NI PCI-6036e

The National Instruments PCI-6036e is an E Series card for a PCI slot. For more information, visit the National Instruments' website for the NI PCI-6036e.

The QUARC driver name for this card is ni_pci_6036e .

Clocks

This card is part of the DAQmx API, and therefore the hardware clocks cannot be directly accessed. The clocks can only be set indirectly with the functions that utilize them such as the timebase blocks.

Only one hardware timebase may be used at a time. In addition, immediate I/O and task-based I/O cannot use the same channels with the NI PCI-6036e card, even if they use different resources. For instance, if a task created using hil_task_create_analog_reader is reading from analog input 0, then hil_read_analog cannot be used to read from analog input 0 while the task is running.

The hil_task_create functions only support a samples_in_buffer argument of 1 when used with the NI PCI-6036e card. Attempting to use a different buffer size will result in the error: "The specified buffer size is not valid. It may be out of an acceptable range."

Analog Inputs

The NI PCI-6036e supports 16 analog inputs (channels 0 to 15) with 16-bit resolution.

The valid input ranges are ±10V, ±5V, ±0.5V, and ±0.05V. To change from the default range of ±10V, use the hil_set_analog_input_ranges function.

The supported analog input configurations are Referenced singled-ended (0), Non-referenced singled-ended (1), Differential (2). In order to change the analog input configuration, use the hil_set_analog_input_configuration function.

By default, all NI 60xx (E Series), NI 62xx (M Series), NI 63xx (X Series) boards have the default analog input configuration as:

Note that when configuring for differential inputs, the positive and negative pairs of the signals must be connected as indicated above. For example for cards that have 32 analog input channels, and if you want to use the maximum number of differential inputs (i.e. 16 differential inputs), then the first differential input's positive line must be connected to channel 0, and negative line to channel 8. The second differential input's positive line must be connected to channel 1, and negative line to channel 9. This continues for the first eight differential inputs. Then the ninth differential input's positive line must be connected to channel 16, and negative line to channel 24. The tenth differential input's positive line must be connected to channel 17, and negative line to channel 25. This continues for the remaining channels. In order to read the differential input values, the input channels must be set to [0-7, 16-23].

Analog Outputs

The NI PCI-6036e supports 2 analog outputs (channels 0 to 1) with 16-bit resolution.

The only valid output range is ±10V.

Digital Inputs

The NI PCI-6036e supports 8 digital input lines (lines 0 to 7).

A digital I/O line cannot be used as an input and output at the same time.

Since the digital I/O lines may be individually programmed as inputs or outputs, all the channels which will be used for digital inputs should be configured with the hil_set_digital_directions function. Set the input_channels argument to all the digital I/O channels that will be used as digital inputs on the board.

Digital Outputs

The NI PCI-6036e supports 8 digital output lines (lines 0 to 7).

A digital I/O line cannot be used as an input and output at the same time.

Since the digital I/O lines may be individually programmed as inputs or outputs, all the channels which will be used for digital outputs should be configured with the hil_set_digital_directions function. Set the output_channels argument to all the digital I/O channels that will be used as digital outputs on the board.

Encoder Inputs

The NI PCI-6036e supports 2 encoder inputs with 24-bit count values (channels 0 and 1). Note that since this card uses its counters for both encoder inputs and PWM outputs, you can only use a counter as either an encoder input or a PWM output channel.

In order to set the encoder counters to a particular count, use the hil_set_encoder_counts function. Configure the quadrature mode using the hil_set_encoder_quadrature_mode function. The NI PCI-6036e only supports non-quadrature (count and direction) counting. The NI PCI-6036e does not support encoder filtering.

PWM Outputs

The NI PCI-6036e supports 2 24-bit PWM Outputs using its 2 counters (channels 0 and 1). The PWM outputs on this card use a counter timebase rate of 20 MHz. Note that since this card uses its counters for both encoder inputs and PWM outputs, you can only use a counter as either an encoder input or a PWM output channel.

Use the hil_set_pwm_mode function to set the desired PWM output mode. The NI PCI-6036e supports all the PWM output modes: duty cycle, frequency or period. See the description of the PWM Output Configurations for details on these modes. Then use the hil_set_pwm_frequency or hil_set_pwm_duty_cycle function to set the desired frequency or duty cycle respectively. Note that this card is part of the National Instruments' DAQmx API and one of the limitations of this API is that you cannot output a PWM signal with a 0% or 100% duty cycle. Furthermore, a value of 0 for frequency is also not acceptable. When in duty cycle mode, the acceptable range of duty cycles are:

• Minimum duty cycle = (2/counter timebase rate) / (PWM signal period)
• Maximum duty cycle = 1 - Minimum duty cycle

Note that the PWM signal period is the frequency inverted. Therefore, the acceptable value for duty cycle is related to the frequency at which the signal is being generated. In frequency mode, the acceptable range of frequencies are related to the duty cycle of the signal and are as follows:

• Minimum frequency = (counter timebase rate) / (counter bit resolution)
• Maximum frequency = 1 / (2(1/PWM duty cycle) (1/counter timebase rate))

In period mode, the maximum and minimum values for period are recipricols of the minimum/maximum values for frequency above.

Other Inputs

The NI PCI-6036e card does not support other inputs.

Other Outputs

The NI PCI-6036e card does not support other outputs.

Interrupts

The NI PCI-6036e card, or its driver, does not support any interrupt sources.

Watchdog

The NI PCI-6036e card does not support a watchdog timer.

Board-Specific Options

The board-specific options are set using the hil_set_card_specific_options function. All of the options follow the form:

option1=value[,option2=value...]

Multiple options are entered on the same line separated by semicolons. Note that there are no spaces in the line. The options and their values are not case sensitive for the National Instruments boards. The following are the available options and valid values for this board.

Properties

The NI PCI-6036e card does not support any properties.

Targets

See Also

• DAQmx Overview
• Supported National Instruments Cards

Copyright ©2023 Quanser Inc. This page was generated Thu 05/04/2023. Submit feedback to Quanser about this page.