n, CH2 data n, CH3 data n, SONIC data n, DIG IN data n, sampling time n} (n: number of samples at the point that request is made) 2. Non Real-time Type (Selected usi

  • Casio E-Con EA-200, – 5 – Channel Operation Post-Processing FFT Samples 0 Clear all channels ––– ––– ––– *1 Channel 1 0 Clear the selected channel. * 0 None 2 Channel 2 *1 Auto-ID 1 d/dt ––– 3 Channel 3 2 Voltage (±10V) 2 d/dt, d 2 /dt 2 (for Voltage probe) 4 Resistance 10 FFT-Real 1 to 13 Samples used 5 Period 11 FFT-Real, Imaginary (*6) 2 n (2–8192) 6 Frequency 7 Temperature (Celsius) 8 Temperature (Fahrenheit) 9 Light 10 Voltage (0–5V) 11 Ab

  • Casio E-Con EA-200, – 6 – Command 3 - Sample and Trigger Setup Sampling Interval Number of Samples Record Time 0.00002 Number of seconds 1 to Number of samples 0 Off to 16000 120000 *1 Absolute time recording (*0.1) (*100) 2 Relative time recording Trigger Souce Trigger Threshold Trigger Edge Clock Source * 1 [START/STOP] key ––– ––– * 0 Timer (Sample interval) 2 or 5 CH1 Sampled Values 0 Falling edge 10 Same as Trigger Source 3 or 6 CH2 • Corrected values when Command 4 *1 Rising edge (1 to 5) 4 or 7 CH3 2 Rising and falling edge 8 DIG IN Clock

  • Casio E-Con EA-200, – 7 – Command 4 - Conversion Equation Setup { 4, Equation Number, Equation Type, Number Format, Constants } Equation Number Equation Type Number Format Constants * 0 Clear All equations. * 0 Clear equation selected by the equation number parameter. ––– ––– 1 Equation 1 (Channel 1) 1 Polynomial K 0+K1X+K2X 2 +...+KnX n * 1 * 0 Standard K0( , K1, ..., K9) * 3,4 2 Equation 2 (Channel 2) 2 Mixed polynomial K –mX –m +...+K–1X –1 +K0+K1X+......+KnX n * 2 10 Integer part (Decimal part cut off.) K–4( , ..., K–1, K0, K1, ..., K5) * 3,4 3 Equation 3 (Channel 3) 3 Power K 0X (K1) +K2 4 Modified pow

  • Casio E-Con EA-200, – 8 – Command 6 - System Setup Command 12 - Data Send Sequence { 10, Warmup Time (sec) } { 6, Command, Auto Power Off Time } { 12, Send Sequence } Command 8 - Sampling Start { 8 } Command 10 - Sensor Warmup Command APO Time (sec) 0 or 2 Abort Sampling ( *0) 3Turns sound off ––– 4Turns sound on 10 APO * 0 1800 (Auto Power Off) 1 10 2 360 Command 11 - Buzzer and LED Operation Commands { 11, Output Select, Length, Period } • An e

  • – 9 – Command 1: Channel Settings { 1, Channel, Operation, Post-Processing } 1. Channel 0 Clear all Command 1 data. 1 Specify CH1. 2 Specify CH2. 3 Specify CH3. 4 Specify SONIC channel. 5 Specify Digital In channel. 6 Specify Digital Out channel. 10 Specify mic. 11 Specify Analog Out. 12 Specify speaker. 2. Operation Analog CH1, CH2, CH3 (Channel = 1, 2, 3) 0 Clear Co

  • Casio E-Con EA-200, – 10 – Output Example When the list is: 85(1010101), 34( 100010), 187(10111011), 204(11001100) <Output Trigger> Following receipt of Command 3, output starts as soon as a Trigger Source is generated. The following can be specified as a Trigger Source. 0: None, 1: [Start] key, 10: Countdown, Command 8 Output is interrupted when the Start/Stop key is pressed. <Analog Out Port> Output is from Pin 1 of CH3. Vout ⫾3V (Iout maximum 100mA) Analog, SONIC Sampling 3. Post-Processing (Operation 1–4, 7–10) 0 None (no calculation) 1 d/dt 2d 2 /dt 2 10 FFT (Fast Fourier Transformation)-Real 11 FFT-Real, Im

  • – 11 – <<FFT>> Frequency characteristics are calculated from sampled values and sampling period. The number of FFT target data items (2^n) is input to parameter n. 1-13 (2^13 = 8192) Calculation Timing When data is requested Sent Timing • When 1 (d/dt) After sampled data is sent, linear data is sent when data is requested. • When 2 (d/dt, d 2 /dt 2 )

  • – 12 – Command 3: Sampling and Trigger Settings { 3, Sampling Interval, Number of Samples, Record Time, Trigger Source, Trigger Threshold, Trigger Edge, Clock Source } 1. Sampling Interval (sec) 0.00002–0.0001: Fast sampling 0.0001–300: Normal sampling 300–16000: Extended sampling This parameter is ignored when click edge is not timer. 2. Number of Sampl

  • Casio E-Con EA-200, – 13 – Non-triggering Example (Trigger Edge = Rising) SONIC Trigger (Trigger Source = 11) 0 Falling Sampling started when [Sample Value] < [Trigger Threshold] 1 Rising Sampling started when [Sample Value] > [Trigger Threshold] 2 Difference Falling Sampling started when [Sample Value] > [Trigger Threshold] 3 Difference Rising Sampling started when [Current Value] – [Previous Value] > [Trigger Threshold] 7. Clock Source 0 Timer Conforms to sampling interval. 10 Same as Trigger Source Sampled at s

  • Casio E-Con EA-200, – 14 – Command 4: Conversion Equation Settings { 4, Equation Number, Equation Type, Number Format, Constants } 1. Equation Number 0 Clear all Command 4 data. 1 Specify CH1. 2 Specify CH2. 3 Specify CH3. 4 Specify SONIC channel. 2. Equation Type Analog CH1, CH2, CH3 (Channel = 1, 2, 3) Equation Name Format Restrictions 1 Polynomial K0+K1X+K2X 2 +…+KnX n n = 0 to 9 2 Mixed Polynomial K –mX –m +…+K–1X –1 +K0+K1X+……+KnX n m = 1 to 4 n = 0 to 5 m+n > 0 X ≠ 0 3Power K0X (K1) +K2 X > 0 4 Modified power K0K1 (X) +K2 K1 > 0 5 Logarithmic K0+K1 In(X) X > 0 6 Modified logar

  • Casio E-Con EA-200, – 15 – Command 5: Data Range Settings { 5, Channel Select, Data Select, Data Begin, Data End, Step, K (, FFT Samples) } Cannot be used during sampling. 1. Channel Select 0 Highest priority data 1 Specify CH1. 2 Specify CH2. 3 Specify CH3. 4 Specify SONIC channel. 5 Specify Digital In 6 Specify recorded time data. 10 Specify mic. Send sequence of the specified channel’s sampled data takes priority. 2. Data Select 0Raw data 1 d/dt 2d 2 /dt 2 9 A/D value 10 FFT (real number part) 11 FFT (imaginary number part) Send sequence of the specified data takes priority. For calculation metho

  • Casio E-Con EA-200, – 16 – Command 7: Status Check { 7 } After Command 7 is received, this function sends EA-200 status information upon a data request from the calculator. Status Request Line 1 Basic Information Status 0: Standby (No Sample Data in EA-200) 1: Ready 2: Sampling 3: Standby (Sample Data in EA-200) 2 Error = 0: Normal Code ≠ 0: Error Integer: Command number Decimal Part: Parameter position Example: 3.2 Command 3 is the second parameter. Sampling interval value error 3 Battery 0 to 999 Condition < 450: low battery 4Version No. 5Auto-ID CH1 6 CH2 7 CH3 8 SONIC 9 Channel 1 Setup Operation 10 Pin No 11 Po

  • – 17 – Command 10: Power Supply Setting { 10, Warmup Time (sec) } Supply starts after receipt of Command 10 when supply time is not zero. If a sampling Trigger Source is generated before supply time is reached, supply time takes priority and sampling starts after it is reached. When parameter is –1, however, sampling starts as soon as sampling Trigger So

  • Casio E-Con EA-200, – 18 – Calculator / PC EA-200 0×15 → .................................................................... ← Code A .................................................................... Request Header → .................................................................... ← Header .................................................................... Code B → .................................................................... ← Packet1 ................................................

  • Casio E-Con EA-200, – 19 – 䉫 Checksum (1 byte) Checksum is added to the end of every returned header data proper. “Checksum” is the code (hexadecimal number) to check if data transfer is successful. The method to calculate the code is as follows: 1 Except the star code, add the data code to send (hexadecimal number) one by one byte. 2 As a result, one byte of the code that excludes the overflowed digit is set to “SUM”. 3 Calculate the complementary number for 2 of SUM’. The answer is used as the checksum code. The specific example is shown below. Data (Examp

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