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Part Manufacturer Description Datasheet BUY
GP100H3R48TEZ-IN GE Critical Power GP100 6 kW True Three Phase Rectifier, 110A rectifier with isolated RS485 communications 48V visit GE Critical Power
GP100H3M54TEZ GE Critical Power GP100 6 kW True Three Phase Rectifier, 110A rectifier with isolated dual I2C communications 54V visit GE Critical Power
EP1000 GE Critical Power Single Phase, Hot-Pluggable, Fan Cooled SPS Rectifier visit GE Critical Power
ACE303ZO-1A GE Critical Power ACE3000, 3 Bay / 9 Kilowatt Power Shelf, Phase: 10, Front End, Polarity: Positive, Bus Bar Backplane Connector, RoHS Compliant visit GE Critical Power
ACE303T-1A GE Critical Power ACE3000T, 3 Bay / 9 Kilowatt Power Shelf, Phase: 10, Rectifier, Polarity: Positive, Bus Bar Backplane Connector, RoHS Non-Compliant visit GE Critical Power
ACE433NZO-1A GE Critical Power ACE4000, 3 Bay / 12 Kilowatt Power Shelf, Phase: 30, Front End, Polarity: Negative, Bus Bar Backplane Connector, RoHS Compliant visit GE Critical Power

single phase to three phase sign wave generator

Catalog Datasheet MFG & Type PDF Document Tags

hp 33120a

Abstract: single phase to three phase sign wave generator functions with a single key press or two, then use a simple knob to adjust frequency, amplitude and , . Optional phase-lock capability The Option 001 phase lock/TCXO timebase gives you the ability to generate synchronized phase-offset signals. An external clock input/output lets you synchronize with up to three , /octave Total harmonic distortion DC to 20 kHz , Speed Trigger Linear or Logarithmic Up or Down 10 mHz - 15 MHz 1 ms to 500 s ± 0.1% Single
Hewlett-Packard
Original
Abstract: either a 1 (sign) or 2 (sign and magnitude) bit signal to either the SIGN0/MAG0 or SIGN1/MAG1 inputs of the GP2021. Alteratively, in Real_Input mode, 2 separate front ends can be connected to a single , MHz / 7 (= 5·714 CLK_T CLK_I MULTIâ'" PHASE CLOCK CLOCKS GENERATOR MHz) in Real_Input , cycle, then setting it back to its original value, thus slewing the phase of TIC. TIMEMARK may be , . The very fine resolution is again needed to keep the DCO in phase with the satellite signal. The Zarlink Semiconductor
Original
S4077 GP2015 GP2010 ARM60

microprocessor GPS

Abstract: TIC 122 Transistor for a single TIC cycle, then setting it back to its original value, thus slewing the phase of TIC , SIGN 1 AND MAG 1 ILO OR QLO 1 CODE SLEW C/A CODE GENERATOR CODE PHASE COUNTER , , in Real_Input mode, 2 separate front ends can be connected to a single GP2021 and selected under , master clock CLK_T/CLK_I by 6 or 7 to give the internal multi­ phase set of clocks. When in Real_Input , . It is used to latch measurement data (Epoch count, Code phase, Code DCO phase, Carrier DCO phase
Mitel Semiconductor
Original
DS4077 microprocessor GPS TIC 122 Transistor TIC 8213 tic 41 CH9E CH7E

digital sine wave generator

Abstract: specifications of 2N 1597 to a maximum bipolar zero error of 16 94dB SFDR Digital Sine Wave Generator Figure 9 shows , input using a single or dual external op amp. The device achieves bipolar operation using three , multiplying-mode signal-to-noise vs frequency Unipolar 0V to 10V Outputs with a Single Op Amp Figure 3 shows the circuit for a 0V to 10V output range. The DAC uses an external reference and a single op amp in , external op amp) for the output voltage range 0V to VREF. When the sign bit changes, the analog switch
Linear Technology
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LTC1597 LTC1591 digital sine wave generator specifications of 2N 1597 Wide Bandwidth Amplifiers LTC1236A-10 Practical operation of dac LT1468S LT1611 CL562-150 TAJB226M010 TAJA685M016

hp 33120a

Abstract: 33120A 33120A function/arbitrary waveform generator uses direct digital-synthesis techniques to create a , phase lock/TCXO timebase gives you the ability to generate synchronized phaseoffset signals. An external clock input/output lets you synchronize with up to three other HP 33120As or with an external , ms to 500 s ± 0.1% Single, External, or Internal Flatness (sinewave relative to 1 kHz) < 100 , harmonic distortion DC to 20 kHz Phase noise 16,000 points 8 sec 8,192 points 4 sec 4,096 points 2.5
Hewlett-Packard
Original
MIL-461C EN50082-1 MIL-T-28800 hp 33120a 33120A top octave generator heartbeat transducer 5062-3972 HP 2400 RS-232 11OV/12OV/22OV/240V UL-1244 EN61010 EN55011

GPS Builder

Abstract: signo 723 Generator_9 Source Selector_10 Carrier Mixers_10 Code Mixers_;_10 Accumulate and Dump_10 Code Phase Counter , mode, 2 separate front ends can be connected to a single GP2021 and selected under software control , Generator The Clock Generator block divides the frequency of the master clock CLK_T/CLK_I by 6 or 7 to give , used to latch measurement data (Epoch count, Code phase, Code DCO phase, Carrier DCO phase 74 MHz) in , cycle, then setting it back to its original value, thus slewing the phase of TIC. TIMEMARK may be
-
OCR Scan
GPS Builder signo 723 epoch t14 utc 3845 D P60ARM 48-LEAD 44-LEAD 10O-LEAD GP100/R 80-LEAD 12-PAD
Abstract: either a 1 (sign) or 2 (sign and magnitude) bit signal to either the SIGN0/MAG0 or SIGN1/MAG1 inputs of the GP2021. Alteratively, in Realjnput mode, 2 separate front ends can be connected to a single , Fig. 3 : GP2021 block diagram MULTI­ PHASE CLOCK CLOCKS GENERATOR CLK_T CLKJ SAMPCLK , is used to latch measurement data (Epoch count, Code phase, Code DCO phase, Carrier DCO phase and , setting it back to its original value, thus slewing the phase of TIC. TIMEMARK may be generated by -
OCR Scan
S40771 P2021 GP1010

8051 stepper motor interfacing

Abstract: stepper motor interface with 8051 block diagram generation from millihertz to megahertz · Three 8 Bit DACs for direct microstep control of 2- and 3-phase , bipolar control · Sine generator for up to 256 microsteps per fullstep · Intelligent motor current , application have to be programmed. PID Controller PI Ramp Generator reg_p_coef 3/2n.n/2 2n X , . This allows different functions to be realized, for example current control for a two phase motor, by , ) (see Ramp Generator description) 1111: Do not change any parameters The values have to be right
Trinamic Microchips
Original
8051 stepper motor interfacing stepper motor interface with 8051 block diagram stepper motor interface with 8051 stepper motor with 8051 dc motor interface with 8051 5-phase drive STEPPER MOTOR TMC453

TMC453

Abstract: CHN 632 Step pulse generation from millihertz to megahertz · Three 8 Bit DACs for direct microstep control of , or bipolar control · Sine generator for up to 256 microsteps per fullstep · Intelligent motor , which are needed for an application have to be programmed. PID Controller PI Ramp Generator , . This allows different functions to be realized, for example current control for a two phase motor, by , ) (see Ramp Generator description) 1111: Do not change any parameters The values have to be right
Trinamic Motion Control
Original
CHN 632 5-phase microstepping chn 731 CHN 633 chn 732 8051 5v stepper motor interfacing unipolar
Abstract: generation from millihertz to megahertz Three 8 Bit DACs for direct micro step control of 2- and 3-phase , Supports 2-, 3- ,4- and 5-phase stepper motors with unipolar or bipolar control Sine generator for up to , application have to be programmed. PID Controller PI Ramp Generator reg_p_coef X 2n 3/2n.n/2 , threshold is set by the three LSB of the DAC2. These three LSB are mapped internally to the TRINAMIC , Successor of the TMC453 Single Axis Controller with Incremental Encoder Interface ® TRINAMIC Motion Trinamic Motion Control
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TMC454 TMC236/TMC239 TMC246/TMC249 TMC246 TMC249 LTC1665

st CHN G4

Abstract: generation from millihertz to megahertz Three 8 Bit DACs for direct micro step control of 2- and 3-phase , Supports 2-, 3- ,4- and 5-phase stepper motors with unipolar or bipolar control Sine generator for up to , application have to be programmed. PID Controller PI Ramp Generator reg_p_coef 2n 3/2n.n/2 , StallGuard three LSB of the DAC2. These three LSB are mapped internally to the TRINAMIC stepper motor SPI , Compatible Successor of the TMC453 Single Axis Controller with Incremental Encoder Interface Â
Trinamic Motion Control
Original
st CHN G4

TMC454

Abstract: TMC454 datasheet millihertz to megahertz Three 8 Bit DACs for direct micro step control of 2- and 3-phase stepper motors , unipolar or bipolar control Sine generator for up to 256 micro steps per full step Intelligent motor , application have to be programmed. PID Controller PI Ramp Generator reg_p_coef X 2n 3/2n.n/2 , Successor of the TMC453 Single Axis Controller with Incremental Encoder Interface ® TRINAMIC Motion , TMC454 is a high-end motor controller for all common 2-, 3-, and 5-phase stepper motors. It provides
Linear Technology
Original
TMC454 datasheet ST CHN ld1117 Sine Wave Generator using 8051 PID code for avr circuit diagram of pid controller advantages of 5-phase STEPPER MOTORs CHN G4 019 TMC454-BC
Abstract: generation from millihertz to megahertz Three 8 Bit DACs for direct micro step control of 2- and 3-phase , Supports 2-, 3- ,4- and 5-phase stepper motors with unipolar or bipolar control Sine generator for up to , application have to be programmed. PID Controller PI Ramp Generator reg_p_coef X 2n 3/2n.n/2 , threshold is set by the three LSB of the DAC2. These three LSB are mapped internally to the TRINAMIC , Successor of the TMC453 Single Axis Controller with Incremental Encoder Interface ® TRINAMIC Motion Trinamic Motion Control
Original

IR8200B

Abstract: microstepping L6203 today's competitive markets and the IM2000S offers the ability to reduce all three. 3 Features , Clock Rate Internal Sine/Cosine Generator PWM Phase Current Control Minimal External Components , Clock select input. When low, the SCLK input will be directed to the internal sine/cosine generator , the EN input is low and, conversely, to the internal sine/cosine generator when the EN input is high , Phase A and Phase B pulse width modulated output signals. These outputs can be used to control the phase
Intelligent Motion Systems
Original
IR8200B microstepping L6203 3 phase discrete pwm signal generator ic schematic diagram 48v dc motor speed controller SGS L6203 sine cosine l298 D-78054
Abstract: functions with a single key press or two, then use a simple knob to adjust frequency, amplitude and offset , . Optional phase-lock capability The Option 001 phase lock/TCXO timebase gives you the ability to generate synchronized phase-offset signals. An external clock input/output lets you synchronize with up to three other , 10 mHz - 15 MHz 1 ms to 500 s ± 0.1% ± 1% (0.1 dB) Trigger Single, External, or Internal , 12 bits (including sign) Non-volatile memory Direction 100 kHz to 1 MHz 8 to 16,000 Agilent Technologies
Original
5968-0125EN

33120A

Abstract: UL1244 also gives you fast rise- and fall-time square wave, and linear ramp waveforms down to 100 µHz , capability The Option 001 phase lock/TCXO timebase gives you the ability to generate synchronized phase-offset signals. An external clock input/output lets you synchronize with up to three other 33120As or , 10 mHz - 15 MHz 1 ms to 500 s ± 0.1% ± 1% (0.1 dB) Trigger Single, External, or Internal , 12 bits (including sign) Non-volatile memory Direction 100 kHz to 1 MHz 8 to 16,000
Agilent Technologies
Original
UL1244

3-phase microstepping

Abstract: MC50000 , meaning they are combined with information about the motor phase angle to distribute the desired motor , the trajectory generator is converted to either microstepping signals (MC58000, Magellan/ION only , filter to generate a motor command. This module inputs the desired motor phase command and generates the , trajectory generator disabled, is input directly to the subsequent module. disabling this module may be , trajectory generator performs calculations to determine the instantaneous position, velocity, and
Performance Motion Devices
Original
3-phase microstepping MC50000 DK55420 DK55 MC55420 Microstepping Control
Abstract: -Lead SOIC (3 Phase) â  Selectable Carrier Frequency up to 24kHz to allow Silent Operation SA869/CG , . sign bit high) to ensure correct acceleration/deceleration. A speed of -0 is illegal and is not , from the Speed Reference Table and the instantaneous sign from the up/down counter to compute whether , 2 bits are used in conjunction with the Vmonitor and Imonitor pins and the sign bits to obtain an , /Correction circuit before being passed to the PWM generator blocks. In order to ensure adequate control of -
OCR Scan
SA868/9

IEEE-488 GPIB

Abstract: pskey 1%+0.2mV (sine wave relative to 1kHz) ±0.5 % /3 hours Max. Resolution: Amplitude Accuracy: Amplitude , is in remote state. Trig: Function Generator is waiting for a single trigger or external trigger. FM , active wave form is available at the OUTPUT terminal. In Burst or Sweep mode, this key is also used to generate a single trigger. 3.14 Description of menu parameters Use this key to configure modulation , Voltage from plus to minus sign will be automatic when passing through the zero point. The input range of
B&K Precision
Original
IEEE-488 GPIB pskey tektronix 463 service manual tektronix 463 B*K Precision Corporation precision Sine 1Mhz Wave Generator 4084AWG 4086AWG

utc 3845 D

Abstract: GP2021 Message) and to control the software signal tracking loops. A single front end may be used, since all , , the front end supplies either a 1-bit (sign) or 2-bit (sign and magnitude) signal to either the , ends can be connected to a single GP2021 and selected under software control. The GP2015 and GP2010 , of 99999·90µs. It is used to latch measurement data (Epoch count, Code phase, Code DCO phase , the TIC period for a single TIC cycle, then setting it back to its original value, thus slewing the
Zarlink Semiconductor
Original
GPS2000 GLONASS chip motion sensor doppler tic 120 tic 122 GP2021/IG/GQ1N GP2021/IG/GQ2Q GP2021/IG/GQ1Q GP2021/IG/GQ2N DS4374 DS4056
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