Supplier: Measurement Specialties, Inc.
Description: constraints. The PWM signal runs on a base frequency of 120Hz and the data signal is provided on SDA line. Pulling SCL high or low allows for switching between humidity and temperature, respectively. The sensor measures twice per second. The PWM signal may be converted to an analog ratiometric interface
- Variables Measured: Relative Humidity, Temperature
- Form Factor: Sensor / Probe
- RH/aw Range: 0.0 to 100 %
- RH/aw Accuracy: 3 to 5 %
Frequency-to-Current Converters - TT230 Series - TT239 Transmitter, Frequency/Pulse/PWM Input, 12-32 DC Loop/Local/Power -- TT239-0600Supplier: Acromag, Inc.
Description: The TT239 model is a space-saving two-wire transmitter that isolates and converts a frequency, pulse, or pulse-width modulation (PWM) input to a proportional 4-20mA signal. You can select to measure either the input frequency or the duty cycle. Power is received from the output loop current or a DC
- Form Factor: DIN Rail
- Operating Temperature: -40 to 176 F
- Vibration Rating: 4 g
- Shock Rating: 25 g
Supplier: National Instruments
Description: general-purpose counter/timers built in. You can access these counters through a parallel digital C Series module such as the NI 9401 or NI 9402 for applications that involve quadrature encoders, PWM, event counting, pulse train generation, and period or frequency measurement. The cDAQ-9184 chassis
- Mounting Style: Rack Mounted
- Backplane Bus / Standard: Other
- Number of CPU Slots: None
- Other Slot Type: Yes
Supplier: Celeroton AG
Description: RMS current and voltage values can be measured and displayed. By using high bandwidth and fast sampled measurements, high-frequency and PWM losses of the system can be quickly determined.
- Phase: Single-Phase
- Number of Data Channels: 1 to 3
- Electrical Parameters: AC Voltage, AC Current
- Power Quality Parameters: True RMS Voltage, True RMS Current
Supplier: Maxim Integrated Products, Inc.
Description: The MAX1932 generates a low-noise, high-voltage output to bias avalanche photodiodes (APDs) in optical receivers. Very low output ripple and noise is achieved by a constant-frequency, pulse-width modulated (PWM) boost topology combined with a unique architecture that maintains regulation
- Regulator Category: Switching Regulator
- Regulated Output Voltage (Volt): 90 volts
- Output Current (IOUT): 0.0100 amps
- Operating Temperature: -40 to 185 F
IC Interfaces - Programmable, Four-String HB LED Driver with Output-Voltage Optimization and Fault Detection -- MAX16826Supplier: Maxim Integrated Products, Inc.
Description: , an analog-to-digital converter (ADC), and an I²C interface. The IC is designed to withstand automotive load dump transients up to 40V and can operate under cold crank conditions. The MAX16826 contains a current-mode PWM switching regulator controller that regulates the output voltage to the LED array
- Device Type / Applications: LED Driver
- RoHS Compliant: Yes
- TJ: -40 to 257 F
- IC Package Type: QFN, Other
Supplier: Infineon Technologies AG
Description: to measure the voltage. Summary of Features: Synchronous step down Controller driving currents up to 10A Current limitation adjustable with Shunt resistor or Rdson Adjustable output voltage ± 2% output voltage tolerance External power transistors Integrated bootstrap diode PWM
- IC Package Type: Other
- Configuration / Function: Step-down (Buck)
- Output Voltage (Volt): 1.2 to 40 volts
- Input Voltage (VIN): 4.75 to 45 volts
Amplifier and Comparator Chips - ISL6316Enhanced 4-Phase PWM Controller with 6-Bit VID Code Capable of Precision RDS(on) or DCR Differential Current Sensing for VR10 Application -- ISL6316Supplier: Techwell, Inc.
Description: to Enable VR and Ensure Power Sequencing Control Overcurrent Protection Overvoltage Protection 2, 3 or 4 Phase Operation Adjustable Switching Frequency up to 1MHz per Phase Package Option QFN Compliant to JEDEC PUB95 MO-220 QFN - Quad Flat No Leads - Product Outline QFN Near Chip Scale Package
IC Voltage Regulators - ISL63076-Phase PWM Controller with 8 Bit VID Code Capable of Precision RDS(ON) or DCR Differential Current -- ISL6307Supplier: Techwell, Inc.
Description: Sequencing and VTT Enable Thermal Monitoring Programmable Temperature Compensation Overcurrent Protection Overvoltage Protection with OVP Output Indication 2, 3, 4, 5 or 6 Phase Operation Adjustable Switching Frequency up to 1MHz per Phase QFN Package Option QFN Compliant to JEDEC PUB95 MO-220 QFN
- Regulator Category: Switching Regulator
- Regulated Output Voltage (Volt): 0.5000 to 1.6 volts
- Output Current (IOUT): 200 amps
Description: design measures, second generation SSO-Bearings and Noctua's new, custom designed PWM IC for fully automatic control guarantee astounding quietness of operation. The NF-F12 comes with modular cabling, integrated anti-vibration pads and two speed settings for full flexibility. Its commanding
Supplier: VTI Instruments Corporation
Description: frequency and period, to totalize, and to input or output PWM and FM signals. This card is functionally similar to VT1415, except that it can also accept one special type of SCP which allows it measure remote strain inputs. However, for high performance strain measurements, VTI recommends to use EX1629
- Signal Conditioning Type: Digital-to-Analog Converter
- Form Factor: Printed Circuit Board (PCB), Modular Bay / Slot System
- Analog Input Channels: 64
- DC Voltage Input: Yes
Supplier: VTI Instruments Corporation
Description: , the digital capability of SCP range includes the ability to set or sense static states, to measure input frequency and period, to totalize, and to input or output PWM and FM signals. VT1415A comes default with a spring terminal block. However you can choose an option for screw terminal block. Both
- Controller Type: Embedded Controller
- Technology: VXITM Compliant
- Form Factor: 6U x 340 mm (Size C)
- Watchdog Timer: Yes
Supplier: TRINAMIC Motion Control GmbH & Co. KG.
Description: called coolStep™. The ability to read out the load and detect an overload makes the TMC260 an optimum choice for drives where a high reliability is desired at a low cost. The new patented spreadCycle PWM mixed decay chopper scheme ensures best zero crossing performance as well as high speed
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New 2-Wire Frequency/Pulse Measurement Transmitter
thresholds, sample averaging, update rates as fast as 10ms, and so on. ”. Each unit accommodates a variety of signal types selected in the configuration software. The TT239 interfaces unipolar and bipolar input signals with amplitudes up to 120Vrms ( ±170V DC) and frequencies up to 100KHz. It effortlessly converts the input signals to a proportional current output of 4-20mA. The software lets you select whether you measure input frequency or duty cycle, as well as precisely scale input... (read more)
Browse Signal Conditioners Datasheets for Acromag, Inc.
Galil Motion Control
AMP-43240 - 4-Axis Servo Drive
Galil Motion Control, an industry pioneer in motion control technology, is announcing the AMP-43240, the newest member of its multi-axis drive family. The AMP-43240 is a 4-axis servo drive which provides up to 750W per axis. It resides inside Galil's DMC-4040 or DMC-4143 4-axis motion controller enclosure. The packaging of the multi-axis drives with the motion controller saves cost, space and wiring. The new Amp-43240 contains four transconductance, PWM amplifiers for driving brushless servo... (read more)
Browse Servo Drives Datasheets for Galil Motion Control
PERFORMANCE CONTROLS, INC.®
DCD Servo Drive for Battery Operated Applications
available upon request. Please contact Factory, 215-619-4920. FEATURES & BENEFITS. Digital Tuning. Optimizes performance - Drives are programmed to match the motor. Enables cloning. Eliminates pot drift. Reduces inventory by using same drive for multiple applications. Proprietary High Frequency PWM Modulation Technique. Enables quiet operation. Highly responsive control in Torque, Voltage or Velocity* mode. Efficient use of supply voltage. Decreases heating and losses in motor. Multiple Motor... (read more)
Browse Motor Controllers Datasheets for PERFORMANCE CONTROLS, INC.®
PERFORMANCE CONTROLS, INC.®
ACD Servo Drive for Battery Operated Applications
Tuning. · Optimizes performance - Drives are programmed to match the motor. · Enables cloning. · Eliminates pot drift. · Reduces inventory by using same drive for multiple applications. Field Oriented Vector Control. · Optimizes use of voltage. Proprietary High Frequency PWM Modulation Technique. · Enables quiet operation. · Highly responsive control in Torque, Voltage or Velocity* mode. · Efficient use of supply voltage. · Decreases heating and losses in motor. Multiple Motor Types. · Can be used... (read more)
Browse Servo Drives Datasheets for PERFORMANCE CONTROLS, INC.®
More Information Top
Enhancing Embedded Systems Simulation
Monitor Step Size (CPU Cycles) Sampling Rate PWM Fre- quency (Hz) Measured PWM Fre- quency (Hz) Period Length Diﬀer- ence CPU Cycles Diﬀer- ence per Exchange .
A novel current control strategy for PWM inverters using the sliding mode techniques
In order to adjust a constant PWM frequency, a PI regulator modifies the hysteresis band (HB) according with the measured PWM frequency and the desired mean value .
Multi-carrier interleaved PWM strategies for a new five-level NPC inverter using a 3-phase coupled inductor
For the PWM switching frequency (fC) of 20 kHz, the effective output PWM frequency measured is 40 kHz.
Determination of losses in ferromagnetic circuit of a sinusoidal filter powered with frequency inverter
The losses were experimentally measured for PWM frequency of 6, 8, 10, 12 KHz and partially for 4 kHz as for the limit frequency of the filter.
Learn Electronics with Arduino
As a self discovery exercise, create a spreadsheet with column headings of “Joystick input voltage settings,�? “ Measured output PWM frequencies ,�? and “Comments.�? .
Losses in sinusoidal filter chokes
Power dissipation was measured for PWM frequencies 6, 8, 10 and 12 kHz, partially for frequency 4 kHz, which is on filter’s low limit border.
Modeling and robust control of self-sensing magnetic bearings with unbalance compensation
Okada,Y., Matsuda, K., and Nagai, B., “SensorlessMagnetic Levitation Control By Measuring PWM Carrier Frequency Component,�? Proc. of the 3rd International Symp. on Mag- netic Bearings, pp. 176183, July 29-31, 1992, Alexandria, Virginia, USA.
The module board includes 3-phase PWM inverter 90V, 5A upto 25 kHz PWM frequency and measurement of motor currents in all 3 phases and DC voltage supply is 5 Vdc.
Event counting, PWM , frequency measurement /division, duty cycle generation, and more; input frequencies up to 20 MHz, 8 digital inputs, 8 digital outputs.
A new fully integrated power module for three phase servo motor driver applications
At the maximum gate driving current, which in our case means using all the 2A sink-source max current capability of the IR2213 gate drivers, and 4kHz PWM frequency we measured a power loss in the module of 59W, value almost constant...
Application of Qualitative Peculiarities of Synchronous Time Series in Forecasting Abnormal Processes in Dynamics of Pulse Energy Conversion Systems
...in variation of loading and coefficient of amplification of proportional link in the existence region of 1-st type of process) confirmed the hypothesis about normalcy of distribution for instantaneous value of current measured with frequency of PWM , determined the maximal value...
A self-sensing technology of active magnetic bearings using a phase modulation algorithm based on a high frequency voltage injection method
 Y. Okada, K. Matsuda and B. Nagai, Sensorless magnetic levitation control by measuring the PWM carrier frequency component, in Proc. 3rd Int.
Picoseconds measurement of internal waveforms in integrated circuits using sampling force probing. II. Applications, capabilities, and limitations
To enable high frequency signal measurement a PWM sampling technique is.employed in a standard EFM instrument as illustrated by the schematic diagram in Fig. 1.
Self-sensing active magnetic bearing using real-time duty cycle
Sensorless Magnetic Levitation Control by Measuring the PWM Carrier Fre- quency Component.
Self-Sensing versus Reference Air Gaps
Sensorless magnetic levitation control by measuring the PWM carrier frequency component. in Proc. 3rd Int.