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Supplier: Electromate
Description: transconductance, PWM amplifiers for driving brush or brushless motors. Each amplifier operates at 18V to 80V dc, up to 7 Amps continuous, 10 Amps peak. The AMP-19540 gain setting is easily configured with jumpers. The PWM switching frequency is 60 kHz.
- Drive Specifications: DC Brushed Motor, DC Brushless Motor, DC Servomotor, AC Servo / Brushless Motor, Linear Motor, Other
- Integral Motion Controller: Yes
- Commutation (if Brushless): Trapezoidal
- Servo Drive Architecture: Analog, Digital
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Supplier: TELCO Intercontinental Corp.
Description: 450Kpps input frequency, protective functions, over-travel/emergency stop
- Integral Motion Controller: Yes
- Commutation (if Brushless): Sinusoidal
- Servo Drive Architecture: Analog
- AC Input Phase: Single Phase, Three Phase
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Supplier: Conoptics, Inc.
Description: The Model D305 has the same clock, countdown, and triggering features of the 305 but is intended for use in regenerative amplifier applications. It has a dual output format which consists of a variable width output for Model 25D and a two channel double pulse TTL output for Model 307 Driver
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Supplier: Artifex Engineering
Description: to reduce required voltages and allowing operation in half-wave mode with fast switching times. High repetition rate High peak power damage resistance Low absorption UV transmission Low acoustic noise High repetition rate DPSS Q-switch High repetition rate regenerative amplifier
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Supplier: Electromate
Description: . The AVB100C200 servo amplifiers are designed to drive brushless DC motors at a high switching frequency for vehicle applications. It is fully protected against over-voltage, over-current, over-heating, under-voltage and short-circuits. This model interfaces with digital controllers or can be used
- Drive Type: DC Brushless Motor
- Application Categories: Servo Amplifier
- Configuration: Panel Mount
- Features: Regenerative Braking, Electric Vehicle Design
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Supplier: Galil Motion Control
Description: The AMP-205x0 contains four transconductance, PWM amplifiers for driving brushless or brush-type servo motors.
- Drive Type: DC Brushed Motor, DC Brushless Motor, DC Servomotor, Linear Motor, Other
- Integral Motion Controller: Yes
- Application Categories: Multi-axis Controller, Servo Amplifier, Regenerative Drive, PWM Drive, Microcontroller Based
- Configuration: PC Board, OEM Module, Panel Mount, DIN Rail
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Supplier: Electromate
Description: Sine encoder, SERCOS option, UL, CE, MOTIONLINK and BASIC Moves software
- Drive Specifications: DC Brushless Motor, DC Servomotor, AC Sensorless Vector Drive, AC Servo / Brushless Motor, Linear Motor
- Integral Motion Controller: Yes
- Commutation (if Brushless): Sinusoidal
- Servo Drive Architecture: Analog, Digital
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Featured Products for Regenerative Amplifier Top
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Electromate
WORLD'S SMALLEST 1000 WATT SERVO AMPLIFIER
circuits across motor, ground and power leads. Advanced Motion Controls introduces the World's Smallest 1kW brush servo amplifier. Model 25A8 provides 12.5A @ 20-80VDC cont. output. Qty 1 Price $295 US; Qty 100 Price $225 US. Delivery from Stock. Surface-mount technology. Small size fits into any shirt pocket. Directional inhibit inputs (active high or active low). Separate peak & continuous current limit adjustments. For quadrant regenerative operation with pulse width modulation. Switch... (read more)
Browse Servo Drives Datasheets for Electromate -
PERFORMANCE CONTROLS, INC.®
ACD Servo Drive for Battery Operated Applications
Get Me Home" Mode. · Warning before fault and linear reduction of peak current limit, which enables the user to continue operating at reduced capacity for a controlled shutdown. Regenerative Braking. · Recharges battery while operating. Master-Slave Operation. · Coordinates multiple axes from a single command, such as with dual traction drives. · Mode is digitally selected; same model works in either mode, which reduces inventory. Internal Closed Loop Speed and Torque Control. · Eliminates... (read more)
Browse Servo Drives Datasheets for PERFORMANCE CONTROLS, INC.® -
PERFORMANCE CONTROLS, INC.®
DCD Servo Drive for Battery Operated Applications
operating at reduced capacity for a controlled shutdown. Regenerative Braking. Recharges battery while operating. Master-Slave Operation. Coordinates multiple axes from a single command, such as with dual traction drives. Mode is digitally selected; same model works in either mode, which reduces inventory. Internal Closed Loop Speed* and Torque Control. Eliminates need for an external controller. Separate speed limits for forward and reverse. Programmable acceleration and deceleration eliminates jerk... (read more)
Browse Motor Controllers Datasheets for PERFORMANCE CONTROLS, INC.®
Conduct Research Top
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Fundamental Characteristics of Thyristors (.pdf)
between the two transistors trigger the occurrence of regenerative action when a proper gate signal is applied to the base of the NPN transistor. Normal leakage current is so low that the combined hFE of the specially coupled two-transistor feedback amplifier is less than unity, thus keeping
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Spectral Broadening and Temporal Compression of Ultrashort Pulses in a Gas Cell
are used to route the beam to a two. inch 2000 mm radius of curvature concave mirror. The concave mirror focuses the. pulse in the center of the gas cell filled with one atmosphere of argon. regenerative amplifier seeded with the Spectra-Physics. Tsunami oscillator. The Spitfire is capable of more than
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Don't let regen rock your world
Regenerative power can trip up servo designs that must stop quickly. A 1.8-hp ac servo, whose business end is visible in the lower right portion of the photo, is one example of a motor application that benefits from the use of a regen resistor. The mechanism on which it resides is part
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Shunt Regulator Operation (.pdf)
and amplifier to the. power supply, especially in system with little or no friction. A shunt regulator is used in. this case to dissipate this "regenerative" energy and avoid an over voltage fault. If a. voltage fault were to occur on the amplifier, it would shut off and the load would be left. spinning
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Isolation Device in Hybrid Electric Vehicles Application - White Paper (.pdf)
or Magnetic. Sensing. Sensor. · Regenerative braking capability that recover energy. loss from braking to slow down or stop a vehicle and. Inverter. Electric. generate energy back to the battery system. Motor. · Increased fuel efficiency by utilizing the battery. system to propel the vehicle at the start
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Building a Microwave Frequency Synthesizer-Part 2: Component Selection (.pdf)
size, high cost, and especially low tuning. speed due to high inductance of the tuning coil. Typical. Figure 21 · Analog regenerative divider concept. achievable switching time is in a milliseconds range. An alternative solution is a voltage-controlled oscilla-. tor (VCO) based on either lumped LC
Engineering Web Search: Regenerative Amplifier Top
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Optical amplifier - Wikipedia, the free encyclopedia
Optical amplifier From Wikipedia, the free encyclopedia
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Ti-sapphire laser - Wikipedia, the free encyclopedia
A typical one stage amplifier can produce pulses of up to 5 millijoules in energy at a repetition frequency of 1000 hertz, while a larger, multistage
- Compound Semiconductors Gallium Indium Arsenide Nitride LED...
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Servo Amplifier AC Motor Drives Datasheets
Product: Controller / Drive (optional feature); Amplifier; Regenerative; Pulse Width Modulation Drive
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Servo Amplifier DC Motor Drives Datasheets
Product: Speed Controller; Amplifier; Variable Speed; Regenerative; Pulse Width Modulation Drive
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Advances of multi kHz picosecond laser systems for SLR Heinz...
Pockels Regenerative Amplifier HR Module Cell Module Module URDM URDM Seed Oscillator Output SHG Module Module URDM Isolator ? Wavelength 1064nm
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CO<inf>2</inf>regenerative ring laser amplifiers
Regenerative amplifier operation is explored in two distinct regions: (1) the region of unconditional stability where the amplifier gain is below
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Self-tuned regenerative amplification and the hopf bifurcation
of a generic amplifier topology, the self-tuned regenerative amplifier (STRA). The STRA is a feedback-stabilized regenerative amplifier that can be
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Towards a More Compact Laser: Yb:Glass CPA Laser System
of a Large-Mode Regenerative Amplifier - Efficient energy extraction below saturation fluence l Compact system size (one amplifier stage to get to >
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Ti:sapphire regenerative amplifier | Publications: SPIE
Ti:sapphire regenerative amplifier Author(s): Xun Hou; ShuangChen Ruan; Shuicai Wang; Jianjun Yang; Yanling Sun; Guoge Du; Shan Feng