DESCRIPTION
... accessory mounting provisions of most DC motors. Both stub shaft and through shaft mountings are accommodated for motor frame sizes from 180 through 500. This space saving design eliminates the need for costly adapters and shaft couplings. It not only saves installation time but, more importantly, c ...
... accessory mounting provisions of most DC motors. Both stub shaft and through shaft mountings are accommodated for motor frame sizes from 180 through 500. This space saving design eliminates the need for costly adapters and shaft couplings. It not only saves installation time but, more importantly, c ...
1) - Solapur University
... 2) Introduction :XIIth std syllabus is upgraded and to cope up the SET/NET examinations syllabus, with this consideration the B.Sc. I syllabus is changed ...
... 2) Introduction :XIIth std syllabus is upgraded and to cope up the SET/NET examinations syllabus, with this consideration the B.Sc. I syllabus is changed ...
Spark suppression - Illinois Capacitor
... When a switch/relay is opened an arc can develop across the contacts which over time can erode away the contacts over time. To prevent the contacts from being eroded a RC network is placed across the contacts. When the contacts open the applied voltage is placed across the capacitor and not the cont ...
... When a switch/relay is opened an arc can develop across the contacts which over time can erode away the contacts over time. To prevent the contacts from being eroded a RC network is placed across the contacts. When the contacts open the applied voltage is placed across the capacitor and not the cont ...
UniOP Local I/O Board UIM05
... The output rage is fixed and specify in the previous table. The value written by the PLC program to the output channels is an integer value between 0 and 10.000 in case of voltage and between 0 and 20.000 in case of current. Units are specified in the previous Table 6. All the configuration paramete ...
... The output rage is fixed and specify in the previous table. The value written by the PLC program to the output channels is an integer value between 0 and 10.000 in case of voltage and between 0 and 20.000 in case of current. Units are specified in the previous Table 6. All the configuration paramete ...
BY 240 / BY 840
... In this operation mode, the trim inputs operate as edge triggered impulse inputs and each negative transition will displace the slave shaft position exactly by one encoder impulse (Trim+ = forward, Trim- = reverse). This function allows, for example, a PLC control to step the phase to different, ful ...
... In this operation mode, the trim inputs operate as edge triggered impulse inputs and each negative transition will displace the slave shaft position exactly by one encoder impulse (Trim+ = forward, Trim- = reverse). This function allows, for example, a PLC control to step the phase to different, ful ...
SCT Data Sheet/Manual PDF
... forward and reverse motion of the measuring mechanism without losing or gaining erroneous counts. This can be accomplished by use of a BiDirectional Motion Decoder which operates from two signals arranged in quadrature. (See Model BDMD in Accessories Section of the catalog for a detailed description ...
... forward and reverse motion of the measuring mechanism without losing or gaining erroneous counts. This can be accomplished by use of a BiDirectional Motion Decoder which operates from two signals arranged in quadrature. (See Model BDMD in Accessories Section of the catalog for a detailed description ...
XSL Xenus - Copley Controls
... analog, digital 50% PWM or PWM/polarity inputs. In position mode inputs can be incremental position commands from step-motor controllers in Pulse/Direction or CW/CCW format, ±10 Vdc analog, or A/B quadrature commands from a master-encoder. Pulse to position ratio is programmable for electronic geari ...
... analog, digital 50% PWM or PWM/polarity inputs. In position mode inputs can be incremental position commands from step-motor controllers in Pulse/Direction or CW/CCW format, ±10 Vdc analog, or A/B quadrature commands from a master-encoder. Pulse to position ratio is programmable for electronic geari ...
Accelnet Plus Module CANopen
... Motor connections consist of: phases, Halls, encoder, thermal sensor, and brake. The phase connections carry the drive output currents that drive the motor to produce motion. The Hall signals are three digital signals that give absolute position feedback within an electrical commutation cycle. The e ...
... Motor connections consist of: phases, Halls, encoder, thermal sensor, and brake. The phase connections carry the drive output currents that drive the motor to produce motion. The Hall signals are three digital signals that give absolute position feedback within an electrical commutation cycle. The e ...
No Slide Title
... select lines (step 1!). For each of the 2n- select combinations, the function value will depend only on the value of the last variable, Xn (step 2!) and could therefore assume one of the 4 possible ...
... select lines (step 1!). For each of the 2n- select combinations, the function value will depend only on the value of the last variable, Xn (step 2!) and could therefore assume one of the 4 possible ...
A 5-bit 5 Gs/s flash ADC using multiplexer-based
... Analog-to-digital converters (ADCs) are the most important core units to convert analog information to corresponding digital forms. This means that they can be considered as bridges between the real word and the digital world. ADCs are commonly used in the application areas of mobile phones, cameras ...
... Analog-to-digital converters (ADCs) are the most important core units to convert analog information to corresponding digital forms. This means that they can be considered as bridges between the real word and the digital world. ADCs are commonly used in the application areas of mobile phones, cameras ...
Unbreakable
... The result is the C15. This can be used across an application spectrum from the toughest working environments to exquisitely high precision fine-tuned medical equipment. A masterpiece of construction: • Protected electronics – Circuit board and electronics are potted with compound which protects t ...
... The result is the C15. This can be used across an application spectrum from the toughest working environments to exquisitely high precision fine-tuned medical equipment. A masterpiece of construction: • Protected electronics – Circuit board and electronics are potted with compound which protects t ...
IJE-10 - CSC Journals
... bias applied voltage which determines the amount of static displacement needed for equilibrium condition. For the latter, coil winding(s) are embedded in a rotating plate, which is exposed to a constant field of a permanent magnet, causing the plate to deflect according to the currents in the windin ...
... bias applied voltage which determines the amount of static displacement needed for equilibrium condition. For the latter, coil winding(s) are embedded in a rotating plate, which is exposed to a constant field of a permanent magnet, causing the plate to deflect according to the currents in the windin ...
SMD-01A_ND16001E01
... The SMD-01A is a high-precision optical encoder that employs a diffraction image projection method. It incorporates an OEIC (Opto-Electric Integrated Circuit) and LED light source in a single package. Light emitted from the LED is projected onto a scale, and the reflected diffraction image is focuse ...
... The SMD-01A is a high-precision optical encoder that employs a diffraction image projection method. It incorporates an OEIC (Opto-Electric Integrated Circuit) and LED light source in a single package. Light emitted from the LED is projected onto a scale, and the reflected diffraction image is focuse ...
Tutorial 2 - Controller, Sensors and Motors
... Easy C is a programming language that you will use to tell your robot what to do. In Easy C, programs are written using icon-based code, but the interface includes a window that displays the program in a text-based format as well. ...
... Easy C is a programming language that you will use to tell your robot what to do. In Easy C, programs are written using icon-based code, but the interface includes a window that displays the program in a text-based format as well. ...
LS7083 LS7084
... • x1 and x4 mode selection • Up to 16MHz output clock frequency • Programmable output clock pulse width • On-chip filtering of inputs for optical or magnetic encoder applications. • TTL and CMOS compatible I/Os • +4.5V to +10V operation (VDD - VSS) • LS7083, LS7084 (DIP); LS7083-S, LS7084-S (SOIC) - ...
... • x1 and x4 mode selection • Up to 16MHz output clock frequency • Programmable output clock pulse width • On-chip filtering of inputs for optical or magnetic encoder applications. • TTL and CMOS compatible I/Os • +4.5V to +10V operation (VDD - VSS) • LS7083, LS7084 (DIP); LS7083-S, LS7084-S (SOIC) - ...
SMART VALVE POSITIONER 4 to 20 mA
... Easy local adjustment allows operator easy calibrating and parameter setting without external devices. Parameters and special functions are selected using a magnetic tool. ...
... Easy local adjustment allows operator easy calibrating and parameter setting without external devices. Parameters and special functions are selected using a magnetic tool. ...
BDTIC Position Sensors for Brushless DC
... Hall Switches and Angle Sensors for Highest Energy Efficiency Benefits The market for electric motors is becoming increasingly dominated by brushless DC (BLDC) motors. These motors provide major advantages compared to conventional brushed motors: greater efficiency, longer life cycles, compact desig ...
... Hall Switches and Angle Sensors for Highest Energy Efficiency Benefits The market for electric motors is becoming increasingly dominated by brushless DC (BLDC) motors. These motors provide major advantages compared to conventional brushed motors: greater efficiency, longer life cycles, compact desig ...
Variable Frequency Drives 3-Phase Motor Control
... monitor the current drawn by the connected motor. As discussed earlier, when a load is placed on a NEMA B design motor during a situation where the output frequency is held constant, the slip increases, the shaft RPM slows and the motor current increases. The difference here is that the “slip” funct ...
... monitor the current drawn by the connected motor. As discussed earlier, when a load is placed on a NEMA B design motor during a situation where the output frequency is held constant, the slip increases, the shaft RPM slows and the motor current increases. The difference here is that the “slip” funct ...
DDS RF Signal Generator
... radio and higher frequency circuits in general. In particular, the more complex designs in the RF realms normally require accurate adjustment, which in practice translates into a decent RF signal generator with an internal or external modulation option available. But then, most of you will agree, we ...
... radio and higher frequency circuits in general. In particular, the more complex designs in the RF realms normally require accurate adjustment, which in practice translates into a decent RF signal generator with an internal or external modulation option available. But then, most of you will agree, we ...
frame
... shown in (7) and (8). The two types each of the load and spray lexeme, along with the single types of the fill and build lexemes, inherit from incremental-goal-(verb)-lexeme and incrementaltheme-(verb)-lexeme in the pattern shown at the bottom of (3). The maximal lexemes, which are represented by th ...
... shown in (7) and (8). The two types each of the load and spray lexeme, along with the single types of the fill and build lexemes, inherit from incremental-goal-(verb)-lexeme and incrementaltheme-(verb)-lexeme in the pattern shown at the bottom of (3). The maximal lexemes, which are represented by th ...
High Power AC Drive and Motor Applications
... Rather than using an expensive, highprecision encoder for an IM drive, a rotary encoder with only 64 pulses per revolution has been considered. Because of the low precision of the measurement, two different speed estimation methods have been used to estimate the rotor speed - one method used at high ...
... Rather than using an expensive, highprecision encoder for an IM drive, a rotary encoder with only 64 pulses per revolution has been considered. Because of the low precision of the measurement, two different speed estimation methods have been used to estimate the rotor speed - one method used at high ...
RS-485 for Digital Motor Control Applications
... This discussion focuses on the benefits of using RS-485 signaling for motor control and motion control applications. As discussed below, this technology has several benefits for these applications in terms of noise immunity, wide common-mode voltage range, adequate data rate, and multipoint capabili ...
... This discussion focuses on the benefits of using RS-485 signaling for motor control and motion control applications. As discussed below, this technology has several benefits for these applications in terms of noise immunity, wide common-mode voltage range, adequate data rate, and multipoint capabili ...
MAX8738EVKIT
... between 3.48V and 3.97V (with AVDD at 9V) with 7-bit resolution. For this, the AVDD voltage should be 9V. If a different VOUT range is desired or if a different AVDD voltage is used, the user may need to change R3, R4, and R5. The pads for these resistors are designed for standard 0805 case sizes. R ...
... between 3.48V and 3.97V (with AVDD at 9V) with 7-bit resolution. For this, the AVDD voltage should be 9V. If a different VOUT range is desired or if a different AVDD voltage is used, the user may need to change R3, R4, and R5. The pads for these resistors are designed for standard 0805 case sizes. R ...
Combinational circuit design - Computer Science and Engineering
... Example: s1 = A, s2 = B, D0 = C, D1 = 1, D2 = 0, D3 = C’ z = A’B’C + AB’ + ABC’ = AC’ + B’C General case: Assign n-1 variables to the select inputs and last variable and constants 0 and 1 to the data inputs such that desired ...
... Example: s1 = A, s2 = B, D0 = C, D1 = 1, D2 = 0, D3 = C’ z = A’B’C + AB’ + ABC’ = AC’ + B’C General case: Assign n-1 variables to the select inputs and last variable and constants 0 and 1 to the data inputs such that desired ...
DTC C0321 Circuit Description The transfer case shift control
... DTC C0321 Circuit Description The transfer case shift control module controls the transfer case lock solenoid. The transfer case lock solenoid is released by being energized. This is accomplished by grounding the lock solenoid control circuit during gears shifts, and in the AUTO or adapt mode. Locki ...
... DTC C0321 Circuit Description The transfer case shift control module controls the transfer case lock solenoid. The transfer case lock solenoid is released by being energized. This is accomplished by grounding the lock solenoid control circuit during gears shifts, and in the AUTO or adapt mode. Locki ...
Rotary encoder
A rotary encoder, also called a shaft encoder, is an electro-mechanical device that converts the angular position or motion of a shaft or axle to an analog or digital code.There are two main types: absolute and incremental (relative). The output of absolute encoders indicates the current position of the shaft, making them angle transducers. The output of incremental encoders provides information about the motion of the shaft, which is typically further processed elsewhere into information such as speed, distance, and position.Rotary encoders are used in many applications that require precise shaft unlimited rotation—including industrial controls, robotics, special purpose photographic lenses, computer input devices (such as optomechanical mice and trackballs), controlled stress rheometers, and rotating radar platforms.