Resolver Signal Conditioner

Description: The MUP110/160 signal conditioner supplies potentiometric sensors with a highly stable constant voltage. A high impedance input circuit presents virtually no load to the wiper signal of a connected potentiometer. The signal is then converted into a proportional current or voltage output

• Device Configuration: Other
• Form Factor: Stand Alone
• Signal Conditioning Type: Other
• Encoder Input: Yes

Description: Signal converter for frequency to analogue and serial output Tachometer functionality ±10 Vdc, 0-20 mA or 4-20 mA analogue output or optional RS232 / RS485 serial output Input frequency range 0.1 Hz - 1 MHz Compact housing for DIN rail mounting For connection of incremental TTL, HTL

• Outputs: Current Loop (e.g., 4-20 mA), Voltage
• Signal Inputs: Frequency
• Specialized / Other Inputs: Encoder
• Form Factor: Modular Bay / Slot System

Description: The Sensor Signal Broadcaster accepts standard incremental encoder inputs, (two channels in quadrature plus an index and complements) and can broadcast up to four encoder signals to four independent devices. Each of the broadcast signals are optically isolated, eliminating ground loops

• Signal Conditioning Type: Signal Isolator, Other
• Form Factor: DIN Rail
• Differential Channels: Yes
• DC Voltage Input: Yes

Description: Includes transducer power supply that can operate input signal transducer

• Device Configuration: Frequency-to-Voltage Converter
• Form Factor: Printed Circuit Board (PCB)
• User Interface: Other
• Signal Conditioning Type: Frequency-to-Voltage Converter

Description: Description: Low Cost Resolver-to-Digital-Monolithic. Can be set up as Resolver, Synchro or LVDT-to-Digital converter with tach grade velocity output. Available in military and industrial models. Resolution:10, 12, 14, or 16 bit. Accuracy: To +/-2.3 minutes. Tracking: To 1152 rps

• Input Signals: DC Voltage
• Form Factor: Printed Circuit Board (PCB)
• User Interface: Computer Programmable
• DC Voltage Input: Yes

Description: The KL5121 can be used to implement a linear path control. The terminal reads an incremental signal, which can be supplied by an incremental encoder or a pulse generator, and switches the outputs when the counter reaches a previously defined state. The counter states can be transmitted

• Data Acquisition Device Type: I/O Module
• Form Factor: Modular Bay / Slot System
• Encoder Input: Yes
• Voltage Output: Yes

Description: Optically isolated with 2500 Vrms isolation voltage

• Form Factor: Printed Circuit Board (PCB)
• User Interface: Computer Programmable
• Connection to Host: Direct Backplane Interface
• Encoder Input: Yes

Description: Monitors machine position and delivers absolute position data

• Input Signals: DC Voltage
• Device Configuration: I/O Module
• Form Factor: Modular Bay / Slot System
• User Interface: Computer Programmable

Description: Divides resolution by any number between 1 and 4096 Produces 90 deg. quadrature with 50% duty cycle Low cost solution for custom resolutions Tracks encoder position in real-time from DC to 1 MHz Positive finger-latching connectors Optional DIN rail mount

• Input Signals: DC Voltage, DC Current
• Form Factor: Stand Alone
• DC Voltage Input: Yes
• DC Current Input: Yes

Description: The Model 5096QI Quadrature Interface translates quadrature encoder outputs into the standard Model 5096 data transmitter digital port input Form “C” increments and down/up status lines. Designed to operate at very low current, the Model 5096QI draws less than 300 mA (typical) when

• Signal Converter Type: Other
• Device Configuration: Other
• Signal Conditioning Type: Other
• Encoder Input: Yes

Description: . In addition to linear amplifiers, the unit includes analog to PWM converters and circuitry to adapt PI’s differential encoder signals to the single-ended signals required by NI controller. The automatic analog to PWM conversion makes it possible to operate micropositioning systems

Description: 8 Digital sourcing inputs (10-32 VDC), step rates up to 1 million steps/sec

• Differential Channels: Yes
• Input Signals: DC Voltage
• Device Configuration: Data Acquisition Computer Board
• Form Factor: Modular Bay / Slot System

Description: CANSAS represents a revolutionary concept, combining the best of decentralized and modular instrumentation design for the acquisition of physical measurement data. CANSAS finds a home in the test engineer's toolbox in a wide variety of applications. Owing to CANSAS' reconfigurability and modularity,

• Signal Conditioning Type: Signal Filter, Instrumentation Amplifier, Sample-and-Hold Amplifier, Frequency Converter / Translator
• Form Factor: Rack Mount, DIN Rail, Other
• Differential Channels: Yes
• DC Voltage Input: Yes

Description: for quick connection of system elements. The ICM-2900 provides access to the signals for up to 4 axes; two are required for 5 or more axes.

• Data Acquisition Device Type: I/O Module
• Form Factor: Printed Circuit Board (PCB)
• Isolation: Other
• Encoder Input: Yes

Description: Inputs from incremental or quadrature encoders, 3 independent axes

• Data Acquisition Device Type: Data Acquisition Computer Board
• Form Factor: Printed Circuit Board (PCB)
• Differential Channels: Yes
• AC Voltage Input: Yes

Description: , giving you direct, immediate control over all I/O signals to deliver high-performance capabilities such as the following: -Complete control over the synchronization and timing of all signals and operations -Custom onboard decision making that executes with hardware-timed speed and reliability

• Differential Channels: Yes
• Form Factor: Printed Circuit Board (PCB)
• Computer Bus: PXI Bus
• Connection to Host: Direct Backplane Interface

Description: Use the "Configure System" link above to configure an SCXI DAQ system based on this module. The NI SCXI-1540 is an 8-channel linear-voltage differential transformer (LVDT) module that provides the necessary conditioning to measure signals from transformer-based ratiometric position sensors

• Data Acquisition Device Type: Input Module
• Form Factor: Modular Bay / Slot System
• Frequency Input: Yes
• LVDT / RVDT Input: Yes