Hardware Reference¶

This section is an overview of capabilities for specific devices. In some cases, parameters are dependent on other parameter settings. Where that is the case, the more inclusive value will be shown. For example, if a device has fewer channels in differential mode than in single-ended mode, the single-ended value will be shown here. Likewise, if there are different ranges for different modes of operation, all potential ranges are shown.

To determine device capabilities for specific modes of operation, or valid arguments not listed here, use the DaqDevice class methods to query the device to determine the subsystems supported, then use the DaqDeviceInfo class methods for each of the supported subsystems to determine capabilities.

After a connection to the device is established, you can also use the Config class methods for each subsystem to get and set the current configuration of the device.

Measurement Computing devices supported by UL for Linux¶

E-1608

USB-1608GX

USB-2623

USB-DIO24H/37

E-DIO24

USB-1608GX-2AO

USB-2627

USB-DIO32HS

E-TC

USB-1608HS

USB-2633

USB-DIO96H

SC-1608-2AO-USB

USB-1608HS-2AO

USB-2637

USB-DIO96H/50

SC-1608-USB

USB-1808

USB-3101

USB-ERB08

SC-1608X-USB

USB-1808X

USB-3102

USB-ERB24

TC-32

USB-2001-TC

USB-3103

USB-PDISO8

USB-1024HLS

USB-201

USB-3104

USB-PDISO8/40

USB-1024LS

USB-202

USB-3105

USB-QUAD08

USB-1208FS-PLUS

USB-2020

USB-3106

USB-SSR08

USB-1208HS

USB-204

USB-3110

USB-SSR24

USB-1208HS-2AO

USB-205

USB-3112

USB-TC

USB-1208HS-4AO

USB-2408

USB-3114

USB-TC-AI

USB-1408FS-PLUS

USB-2408-2AO

USB-CTR04

USB-TEMP

USB-1608FS-PLUS

USB-2416

USB-CTR08

USB-TEMP-AI

USB-1608G

USB-2416-4AO

USB-DIO24/37

Data Translation devices supported by UL for Linux¶

DT9837A

DT9837B

DT9837C

USB-1808 Series¶

The USB-1808 Series includes the following devices:

USB-1808, USB-1808-OEM
USB-1808X, USB-1808X-OEM

The USB-1808 Series supports the following UL for Linux capabilities. Unless otherwise indicated, OEM versions support the same capabilities as the equivalent standard versions.

Analog Input¶

Channels:	0 to 7
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP5VOLTS`, `UNI10VOLTS`, `UNI5VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	USB-1808: 0.0233 to 50,000 S/s USB-1808X: 0.0233 to 200,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `PATTERN_EQ`, `PATTERN_NE`, `PATTERN_ABOVE`, `PATTERN_BELOW`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output¶

Channels:	0 to 7
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	USB-1808: 0.0233 to 125,000 S/s USB-1808X: 0.0233 to 500,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `PATTERN_EQ`, `PATTERN_NE`, `PATTERN_ABOVE`, `PATTERN_BELOW`
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	USB-1808: 0.0233 to 50,000 S/s (input), 0.0233 to 125,000 S/s (output) USB-1808X: 0.0233 to 200,000 S/s (input), 0.0233 to 500,000 S/s (output)
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `PATTERN_EQ`, `PATTERN_NE`, `PATTERN_ABOVE`, `PATTERN_BELOW`
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `d_in_scan()`, `d_out_scan()`, `d_in_get_scan_status()`, `d_out_get_scan_status()`, `d_in_scan_stop()`, `d_out_scan_stop()`, `d_in_scan_wait()`, `d_out_scan_wait()`, `d_in_set_trigger()`, `d_out_set_trigger()`, `get_config()`
Configuration:	none

Counter¶

Counter argument:	0 to 3
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	USB-1808: 0.0233 to 50,000 S/s USB-1808X: 0.0233 to 200,000 S/s
Scan flags:	`DEFAULT`, `CTR32_BIT`, `NOCLEAR`
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `PATTERN_EQ`, `PATTERN_NE`, `PATTERN_ABOVE`, `PATTERN_BELOW`
Counter measurement types:	Counter 0 to Counter 1: `COUNT`, `PERIOD`, `PULSE_WIDTH` Counter 2 to Counter 3: `ENCODER`
Counter measurement modes:	`COUNT` measurement type: `CLEAR_ON_READ`, `NO_RECYCLE`, `COUNT_DOWN`, `RANGE_LIMIT_ON` `PERIOD` measurement type: `PERIOD_X1`, `PERIOD_X10`, `PERIOD_X100`, `PERIOD_X1000` `PULSE_WIDTH` measurement type: `DEFAULT` `ENCODER` measurement type: `ENCODER_X1`, `ENCODER_X2`, `ENCODER_X4`, `ENCODER_LATCH_ON_Z`, `ENCODER_RANGE_LIMIT_ON`, `ENCODER_Z_ACTIVE_EDGE`
Tick sizes:	`TICK_20ns`, `TICK_200ns`, `TICK_2000ns`, `TICK_20000ns`
Register types:	`COUNT`, `LOAD`, `MIN_LIMIT`, `MAX_LIMIT`
Debounce times:	`DEBOUNCE_500ns`, `DEBOUNCE_1500ns`, `DEBOUNCE_3500ns`, `DEBOUNCE_7500ns`, `DEBOUNCE_15500ns`, `DEBOUNCE_31500ns`, `DEBOUNCE_63500ns`, `DEBOUNCE_127500ns`, `DEBOUNCE_100us`, `DEBOUNCE_300us`, `DEBOUNCE_700us`, `DEBOUNCE_1500us`, `DEBOUNCE_3100us`, `DEBOUNCE_6300us`, `DEBOUNCE_12700us`, `DEBOUNCE_25500us`
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`, `c_config_scan()`, `c_in_scan()`, `set_trigger()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration:	none

Timer¶

Timer argument:	0 to 1
Options:	`DEFAULT`, `EXTTRIGGER`, `RETRIGGER`
Frequency:	0.0233 to 50,000,000 Hz
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `PATTERN_EQ`, `PATTERN_NE`, `PATTERN_ABOVE`, `PATTERN_BELOW`
Functions:	`pulse_out_start()`, `pulse_out_stop()`, `get_pulse_out_status()`
Configuration:	none

DAQI¶

Channel types:	`ANALOG_DIFF`, `ANALOG_SE` `DIGITAL` `CTR32`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	USB-1808: 0.0233 to 50,000 S/s USB-1808X: 0.0233 to 200,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `PATTERN_EQ`, `PATTERN_NE`, `PATTERN_ABOVE`, `PATTERN_BELOW`
Functions:	`daq_in_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

DAQO¶

Channel types:	`ANALOG`, `DIGITAL`
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	USB-1808: 0.0233 to 125,000 S/s USB-1808X: 0.0233 to 500,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `PATTERN_EQ`, `PATTERN_NE`, `PATTERN_ABOVE`, `PATTERN_BELOW`
Functions:	`daq_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-1608G Series¶

The USB-1608G Series includes the following devices:

USB-1608G, USB-1608G-OEM
USB-1608GX, USB-1608GX-OEM
USB-1608GX-2AO, USB-1608GX-2AO-OEM

The USB-1608G Series supports the following UL for Linux capabilities. Unless otherwise indicated, OEM versions support the same capabilities as the equivalent standard versions.

Analog Input¶

Channels:	0 to 15
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP5VOLTS`, `BIP2VOLTS`, `BIP1VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`, `BURSTMODE`
Scan rates:	USB-1608G: 0.0149 to 250,000 S/s USB-1608GX: 0.0149 to 500,000 S/s USB-1608GX-2AO: 0.0149 to 500,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output¶

Channels:	0 to 1
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	0.0149 to 500,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 15
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0 to 1
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Timer¶

Timer argument:	0
Options:	`DEFAULT`
Frequency:	0.0149 to 32,000,000 Hz
Functions:	`pulse_out_start()`, `pulse_out_stop()`, `get_pulse_out_status()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-1208HS Series¶

The USB-1208HS Series includes the following devices:

USB-1208HS
USB-1208HS-2AO
USB-1208HS-4AO

The USB-1208HS Series supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	Single-ended: `BIP10VOLTS`, `BIP5VOLTS`, `BIP2PT5VOLTS`, `UNI10VOLTS` Differential: `BIP20VOLTS`, `BIP10VOLTS` `BIP5VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`, `BURSTMODE`
Scan rates:	0.009 to 1,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output¶

Channels:	USB-1208HS-2AO: 0 to 1 USB-1208HS-4AO: 0 to 3
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	0.009 to 1,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 15
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0 to 1
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Timer¶

Timer argument:	0
Options:	`DEFAULT`
Frequency:	0.009 to 20,000,000 Hz
Functions:	`pulse_out_start()`, `pulse_out_stop()`, `get_pulse_out_status()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-2600 Series¶

The USB-2600 Series includes the following devices:

USB-2623
USB-2627
USB-2633
USB-2637

The USB-2600 Series supports the following UL for Linux capabilities.

Analog Input¶

Channels:	USB-2623 and USB-2633: 0 to 15 USB-2627 and USB-2637: 0 to 63
Input modes:	`SINGLE_ENDED`
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`, `BURSTMODE`
Scan rates:	0.0149 to 1,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output (USB-2627 and USB-2637)¶

Channels:	0 to 1
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	0.009 to 1,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Digital I/O¶

Ports:	`FIRSTPORTA`, `FIRSTPORTB`. `FIRSTPORTC`
Bits:	FIRSTPORTA: 0 to 7 FIRSTPORTB: 0 to 7 FIRSTPORTC: 0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0 to 3
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Timer¶

Timer argument:	0 to 3
Options:	`DEFAULT`
Frequency:	0.0149 to 32,000,000 Hz
Functions:	`pulse_out_start()`, `pulse_out_stop()`, `get_pulse_out_status()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-1608FS-Plus¶

The USB-1608FS-Plus supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Input modes:	`SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP5VOLTS`, `BIP2VOLTS`, `BIP1VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `BURSTIO`, `PACEROUT`
Scan rates:	0.009 to 1,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-1208FS-Plus¶

The USB-1208FS-Plus supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Input modes:	`SINGLE_ENDED`, `DIFFERENTIAL`
Ranges:	Single-ended: `BIP10VOLTS` Differential: `BIP20VOLTS`, `BIP10VOLTS`, `BIP5VOLTS`, `BIP4VOLTSBIP2PT5VOLTS`, `BIP2VOLTS`, `BIP1PT25VOLTSBIP1VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	0.0139 to 50,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output¶

Channels:	0 to 1
Ranges:	`UNI5VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`
Scan rates:	0.0139 to 50,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration:	none

Digital I/O¶

Ports:	`FIRSTPORTA`, `FIRSTPORTB`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counters:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-1408FS-Plus¶

The USB-1408FS-Plus supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Input modes:	`SINGLE_ENDED`, `DIFFERENTIAL`
Ranges:	Single-ended: `BIP10VOLTS` Differential: `BIP20VOLTS`, `BIP10VOLTS`, `BIP5VOLTS`, `BIP4VOLTSBIP2PT5VOLTS`, `BIP2VOLTS`, `BIP1PT25VOLTSBIP1VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	0.0139 to 48,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output¶

Channels:	0 to 1
Ranges:	`UNI5VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`
Scan rates:	0.0139 to 50,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration:	none

Digital I/O¶

Ports:	`FIRSTPORTA`, `FIRSTPORTB`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-200 Series¶

The USB-200 Series includes the following devices:

USB-201
USB-202
USB-204
USB-205

The USB-200 Series supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Input modes:	`SINGLE_ENDED`
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`
Scan rates:	USB-201 and USB-202: 0.0162 to 100,000 S/s USB-204 and USB-205: 0.0162 to 500,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output (USB-202 and USB-205)¶

Channels:	0 to 1
Ranges:	`UNI5VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	TBD S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-2020¶

The USB-2020 Series supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 1
Input modes:	`SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP5VOLTS` `BIP2VOLTS`, `BIP1VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`, `BURSTMODE`, `PACEROUT`
Scan rates:	1,000 to 20,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `GATE_HIGH`, `GATE_LOW`, `ABOVE`, `BELOW`, `GATE_ABOVE`, `GATE_BELOW`, `GATE_IN_WINDOW`, `GATE_OUT_WINDOW`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-2408 Series¶

The USB-2408 Series includes the following devices:

USB-2408
USB-2408-2AO

The USB-2408 Series supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 15
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP5VOLTS`, `BIP2PT5VOLTS`, `BIP1PT25VOLTS` `BIPPT625VOLTS`, `BIPPT312VOLTS` `BIPPT156VOLTS`, `BIPPT078VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`
Scan rates:	0.000011 to 1102.9411 S/s. The rate is dependent on the data rate value; the actual rate that is set will be returned.
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`, `t_in()` `get_config()`
Configuration:	`get_chan_type`, `set_chan_type`, `get_chan_tc_type`, `set_chan_tc_type`, `get_chan_data_rate`, `set_chan_data_rate`, `get_chan_otd_mode`, `set_chan_otd_mode`, `get_temp_unit`, `set_temp_unit`

Analog Output¶

Channels:	0 to 1
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `BLOCKIO`, `CONTINUOUS`
Scan rates:	0.000011 to 1,000 S/s
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`
Configuration:	none

Counter¶

Counter argument:	0 to 1
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-2416 Series¶

The USB-2416 Series includes the following devices:

USB-2416
USB-2416-4AO

The USB-2416 Series supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 31 (0 to 63 if the AI-EXP32 is attached)
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP5VOLTS`, `BIP2PT5VOLTS`, `BIP1PT25VOLTS` `BIPPT625VOLTS`, `BIPPT312VOLTS` `BIPPT156VOLTS`, `BIPPT078VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`
Scan rates:	0.000011 to 1102.9411 S/s
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`, `t_in()` `get_config()`
Configuration:	`get_chan_type`, `set_chan_type`, `get_chan_tc_type`, `set_chan_tc_type`, `get_chan_data_rate`, `set_chan_data_rate`, `get_chan_otd_mode`, `set_chan_otd_mode`, `get_temp_unit`, `set_temp_unit`

Analog Output¶

Channels:	0 to 3
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `BLOCKIO`, `CONTINUOUS`
Scan rates:	0.000011 to 1,000 S/s
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT0` (`AUXPORT0`, `AUXPORT1`, `AUXPORT2` if the AI-EXP32 is attached.)
Bits:	AUXPORT0: 0 to 7 AUXPORT1: 0 to 7 (terminals 8 to 15 on the AI-EXP32) AUXPORT2: 0 to 7 (terminals 16 to 23 on the AI-EXP32)
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`
Configuration:	none

Counter¶

Counter argument:	0 to 1
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`, `has_exp()`
Configuration:	none

USB-1608HS Series¶

The USB-1608HS Series includes the following devices:

USB-1608HS
USB-1608HS-2AO

The USB-1608HS Series supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP5VOLTS`, `BIP2VOLTS`, `BIP1VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER` `RETRIGGER`
Scan rates:	0.0093 to 250,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `ABOVE`, `BELOW`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output¶

Channels:	0 to 1
Ranges:	`BIP10VOLTS`
Scan options:	`DEFAULTIO`, `BLOCKIO`, `CONTINUOUS`
Scan rates:	0.59604 to 1,000,000 S/s
Functions:	`a_out()`, `a_out_list()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration:	`set_chan_sense_mode`, `get_chan_sense_mode`

Digital I/O¶

Ports:	`AUXPORT0`, `AUXPORT1`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`
Configuration:	none

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-DIO32HS¶

The DIO32HS Series supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	`AUXPORT0`, `AUXPORT1`
Bits:	0 to 15
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`, `PATTERN_EQ`, `PATTERN_NE`, `PATTERN_ABOVE`, `PATTERN_BELOW`
Functions:	`d_in()`, `d_in_list()`, `d_out()`, `d_out_list()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `d_in_scan()`, `d_out_scan()`, `d_in_get_scan_status()`, `d_out_get_scan_status()`, `d_in_scan_stop()`, `d_out_scan_stop()`, `d_in_scan_wait()`, `d_out_scan_wait()`, `d_in_set_trigger()`, `d_out_set_trigger()`, `get_config()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-CTR Series¶

The USB-CTR Series includes the following devices:

USB-CTR-04
USB-CTR-08

The USB-CTR Series supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	0.02235 to 4,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `d_in_scan()`, `d_out_scan()`, `d_in_get_scan_status()`, `d_in_scan_stop()`, `d_out_scan_stop()`, `d_in_scan_wait()`, `d_out_scan_wait()`, `d_in_set_trigger()`, `d_out_set_trigger()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	USB-CTR04: 0 to 3 USB-CTR08: 0 to 7
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	16-bit counter: 0.02235 to 4,000,000 S/s 32-bit counter: 0.02235 to 2,000,000 S/s 64-bit counter: 0.02235 to 1,000,000 S/s
Scan flags:	`DEFAULT`, `CTR16_BIT`, `CTR32_BIT`, `CTR64_BIT`, `NOCLEAR`
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`,
Counter measurement types:	`COUNT`, `PERIOD`, `PULSE_WIDTH`, `TIMING`
Counter measurement modes:	`COUNT` measurement type: `CLEAR_ON_READ`, `NO_RECYCLE`, `COUNT_DOWN`, `RANGE_LIMIT_ON`, `RANGE_GATING_ON`, `INVERT_GATE`, `GATE_CONTROLS_DIR`, `GATE_CLEARS_CTR`, `GATE_TRIG_SRC`, `OUTPUT_ON`, `INITIAL_STATE_HIGH` `PERIOD` measurement type: `PERIOD_X1`, `PERIOD_X10`, `PERIOD_X100`, `PERIOD_X1000`, `PERIOD_GATING_ON`, `PERIOD_INVERT_GATE` `PULSE_WIDTH` measurement type: `GATING_ON` `PULSE_WIDTH_INVERT_GATE`, `TIMING` measurement type: `TIMING_MODE_INVERT_GATE`
Tick sizes:	`TICK_20PT83ns`, `TICK_208PT3ns`, `TICK_2083PT3ns`, `TICK_20833PT3ns`
Register types:	`COUNT`, `LOAD`, `MIN_LIMIT`, `MAX_LIMIT`, `OUTPUT_VAL0`, `OUTPUT_VAL1`
Debounce times:	`DEBOUNCE_500ns`, `DEBOUNCE_1500ns`, `DEBOUNCE_3500ns`, `DEBOUNCE_7500ns`, `DEBOUNCE_15500ns`, `DEBOUNCE_31500ns`, `DEBOUNCE_63500ns`, `DEBOUNCE_127500ns`, `DEBOUNCE_100us`, `DEBOUNCE_300us`, `DEBOUNCE_700us`, `DEBOUNCE_1500us`, `DEBOUNCE_3100us`, `DEBOUNCE_6300us`, `DEBOUNCE_12700us`, `DEBOUNCE_25500us`
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`, `c_config_scan()`, `c_in_scan()`, `set_trigger()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration:	none

Timer¶

Timer argument:	0 to 3
Options:	`DEFAULT`, `EXTTRIGGER`, `RETRIGGER`
Frequency:	0.02235 to 48,000,000 Hz
Functions:	`pulse_out_start()`, `pulse_out_stop()`
Configuration:	none

DAQI¶

Channel types:	`DIGITAL`, `CTR16`, `CTR32` `CTR48`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	0.02235 to 4,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`daq_in_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-QUAD08¶

The USB-QUAD08 supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0 to 7
Scan options:	`DEFAULTIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`
Scan rates:	16-bit counter: 0.000011 to 8,000,000 S/s 32-bit counter: 0.000011 to 2,000,000 S/s 64-bit counter: 0.000011 to 1,000,000 S/s
Scan flags:	`DEFAULT`, `CTR16_BIT`, `CTR32_BIT`, `CTR64_BIT`
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Counter measurement types:	`COUNT`, `PERIOD`, `PULSE_WIDTH`, `ENCODER`
Counter measurement modes:	`COUNT` measurement type: `CLEAR_ON_READ`, `NO_RECYCLE`, `RANGE_LIMIT_ON`, `RANGE_GATING_ON`, `GATE_CONTROLS_DIR`, `DECREMENT_ON`, `LATCH_ON_INDEX`, `PERIOD` measurement type: `PERIOD_X1`, `PERIOD_X10`, `PERIOD_X100`, `PERIOD_X1000`, `PERIOD_GATING_ON` `PULSE_WIDTH` measurement type: `GATING_ON` `ENCODER` measurement type: `ENCODER_X1`, `ENCODER_X2`, `ENCODER_X4`, `ENCODER_LATCH_ON_Z`, `ENCODER_CLEAR_ON_Z`, `ENCODER_NO_RECYCLE`, `ENCODER_RANGE_LIMIT_ON`
Tick sizes:	`TICK_20PT83ns`, `TICK_208PT3ns`, `TICK_2083PT3ns`, `TICK_20833PT3ns`
Register types:	`COUNT`, `LOAD`, `MAX_LIMIT`
Debounce times:	`DEBOUNCE_500ns`, `DEBOUNCE_1500ns`, `DEBOUNCE_3500ns`, `DEBOUNCE_7500ns`, `DEBOUNCE_15500ns`, `DEBOUNCE_31500ns`, `DEBOUNCE_63500ns`, `DEBOUNCE_127500ns`, `DEBOUNCE_100us`, `DEBOUNCE_300us`, `DEBOUNCE_700us`, `DEBOUNCE_1500us`, `DEBOUNCE_3100us`, `DEBOUNCE_6300us`, `DEBOUNCE_12700us`, `DEBOUNCE_25500us`
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`, `c_config_scan()`, `c_in_scan()`, `set_trigger()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration:	none

Timer¶

Timer argument:	0 to 3
Options:	`DEFAULT`, `EXTTRIGGER`, `RETRIGGER`
Frequency:	0.02235 to 48,000,000 Hz
Trigger types:	`NEG_EDGE`
Functions:	`pulse_out_start()`, `pulse_out_stop()`, `get_pulse_out_status()`
Configuration:	none

DAQI¶

Channel types:	`DIGITAL`, `CTR16`, `CTR32` `CTR48`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `RETRIGGER`
Scan rates:	0.02235 to 4,000,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`daq_in_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-1024LS Series¶

The USB-1024LS Series includes the following devices:

USB-1024LS
USB-1024HLS

The USB-1024LS Series supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	`FIRSTPORTA`, `FIRSTPORTB`, `FIRSTPORTCL`, `FIRSTPORTCH`
Bits:	FIRSTPORTA: 0 to 7 FIRSTPORTB: 0 to 7 FIRSTPORTCL: 0 to 3 FIRSTPORTCH: 0 to 3
Functions:	`d_in()`, `d_in_list()`, `d_out()`, `d_out_list()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `get_config()`
Configuration:	`get_port_direction`, `set_port_initial_output_val` (USB-1024HLS only)

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-DIO24 Series¶

The USB-DIO24 Series includes the following devices:

USB-DIO24/37
USB-DIO24H/37

The USB-DIO24 Series supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	`FIRSTPORTA`, `FIRSTPORTB`, `FIRSTPORTCL`, `FIRSTPORTCH`
Bits:	FIRSTPORTA: 0 to 7 FIRSTPORTB: 0 to 7 FIRSTPORTCL: 0 to 3 FIRSTPORTCH: 0 to 3
Functions:	`d_in()`, `d_in_list()`, `d_out()`, `d_out_list()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `get_config()`
Configuration:	`get_port_direction`, `set_port_initial_output_val` (USB-DIO24H/37 only)

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-DIO96H Series¶

The USB-DIO96H Series includes the following devices:

USB-DIO96H
USB-DIO96H/50

The USB-DIO96H Series supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	`FIRSTPORTA`, `FIRSTPORTB`, `FIRSTPORTCL`, `FIRSTPORTCH` `SECONDPORTA`, `SECONDPORTB`, `SECONDPORTCL`, `SECONDPORTCH` `THIRDPORTA`, `THIRDPORTB`, `THIRDPORTCL`, `THIRDPORTCH` `FOURTHPORTA`, `FOURTHPORTB`, `FOURTHPORTCL`, `FOURTHPORTCH`
Bits:	PORTA: 0 to 7 PORTB: 0 to 7 PORTCL: 0 to 3 PORTCH: 0 to 3
Functions:	`d_in()`, `d_in_list()`, `d_out()`, `d_out_list()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `get_config()`
Configuration:	`get_port_direction`, `set_port_initial_output_val`

Counter (USB-DIO96H only)¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-ERB Series¶

The USB-ERB Series includes the following devices:

USB-ERB08
USB-ERB24

The USB-ERB Series supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	USB-ERB08: `FIRSTPORTCL`, `FIRSTPORTCH` USB-ERB24: `FIRSTPORTA`, `FIRSTPORTB`, `FIRSTPORTCL`, `FIRSTPORTCH`
Bits:	FIRSTPORTA and FIRSTPORTB: 0 to 7 FIRSTPORTCL and FIRSTPORTCH: 0 to 3
Functions:	`d_in()`, `d_in_list()`, `d_out()`, `d_out_list()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `get_config()`
Configuration:	`get_port_logic`

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-SSR Series¶

The USB-SSR Series includes the following devices:

USB-SSR08
USB-SSR24

The USB-SSR Series supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	USB-SSR08: `FIRSTPORTCL`, `FIRSTPORTCH` USB-SSR24: `FIRSTPORTA`, `FIRSTPORTB`, `FIRSTPORTCL`, `FIRSTPORTCH`
Bits:	FIRSTPORTA and FIRSTPORTB: 0 to 7 FIRSTPORTCL and FIRSTPORTCH: 0 to 3
Functions:	`d_in()`, `d_in_list()`, `d_out()`, `d_out_list()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `get_config()`
Configuration:	`get_port_logic`, `get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-PDISO8 Series¶

The USB-PDISO8 Series includes the following devices:

USB-PDISO8
USB-PDISO8/40

The USB-PDISO8 Series supports the following UL for Linux capabilities.

Digital I/O¶

Ports:	`AUXPORT0`, `AUXPORT1`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `get_config()`
Configuration:	`get_port_iso_filter_mask`, `get_port_direction`

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-3100 Series¶

The USB-3100 Series includes the following devices:

USB-3101
USB-3102
USB-3103
USB-3104
USB-3105
USB-3106
USB-3110
USB-3112
USB-3114

The USB-PDISO8 Series supports the following UL for Linux capabilities.

Analog Output¶

Channels:	USB-3101, USB-3102, and USB-3110: 0 to 3 USB-3103, USB-3104, and USB-3112: 0 to 7 USB-3105, USB-3106, and USB-3114: 0 to 15
Ranges:	USB-3101, USB-3103, USB-3105, USB-3110, USB-3112, and USB-3114: `BIP10VOLTS`, `UNI10VOLTS` USB-3102, USB-3104, and USB-3106: `BIP10VOLTS`, `UNI10VOLTS`, `MA0TO20`
Functions:	`a_out()`, `a_out_list()`, `get_config()`
Configuration:	`set_sync_mode`, `get_sync_mode`

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0 to 1
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-2001-TC¶

The USB-2001-TC supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0
Functions:	`t_in()`, `get_config()`
Configuration:	`set_chan_tc_type`, `get_chan_tc_type`

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-TC¶

The USB-TC supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Functions:	`t_in()`, `t_in_list()`, `get_config()`
Configuration:	`set_chan_tc_type`, `get_chan_tc_type`

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-TEMP¶

The USB-TEMP supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Functions:	`t_in()`, `t_in_list()`, `get_config()`
Configuration:	`set_chan_tc_type`, `get_chan_tc_type`, `set_chan_type`, `get_chan_type`, `set_chan_sensor_connection_type`, `get_chan_sensor_connection_type`, `get_chan_sensor_coefficients`

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-TC-AI¶

The USB-TC-AI supports the following UL for Linux capabilities.

Analog Input¶

Channels:	Temperature: 0 to 7 Voltage: 4 to 7
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	`SINGLE_ENDED`: `BIP10VOLTS`, `BIP5VOLTS`, `BIP2PT5VOLTS`, `BIP1PT25VOLTS` `DIFFERENTIAL`: `BIP10VOLTS`, `BIP5VOLTS`, `BIP2PT5VOLTS`, `BIP1PT25VOLTS`, `BIPPT078VOLTS`
Functions:	`t_in()`, `t_in_list()`, `a_in()`, `get_config()`
Configuration:	`set_chan_tc_type`, `get_chan_tc_type`

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

USB-TEMP-AI¶

The USB-TEMP-AI supports the following UL for Linux capabilities.

Analog Input¶

Channels:	Temperature: 0 to 7 Voltage: 4 to 7
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	`SINGLE_ENDED`: `BIP10VOLTS`, `BIP5VOLTS`, `BIP2PT5VOLTS`, `BIP1PT25VOLTS` `DIFFERENTIAL`: `BIP10VOLTS`, `BIP5VOLTS`, `BIP2PT5VOLTS`, `BIP1PT25VOLTS`, `BIPPT078VOLTS`
Functions:	`t_in()`, `t_in_list()`, `a_in()`, `get_config()`
Configuration:	`set_chan_tc_type`, `get_chan_tc_type`, `set_chan_type`, `get_chan_type`, `set_chan_sensor_connection_type`, `get_chan_sensor_connection_type`, `get_chan_sensor_coefficients`

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

SC-1608G Series¶

The SC-1608G Series includes the following devices:

SC-1608G - this board is functionally equivalent to the USB-1608G.
SC-1608GX - this board is functionally equivalent to the USB-1608GX.
SC-1608GX-2AO - this board is functionally equivalent to the USB-1608GX-2AO.

Refer to the USB-1608G Series topic for supporting UL for Linux capabilities applicable to the SC-1608G Series.

DT9837 Series¶

The DT9837 Series includes the following devices:

DT9837A
DT9837B
DT9837C

The DT9837 Series supports the following UL for Linux capabilities. Unless otherwise indicated, OEM versions support the same capabilities as the equivalent standard versions.

Analog Input¶

Channels:	0 to 3
Input modes:	`SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP1VOLTS`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`, `EXTTIMEBASE`, `TIMEBASEOUT`
Scan rates:	DT9837A: 195.313 to 52,734 S/s DT9837B: 195.313 to 105,469 S/s DT9837C: 195.313 to 105,469 S/s
Trigger types:	DT9837A: `POS_EDGE`, `RISING` DT9837B: `POS_EDGE`, `RISING`, DT9837C: `POS_EDGE`, `RISING`, `RISING`, `FALLING`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`, `get_config()`
Configuration*:	`set_chan_iepe_mode`, `get_chan_iepe_mode`, `set_chan_coupling_mode`, `get_chan_coupling_mode`, `set_chan_sensor_connection_type`, `get_chan_sensor_connection_type`

* For additional information, refer to the Using UL for Linux section in Appendix D of the DT9837 Series User’s Manual.

Analog Output (DT9837A and DT9837C only)¶

Channels:	0
Ranges:	DT9837A: `BIP10VOLTS` DT9837C: `BIP3VOLTS`
Scan options:	`DEFAULTIO`, `BLOCKIO`, `CONTINUOUS`, `EXTTRIGGER`
Scan rates:	DT9837A: 10,000 to 52,734 S/s DT9837C: 10,000 to 96,000 S/s
Trigger types:	`POS_EDGE`, `RISING`
Functions:	`a_out()`, `a_out_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Counter (DT9837A and DT9837B only)¶

Counter argument:	0 to 2
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTTRIGGER`, `EXTTIMEBASE`, `TIMEBASEOUT`
Scan rates:	DT9837A: 195.313 to 52,734 S/s DT9837B: 195.313 to 10,546 S/s
Scan flags:	`DEFAULT`, `CTR32_BIT`, `NOCLEAR`
Trigger types:	`POS_EDGE`, `RISING`
Counter measurement types:	Counter 0 to Counter 1: `COUNT`, `PERIOD`, Counter 2 to Counter 3: `PULSE_WIDTH`
Counter measurement modes:	`COUNT` measurement type: `DEFAULT` `PERIOD` measurement type: `PERIOD_X1`, `PULSE_WIDTH` measurement type: `DEFAULT`
Tick sizes:	`TICK_20ns`, `TICK_200ns`, `TICK_2000ns`, `TICK_20000ns`
Register types:	`COUNT`, `LOAD`, `MIN_LIMIT`, `MAX_LIMIT`
Debounce times:	`DEBOUNCE_500ns`, `DEBOUNCE_1500ns`, `DEBOUNCE_3500ns`, `DEBOUNCE_7500ns`, `DEBOUNCE_15500ns`, `DEBOUNCE_31500ns`, `DEBOUNCE_63500ns`, `DEBOUNCE_127500ns`, `DEBOUNCE_100us`, `DEBOUNCE_300us`, `DEBOUNCE_700us`, `DEBOUNCE_1500us`, `DEBOUNCE_3100us`, `DEBOUNCE_6300us`, `DEBOUNCE_12700us`, `DEBOUNCE_25500us`
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`, `c_config_scan()`, `c_in_scan()`, `set_trigger()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`
Configuration*:	`set_register_val`, `get_register_val`

* For additional information, refer to the Using UL for Linux section in Appendix D of the DT9837 Series User’s Manual.

DAQI¶

Channel types:	DT9837A: `ANALOG_SE`, `CTR32`, `DAC` DT9837B: `ANALOG_SE`, `CTR32` DT9837C: `ANALOG_SE`
Scan options:	`DEFAULTIO`, `SINGLEIO`, `BLOCKIO`, `CONTINUOUS`, `EXTTRIGGER`, `EXTTIMEBASE`, `TIMEBASEOUT`
Scan rates:	DT9837A: 195.313 to 52,734 S/s DT9837B: 195.313 to 105,469 S/s DT9837C: 195.313 to 105,469 S/s
Trigger types:	DT9837A:`POS_EDGE`, `RISING` DT9837B: `POS_EDGE`, `RISING` DT9837C: `POS_EDGE`, `NEG_EDGE` `RISING`, `FALLING`
Functions:	`daq_in_scan()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`, `ON_END_OF_OUTPUT_SCAN`, `ON_OUTPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`
Configuration:	none

E-1608¶

The E-1608 supports the following UL for Linux capabilities. Unless otherwise indicated, the OEM version supports the same capabilities as the standard version.

Analog Input¶

Channels:	0 to 7
Input modes:	`DIFFERENTIAL`, `SINGLE_ENDED`
Ranges:	`BIP10VOLTS`, `BIP5VOLTS`, `BIP2VOLTS`, `BIP1VOLTS`
Scan options:	`DEFAULTIO`, `BLOCKIO`, `CONTINUOUS`, `EXTCLOCK`, `EXTTRIGGER`
Scan rates:	0.01863 to 250,000 S/s
Trigger types:	`HIGH`, `LOW`, `POS_EDGE`, `NEG_EDGE`
Functions:	`a_in()`, `a_in_scan()`, `a_in_load_queue()`, `get_scan_status()`, `scan_stop()`, `scan_wait()`, `set_trigger()`
Configuration:	none

Analog Output¶

Channels:	0 to 1
Ranges:	`BIP10VOLTS`
Functions:	`a_out()`
Configuration:	none

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Events¶

Event types:	`ON_DATA_AVAILABLE`, `ON_END_OF_INPUT_SCAN`, `ON_INPUT_SCAN_ERROR`
Functions:	`enable_event()`, `disable_event()`
Configuration:	none

Device¶

Functions:	`flash_led()`, `mem_read()`, `mem_write()`
Configuration:	`get_connection_code`, `set_connection_code`, `get_ip_address`, `get_network_interface_name`

Settings memory map¶

The settings memory map is provided for advanced applications which require device configuration.

Note that default device settings are acceptable for most applications. If you need to change a device setting, however, the preferred method to use is InstaCal.

Address	Value	Default Value
0x000-0x001	Network options: Bit 0: 0 = DHCP enabled, 1 = DHCP disabled Bit 1: 0 = Auto IP enabled, 0 = Auto IP disabled Bit 2-15: reserved	0x0000
0x002-0x005	Default IPv4 address	192.168.0.101
0x006-0x009	Default IPv4 subnet mask	255.255.255.0
0x00A-0x00D	Default IPv4 gateway address	192.168.0.101
0x00E-0x00F	Reserved
0x010-0x011	Reserved
0x012-0x015	Connection code, 4 bytes	0x00000000
0x016	DOut connection mode. This determines the DOut value when the connection status changes. 0 = no change 1 = apply specified tristate/latch values	0
0x017	DOut tristate mask for connection/disconnection (bits set to 0 are outputs, bits set to 1 are no change).	0xFF
0x018	Reserved
0x019	DOut latch value when host is connected.	0x00
0x01A	DOut latch value when host is disconnected.	0x00
0x01B	AOut channel 0 connection mode. This determines the AOut value when the connection changes. 0 = no change 1 = apply specified values to channel 0	0
0x01C-0x01D	AOut channel 0 value when host is connected.	32768
0x01E-0x01F	AOut channel 0 value when host is disconnected.	32768
0x020	AOut channel 1 connection mode. This determines the AOut value when the connection changes. 0 = no change 1 = apply specified values to channel 1	0
0x021-0x022	AOut channel 1 value when host is connected.	32768
0x023-0x024	AOut channel 1 value when host is disconnected.	32768
0x025-0x1FF	Reserved

Note: The settings do not take effect until after the device is reset or power cycled.

If you are unable to communicate with the device after changing the settings section of memory, refer to the Restoring factory default settings section of the device user’s manual.

To prevent unwanted memory writes to the device EEPROM, a memory unlock code of 0xAA55 is required for the DaqDevice.mem_write and DaqDeviceConfig.set_connection_code functions.

E-DIO24¶

The E-DIO24 supports the following UL for Linux capabilities. Unless otherwise indicated, the OEM version supports the same capabilities as the standard version.

Digital I/O¶

Ports:	`AUXPORT0`, `AUXPORT1`, `AUXPORT2`
Bits:	AUXPORT0: 0 to 7 AUXPORT1: 0 to 7 AUXPORT2: 0 to 7
Functions:	`d_in()`, `d_in_list()`, `d_out()`, `d_out_list()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `get_config()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`, `mem_read()`, `mem_write()`
Configuration:	`get_connection_code`, `set_connection_code`, `get_ip_address`, `get_network_interface_name`

Settings memory map¶

The settings memory map is provided for advanced applications which require device configuration.

Note that default device settings are acceptable for most applications. If you need to change a device setting, however, the preferred method to use is InstaCal.

Address	Value	Default Value
0x000-0x001	Network options: Bit 0: 0 = DHCP enabled, 1 = DHCP disabled Bit 1: 0 = Auto IP enabled, 0 = Auto IP disabled Bit 2-15: reserved	0x0000
0x002-0x005	Default IPv4 address	192.168.0.101
0x006-0x009	Default IPv4 subnet mask	255.255.255.0
0x00A-0x00D	Default IPv4 gateway address	192.168.0.101
0x00E-0x00F	Reserved
0x010-0x011	Reserved
0x012-0x015	Connection code, 4 bytes	0x00000000
0x016	DOut connection mode. This determines the DOut value when the connection status changes. 0 = no change 1 = apply specified tristate/latch values	0
0x017	Reserved
0x018	DOut port 0 tristate mask for connection/disconnection (bits set to 0 are outputs, bits set to 1 are no change).	0xFF
0x019	DOut port 1 tristate mask for connection/disconnection (bits set to 0 are outputs, bits set to 1 are no change).	0xFF
0x01A	DOut port 2 tristate mask for connection/disconnection (bits set to 0 are outputs, bits set to 1 are no change).	0xFF
0x01B	Reserved
0x01C	DOut port 0 latch value when host is connected.	0x00
0x01D	DOut port 1 latch value when host is connected.	0x00
0x01E	DOut port 2 latch value when host is connected.	0x00
0x01F	Reserved
0x020	DOut port 0 latch value when host is disconnected.	0x00
0x021	DOut port 1 latch value when host is disconnected.	0x00
0x022	DOut port 2 latch value when host is disconnected.	0x00
0x023-0x0FF	Reserved

Note: The settings do not take effect until after the device is reset or power cycled.

If you are unable to communicate with the device after changing the settings section of memory, refer to the Restoring factory default settings section of the device user’s manual.

To prevent unwanted memory writes to the device EEPROM, a memory unlock code of 0xAA55 is required for the DaqDevice.mem_write and DaqDeviceConfig.set_connection_code functions.

E-TC¶

The E-TC supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 7
Functions:	`t_in()`, `t_in_list()`, `get_config()`
Flags:	`DEFAULT`, `WAIT_FOR_NEW_DATA`
List flags:	`DEFAULT`, `WAIT_FOR_NEW_DATA`
Configuration:	`set_chan_tc_type`, `get_chan_tc_type`, `set_chan_type`, `get_chan_type`, `set_otd_mode`, `get_otd_mode`, `set_calibration_table_type`, `get_calibration_table_type`

Digital I/O¶

Ports:	`AUXPORT`
Bits:	0 to 7
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()`, `d_clear_alarm()`
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`, `mem_read()`, `mem_write()`
Configuration:	`get_connection_code`, `set_connection_code`, `get_ip_address`, `get_network_interface_name`

Settings memory map¶

The settings memory map is provided for advanced applications which require device configuration.

Note that default device settings are acceptable for most applications. If you need to change a device setting, however, the preferred method to use is InstaCal.

Address	Value	Default Value
0x00-0x01	Network options: Bit 0: 0 = DHCP enabled, 1 = DHCP disabled Bit 1: 0 = Auto IP enabled, 0 = Auto IP disabled Bit 2-15: reserved	0x0000
0x02-0x05	Default IPv4 address	192.168.0.101
0x06-0x09	Default IPv4 subnet mask	255.255.255.0
0x0A-0x0D	Default IPv4 gateway address	192.168.0.101
0x0E-0x0F	Reserved
0x10-0x11	Reserved
0x12-0x15	Connection code, 4 bytes	0x00000000
0x16-0x1F	Reserved

Note: The settings do not take effect until after the device is reset or power cycled.

If you are unable to communicate with the device after changing the settings section of memory, refer to the Restoring factory default settings section of the device user’s manual.

To prevent unwanted memory writes to the device EEPROM, a memory unlock code of 0xAA55 is required for the DaqDevice.mem_write and DaqDeviceConfig.set_connection_code functions.

TC-32¶

The TC-32 supports the following UL for Linux capabilities.

Analog Input¶

Channels:	0 to 31 0 to 63 if the TC-32-EXP is attached - see `has_exp` below
Functions:	`t_in()`, `t_in_list()`, `get_config()`
Flags:	`DEFAULT`, `WAIT_FOR_NEW_DATA`
List flags:	`DEFAULT`, `WAIT_FOR_NEW_DATA`
Configuration:	`set_chan_tc_type`, `get_chan_tc_type`, `set_chan_type`, `get_chan_type`, `set_reject_freq_type`, `get_reject_freq_type`, `set_calibration_table_type`, `get_calibration_table_type`, `set_otd_mode`, `get_otd_mode`, `get_expansion_cal_date`

Digital I/O¶

Ports:	`FIRSTPORTA`, `FIRSTPORTB` `SECONDPORTA`, `SECONDPORTB` if the TC-32-EXP is attached - see `has_exp` below
Bits:	`FIRSTPORTA`: 0 to 7 `FIRSTPORTB`: 0 to 31 `SECONDPORTA`: 0 to 7 `SECONDPORTB`: 0 to 31
Functions:	`d_in()`, `d_out()`, `d_bit_in()`, `d_bit_out()`, `d_config_port()`, `d_config_bit()`, `get_config()` Call `DaqDeviceConfig.has_exp` to determine the number of valid ports.
Configuration:	`get_port_direction`

Counter¶

Counter argument:	0
Functions:	`c_in()`, `c_read()`, `c_load()`, `c_clear()`
Configuration:	none

Device¶

Functions:	`flash_led()`, `mem_read()`, `mem_write()`
Configuration:	`get_connection_code`, `set_connection_code`, `get_ip_address`, `get_network_interface_name`, `has_exp`

Settings memory map¶

The settings memory map is provided for advanced applications which require device configuration.

Note that default device settings are acceptable for most applications. If you need to change a device setting, however, the preferred method to use is InstaCal.

Address	Value	Default Value
0x00-0x01	Network options: Bit 0: 0 = DHCP enabled, 1 = DHCP disabled Bit 1: 0 = Auto IP enabled, 0 = Auto IP disabled Bit 2-15: reserved	0x0000
0x02-0x05	Default IPv4 address	192.168.0.101
0x06-0x09	Default IPv4 subnet mask	255.255.255.0
0x0A-0x0D	Default IPv4 gateway address	192.168.0.101
0x0E-0x0F	Reserved
0x10-0x11	Reserved
0x12-0x15	Connection code, 4 bytes	0x00000000
0x16-0x1F	Reserved

Note: The settings do not take effect until after the device is reset or power cycled.

If you are unable to communicate with the device after changing the settings section of memory, refer to the Restoring factory default settings section of the device user’s manual.

To prevent unwanted memory writes to the device EEPROM, a memory unlock code of 0xAA55 is required for the DaqDevice.mem_write and DaqDeviceConfig.set_connection_code functions.