JYTEK JY-5110 Series User manual

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1. PCIe-5111/5112 Specifications
Multi-functional Data Acquisition Boards
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1.1. Main Features
⚫Up to 32 single-ended/16 differential analog
input channels(5111); Up to 16 single-
ended/8 differential analog input
channels(5112);
⚫Sampling rates: 500 kS/s for one channel,
300 kS/s for multi-channel;
⚫16 bits ADC
⚫64M samples of analog input FIFO buffer
Overview
JYTEK JY-5110 series includes PCIe-
5111/5112. PCIe-5111 provides up to 32
channels of analog inputs of up to 500K
samples per second, 4 channels of
analog outputs, 48 channels of digital IO
or 4 32-bit counters/timers；PCIe-5112
provide up to 16 channels of analog
inputs of up to 500K samples per
second, 2 channels of analog outputs,
24 channels of digital IO or 2 32-bit
counters/timers.
⚫4(5111)/2(5112) simultaneous 16-bit analog
output channels
⚫32M sample FIFO buffer for analog output
⚫6 ports digital IO, 8(5111)/4(5112) lines per
port
⚫DIO supports hardware timing up to 10MHz
⚫4(5111)/2(5112) channels 32-bit
timer/counter
⚫DMA for AI, AO and DIO
⚫Analog/Digital/Software Trigger

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1.2. Analog Input
Table 1 Analog Input Specifications
1.3. Analog Output
Table 2 Analog Output Specifications
Analog Input 5111 5112
Number of channels 32 SE / 16 DIFF 16 SE/ 8 DIFF
ADC resolution (Bits)
Single channel maximum sample rate 500 kS/s 500 kS/s
Multichannel maximum sample rate
with same range(aggregate)
300 kS/s 300 kS/s
Multichannel maximum sample rate
with different range(aggregate)
100 kS/s 100 kS/s
Clock
Input range(V) ±10/±5/±2.5/±1.25/±0.625 ±10/±5/±2.5/±1.25/±0.625
Input mode RSE / NRSE / Differential RSE / NRSE / Differential
Input impedance >1 GΩ||100 pF >1 GΩ||100 pF
Input coupling
Overvoltage protection
CMRR
Crosstalk
DNL
INL
Input FIFO
Trigger type
Trigger mode
Analog trigger voltage range
±10 V Software Programmable
Continuous : 20 mA, ±25 V
Instantaneous : 40 mA, ±25 V
No Missing Code
70 ppm of Range Typical
64 M Samples
Digital, Analog, Software
StartTrigger, ReferenceTrigger, ReTrigger
100 MHz
DC
±25 V
85 dB
-80 dB
Overvoltage Protection
16
Analog Output 5111 5112
Number of channels 4 2
DAC resolution
Maximum update
rate(simultaneous)
Clock
Clock accuracy
Output range(V)
Output mode
Output impedance
Output coupling
Output current drive
Output FIFO
Trigger type
Trigger mode
32 M Samples
Digital, Software
StartTrigger
±10, ±5
RSE
2 Ω
DC
±10 mA
16 bits
1 channel 2.86 MS/s
2 channels 2 MS/s
3 channels 1.54 MS/s
4 channels 1.25 MS/s
100 MHz
Jitter <20 ps

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1.4. Counter Input/Output
Table 3 Counter Input Operations Specifications
1.5. PFI Specifications
Table 4 PFI Specifications
1.6. Digital IO Specifications
Table 5 Digital IO Specifications
CIO 5111 5112
Number of channels 4 2
Resolution
Counter Input
Counter Output
Clock
FIFO
Input
Output
32 bits
edge count, period measurement,
frequency measurement, pulse width
measurement, two-edge interval
measurement, orthogonal coding, etc.
Single, finite and continuous pulse
200 MHz
4 M Samples
Gate，Source，Aux
OUT
PFI 5111 5112
Number of channels
Initial state
External digital trigger interface
16
Trigger voltage : 3.3 V TTL
Trigger edge: Rising/Falling
Input
DIO 5111 5112
Number of channels Port（0,1,2,3,4,5), 8 Lines per port Port（0,1,2), 8 Lines per port
Ground reference
Directional control
Clock
DI FIFO
DO FIFO
Initial state
Duty cycle of instantaneous current pulse does not exceed 15%
Logic Low: VIL Min : 0 / Max : 1.0 V
Logic High: VIH Min : 2 V / Max : 5.3 V)
Logic Low : 0 V, IOL Max: 24 mA
Logic High : 2.6 V～5 V, IOH: -24 mA～0 mA
Continuous 30 mA, -3.9 V～8.9 V Instantaneous 200 mA, ±25 V;
Independent control of each port
10 MHz
16M Samples
16M Samples
Input
Digital Input
Digital Output
Overvoltage Protection
D GND

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1.7. Basic DC AI Accuracy
Table 6 Basic Accuracy in DAQ Mode
1.8. AI Bandwidth
Table 7 AI Bandwidth Specifications
1.9. Basic AO Accuracy
Table 8 Basic AO Accuracy
JY-5111 Basic Accuracy = ±(% Reading+% Range)
Nominal Range
(V)
24 Hr Full Scale Accuracy
0.625 0.006 + 0.035 256 uV
1.25 0.006 + 0.023 363 uV
2.5 0.006 + 0.018 600 uV
50.006 + 0.016 1100 uV
10 0.006 + 0.012 1800 uV
Valid for one channel only. 95% of Confidence Interval
Max sampling rates for 5111: 300 kS/s
Add 20% to Gain and Offset Errors From 91 Days to 1 Year. Preliminary
10 V range: valid for ±9.5 V
24 Hour Tcal ±1C°
±0.625
480
±5
390
±2.5
480
±1.25
480
Analog Input Bandwidth
Nominal Range Full Scale (V)
-3dB Bandwidth (KHz)
±10
325
JY-5111 Basic AO Accuracy = ±(% of Output+% of Range)
Nominal
Range (V)
24 Hr Full-Scale Accuracy
5 0.007 + 0.006 650 uV
10 0.008 + 0.005 1300 uV
Valid for all update rates.
Add accuracy adjustment if temperature is ouside calibration temperature range.
Add 20% to Gain and Offset Errors From 91 Days to 1 Year. Preliminary.
Maximum update rates(simultaneous)
1 Channel: 2.86 MS/s; 2 Channels: 1 MS/s; 3 Channels 1.54 MS/s; 4 Channels 1.25 MS/s
Specs subject to minor changes when more tests become available.
24 Hour Tcal ±1C°

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1.10. System Noise
Table 9 System Noise Specifications Physical and Environment
1.11. Physical and Environment
Table 10 Physical and Environment
1.12. Front Panel and Pin Definition
Figure 1 PCIe 5111 Front Panel
Range(V)
SystemNoise(μVrms)
0.625 71
1.25 93
2.5 144
5224
10 346
Operating Environment
Ambient temperature range 0 °C to 50 °C
Relative humidity range 20% to 80%, noncondensing
Storage Environment
Ambient temperature range -20 ˚C to 80 ˚C
Relative humidity range 10% to 90%, noncondensing

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Pin Signal Name Pin Signal Name Pin Signal Name Pin Signal Name
1
PFI 14
/P5.6/DO_ECLK
35 D_GND 1 P3.6 35 D_GND
2 PFI 12/P5.4 36 D_GND 2 P3.4 36 D_GND
3 PFI 9/P5.1 37 PFI 8/P5.0 3 P3.1 37 P3.0
4 D_GND 38 PFI 7/P4.7 4 D_GND 38 P2.7
PFI 6
/P4.6/ AO_ECLK
6 PFI 5/P4.5 40 PFI 13/P5.5 6 P2.5 40 P3.5
7 D_GND 41 PFI 4/P4.4 7 D_GND 41 P2.4
8 +5V_OUT 42 PFI 3/P4.3 8 +5V_OUT 42 P2.3
9 D_GND 43
PFI 2
/P4.2/AI_ECLK
9 D_GND 43 P2.2
10 PFI 1/P4.1 44 DGND 10 P2.1 44 DGND
PFI10
/P5.2/DI_ECLK
12 D_GND 46 PFI 11/P5.3 12 D_GND 46 P3.3
13 D_GND 47 P0.3 13 D_GND 47 P1.3
14 +5V_OUT 48 P0.7 14 +5V_OUT 48 P1.7
15 D_GND 49 P0.2 15 D_GND 49 P1.2
16 P0.6 50 D_GND 16 P1.6 50 D_GND
17 P0.1 51 P0.5 17 P1.1 51 P1.5
18 D_GND 52 P0.0 18 D_GND 52 P1.0
19 P0.4 53 D_GND 19 P1.4 53 D_GND
20 APFI 0 54 AO_GND 20 APFI 1 54 AO_GND
21 AO 1 55 AO_GND 21 AO 3 55 AO_GND
22 AO 0 56 AI_GND 22 AO 2 56 AI_GND
23 AI 15（AI 7-）57 AI 7（AI 7+）23 AI 31（AI 23-）57 AI 23（AI 23+）
24 AI_GND 58 AI 14（AI 6-）24 AI_GND 58 AI 30（AI 22-）
25 AI 6（AI 6+）59 AI_GND 25 AI 22（AI 22+）59 AI_GND
26 AI 13（AI 5-）60 AI 5（AI 5+）26 AI 29（AI 21-）60 AI 21（AI 21+）
27 AI_GND 61 AI 12（AI 4-）27 AI_GND 61 AI 28（AI 20-）
28 AI 4（AI 4+）62 AI_SENSE 0 28 AI 20（AI 20+）62 AI_SENSE 1
29 AI_GND 63 AI 11（AI 3-）29 AI_GND 63 AI 27（AI 19-）
30 AI 3（AI 3+）64 AI_GND 30 AI 19（AI 19+）64 AI_GND
31 AI10（AI 2-）65 AI 2（AI 2+）31 AI26（AI 18-）65 AI 18（AI 18+）
32 AI_GND 66 AI 9（AI 1-）32 AI_GND 66 AI 25（AI 17-）
33 AI 1（AI 1+）67 AI_GND 33 AI 17（AI 17+）67 AI_GND
34 AI 8（AI 0-）68 AI 0（AI 0+）34 AI 24（AI 16-）68 AI 16（AI 16+）
Connector 0
Connector 1
5
11
PFI 0/P4.0
39
45
PFI 15/P5.7
5
11
P2.6
P2.0
39
45
P3.7
P3.2

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Table 11 5111 Pin Definition
Table 12 Cable Specification
1.13. Accessories
⚫DIN-68S-01 (PN: JA9114029-01)
SCSI 68-pin Terminal board w/o cable
⚫TB-68 (PN: JY2000068-03)
68-Pin SCSI Shielded I/O Connector Block
⚫ACL-2006868-1 (PN: JY2006868-01)
1M 68pin VHDCI68M-SCSI68M cable
⚫ACL-2006868-2 (PN: JY2006868-02)
2M 68pin VHDCI68M-SCSI68M cable
Pin Signal Name Pin Signal Name
11 CTR0_Source/A 42 CTR1_Source/A
10 CTR0_Gate/Z 41 CTR1_Gate/Z
43 CTR0_AUX/B 6 CTR1_AUX/B
2 CTR0_ OUT 40 CTR1_ OUT
5 CTR2_Source/A 3 CTR3_Source/A
38 CTR2_Gate/Z 45 CTR3_Gate/Z
37 CTR2_AUX/B 46 CTR3_AUX/B
1 CTR2_ OUT 39 CTR3_ OUT
AI_GND Analog Input Reference Ground
AI<0..31> Analog Input channel
AI SENSE Analog Input Signal, Suitable for NRSE mode
AO_GND Analog Output Reference Ground
AO<0..3> Analog Output Channel
D_GND Digital Signal Reference Ground
P<0..3>.<0..7> Digital I/O Channel
PFI<0..15> Programmable Function Interface
+5V_OUT 5Vpower supply

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2. Table of Contents
Table of Contents
1. PCIe-5111/5112 Specifications......................................................................................1
1.1. Main Features................................................................................................................ 1
1.2. Analog Input................................................................................................................... 2
1.3. Analog Output................................................................................................................ 2
1.4. Counter Input/Output ................................................................................................... 3
1.5. PFI Specifications ........................................................................................................... 3
1.6. Digital IO Specifications................................................................................................. 3
1.7. Basic DC AI Accuracy...................................................................................................... 4
1.8. AI Bandwidth ................................................................................................................. 4
1.9. Basic AO Accuracy.......................................................................................................... 4
1.10. System Noise................................................................................................................ 5
1.11. Physical and Environment........................................................................................... 5
1.12. Front Panel and Pin Definition .................................................................................... 5
1.13. Accessories................................................................................................................... 7
2. Table of Contents.........................................................................................................8
3. Software.................................................................................................................... 14
3.1. Supported Operating System...................................................................................... 14
3.2. Programming Languages ............................................................................................. 14
4. Order Information...................................................................................................... 14
5. JYPEDIA ..................................................................................................................... 14
6. Additional Hardware Information............................................................................... 14
6.1. Basic DC AI Accuracy.................................................................................................... 14
6.2. Basic AO Accuracy........................................................................................................ 15
7. Additional Software Information ................................................................................ 16
7.1. System Requirements.................................................................................................. 16
7.2. System Software.......................................................................................................... 16
7.3. C# Programming Language.......................................................................................... 17
7.4. PCIe-5111 Series Hardware Driver.............................................................................. 17

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7.5. Install the SeeSharpTools from JYTEK......................................................................... 17
7.6. Running C# Programs in Linux..................................................................................... 18
8. Operating JY5111 ....................................................................................................... 19
8.1. Quick Start ................................................................................................................... 19
8.2. Data Acquisition Methods........................................................................................... 19
8.2.1. Continuous Acquisition ........................................................................................ 23
8.2.2. Finite Acquisition.................................................................................................. 23
8.2.3. Single Point Acquisition........................................................................................ 24
8.2.4. Record Acquisition................................................................................................ 24
8.3. Analog Input Terminal Type........................................................................................ 24
8.3.1. DIFF Mode............................................................................................................. 24
8.3.2. RSE Mode.............................................................................................................. 26
8.3.3. NRSE Mode ........................................................................................................... 27
8.4. Trigger Source.............................................................................................................. 28
8.4.1. Immediate trigger................................................................................................. 28
8.4.2. Software Trigger ................................................................................................... 29
8.4.3. External Analog Trigger ........................................................................................ 30
8.4.4. External Digital Trigger ......................................................................................... 36
8.5. Trigger Mode................................................................................................................ 38
8.5.1. Start Trigger .......................................................................................................... 38
8.5.2. Reference Trigger.................................................................................................. 39
8.5.3. ReTrigger............................................................................................................... 40
Learn by Example 8.5...................................................................................................... 40
8.6. AO Operations ............................................................................................................. 43
8.6.1. Finite Output......................................................................................................... 43
8.6.2. Continuous NoWrappping Output....................................................................... 46
8.6.3. Continuous Wrapping Output.............................................................................. 49
8.7. Digital I/O Operations ................................................................................................. 52
8.7.1. Static DI/DO.......................................................................................................... 52
8.7.2. Dynamic DI/DO..................................................................................................... 54
8.8. Counter Input Operations ........................................................................................... 56
8.8.1. Edge Counting....................................................................................................... 57

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8.8.2. Pulse Measurement.............................................................................................. 62
8.8.3. Frequency Measurement ..................................................................................... 67
8.8.4. Period Measurement............................................................................................ 71
8.8.5. Two-Edge Separation............................................................................................ 72
8.8.6. Quadrature Encoder ............................................................................................. 76
8.8.7. Two-Pulse Encoder ............................................................................................... 81
8.9. Counter Output Operations ........................................................................................ 86
8.9.1. Single Pulse Output .............................................................................................. 86
8.9.2. Finite Pulse Output............................................................................................... 88
8.9.3. Continuous Pulse Output ..................................................................................... 90
8.10. System Synchronization Interface（SSI）for PCIe Modules ................................... 92
8.11. DIP Switch in PCIe-5111............................................................................................. 93
9. Calibration ................................................................................................................. 93
10. Appendix(Measurement Issues)................................................................................ 94
10.1. Performance and Tests.............................................................................................. 94
10.1.1. AI Accuracy.......................................................................................................... 94
10.1.2. AI Bandwidth ...................................................................................................... 95
10.1.3. System Noise....................................................................................................... 95
10.1.4. PCIe-5111 CMRR ................................................................................................. 95
10.1.5. AO Accuracy........................................................................................................ 96
10.2. Floating Signals and Ground Referenced Signals ..................................................... 96
10.3. Differential, NRSE, RSE Modes.................................................................................. 96
10.4. Reducing the Common Mode Voltage Effect............................................................ 97
11. About JYTEK............................................................................................................. 99
11.1. JYTEK China ................................................................................................................ 99
11.2. JYTEK Hardware Products.......................................................................................... 99
11.3. JYTEK Software Platform......................................................................................... 100
11.4. JYTEK Warranty and Support Services.................................................................... 100
12. Statement.............................................................................................................. 101
Table 1 Analog Input Specifications ............................................................................2
Table 2 Analog Output Specifications..........................................................................2