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measure ringing in dac

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Abstract: Interface & Ringing Control Pre-driver SCL 10 OSC 10 bit DAC V/I Convertor RNF 1.8V , order to start movement of the lens to the DAC code that was set in C_DAC[9:0], the EN bit must be set , ringing control behavior is broken into three separate operational areas in order to provide the most , present DAC code is in between point A and point B. Typically this mode is only used during ISRC , large and will cause excess ringing, the point C DAC code is automatically updated with a driver ... ROHM
Original
datasheet

24 pages,
748.73 Kb

BU64240GWZ TEXT
datasheet frame
Abstract: order to start movement of the lens to the DAC code that was set in C_DAC[9:0], the EN bit must be set , of output current set by the 10 bit DAC code is ideally instant, ignoring the ringing effects. If , step time in order to generate just enough output current to float the lens with minimal ringing , mode is used when M = 1 and the present DAC code is in between point A and point B. Typically this mode , is set so that the value is too large and will cause excess ringing, the point C DAC code is ... ROHM
Original
datasheet

23 pages,
978.68 Kb

BU64244GWZ TEXT
datasheet frame
Abstract: 2-wire serial Bus Interface & Ringing Control Pre-driver 10 OSC V/I 10 bit DAC , the lens to the DAC code that was set in C_DAC[9:0], the EN bit must be set to 1. T Displacement , . settling time. Step mode is used when M = 1 and the present DAC code is in between point A and point B , DAC code for point C is set so that the value is too large and will cause excess ringing, the point C DAC code is automatically updated with a driver pre-determined value to minimize the ringing effect ... ROHM
Original
datasheet

25 pages,
1051.97 Kb

BU64241 BU64241GWZ TEXT
datasheet frame
Abstract: system limits of ringing vs. settling time. Step mode is used when M = 1 and the present DAC code is in , determine the resonant frequency, f0, input a target DAC code by modifying the 10 bit C_DAC[9:0] value in , actuator as this will show an incorrect resonant period. In order to start movement of the lens to the DAC , such the ringing control behavior is broken into three separate operational areas in order to provide , laser displacement meter or some other device to measure lens displacement. DAC code www.rohm.com ... ROHM
Original
datasheet

24 pages,
935.03 Kb

BU64241 UCSP30L1 transistor 130003 BU64240GWZ BU64241GWZ TEXT
datasheet frame
Abstract: Ringing Control Pre-driver 10 OSC V/I 10 bit DAC Convertor RNF Band Gap VREF GND , , input a target DAC code by modifying the 10 bit C_DAC[9:0] value in register W2W1W0 = 000b that will , an incorrect resonant period. In order to start movement of the lens to the DAC code that was set in , €™s Target DAC Codes The ISRC algorithm is a proprietary technology developed to limit the ringing of , the 10 bit DAC code is ideally instant, ignoring the ringing effects. If the driver is set so that ... ROHM
Original
datasheet

24 pages,
871 Kb

BU64240GWZ TEXT
datasheet frame
Abstract: order to start movement of the lens to the DAC code that was set in C_DAC[9:0], the EN bit must be set , of output current set by the 10 bit DAC code is ideally instant, ignoring the ringing effects. If , step time in order to generate just enough output current to float the lens with minimal ringing , mode is used when M = 1 and the present DAC code is in between point A and point B. Typically this mode , is set so that the value is too large and will cause excess ringing, the point C DAC code is ... ROHM
Original
datasheet

23 pages,
917.79 Kb

BU64241GWZ TEXT
datasheet frame
Abstract: system limits of ringing vs. settling time. Step mode is used when M = 1 and the present DAC code is in , determine the resonant frequency, f0, input a target DAC code by modifying the 10 bit C_DAC[9:0] value in , actuator as this will show an incorrect resonant period. In order to start movement of the lens to the DAC , such the ringing control behavior is broken into three separate operational areas in order to provide , laser displacement meter or some other device to measure lens displacement. DAC code www.rohm.com ... ROHM
Original
datasheet

24 pages,
935.96 Kb

BU64241 BU64240GWZ transistor 130003 BU64241GWZ TEXT
datasheet frame
Abstract: system limits of ringing vs. settling time. Step mode is used when M = 1 and the present DAC code is in , determine the resonant frequency, f0, input a target DAC code by modifying the 10 bit C_DAC[9:0] value in , actuator as this will show an incorrect resonant period. In order to start movement of the lens to the DAC , such the ringing control behavior is broken into three separate operational areas in order to provide , laser displacement meter or some other device to measure lens displacement. DAC code www.rohm.com ... ROHM
Original
datasheet

24 pages,
935.96 Kb

autofocus actuator mobile Linear actuator BU6424 autofocus lens control system in camera 130003 transistor BU64241GWZ autofocus IC UCSP30L1 BU64241 transistor 130003 BU64240GWZ TEXT
datasheet frame
Abstract: order to start movement of the lens to the DAC code that was set in C_DAC[9:0], the EN bit must be set , of output current set by the 10 bit DAC code is ideally instant, ignoring the ringing effects. If , step time in order to generate just enough output current to float the lens with minimal ringing , mode is used when M = 1 and the present DAC code is in between point A and point B. Typically this mode , is set so that the value is too large and will cause excess ringing, the point C DAC code is ... ROHM
Original
datasheet

23 pages,
863.26 Kb

BU64241GWZ TEXT
datasheet frame
Abstract: Ringing Control Pre-driver 10 OSC V/I 10 bit DAC Convertor RNF Band Gap VREF GND , , input a target DAC code by modifying the 10 bit C_DAC[9:0] value in register W2W1W0 = 000b that will , an incorrect resonant period. In order to start movement of the lens to the DAC code that was set in , €™s Target DAC Codes The ISRC algorithm is a proprietary technology developed to limit the ringing of , the 10 bit DAC code is ideally instant, ignoring the ringing effects. If the driver is set so that ... ROHM
Original
datasheet

24 pages,
925.55 Kb

BU64240GWZ TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
greater than 1 LSB can lead to missing codes in an ADC or to nonmonotonicity of an ADC or a DAC.     DAC: The difference between the actual step value and the nominal step value in the transfer diagram milliwatt; used in communication work as a measure of absolute power values. Zero dBm equals one milliwatt. Transhybrid Loss In a telephone hybrid, the measure of the isolation between the receive and transmit Primarily used in low-voltage applications.     CMRR Common-Mode Rejection Ratio The
/datasheets/files/texas-instruments/data/glossary/glossary.htm
Texas Instruments 08/02/1999 40.72 Kb HTM glossary.htm
ringing at the output of the filter and can be calculated with (delta phase / delta f)/360 (in than Bessel, but not as good as the Chebyshev filter. There is no ringing in stop band. This filter type has some overshoot and ringing in the time domain, but less than the Chebyshev or Inverse band width of a third order Chebyshev. Although there is ringing in the pass band region with this finally, there is no ring­ing in stop band. This filter has the best step response of all of the
/datasheets/files/microchip/10/edit/proceed/archive/pcd175/index.htm
Microchip 21/03/2001 46.1 Kb HTM index.htm
UNFORTUNATELY QUICKLY INCREASING DISTURBANCES DAC BIPOLAR CONVERTED MEASURING WORTHWHILE PEASE ASSUME INPUT FAST CONSTRUCTED DEMROW SHOULD LARGELY MEASURE ROUTED IDEA OVERALL MATCHED INCLUDES 30PF THESE HAND DRIVES RINGING TRACE POTENTIAL ELIMINATING SPEED WAY THAT AND RELIED CAPACITOR PARTICULAR VERTICAL FORCING SATURATION INDUCTIVE PRACTICE CONSTRUCTED FAST NATURE MOS SHOULD THERMISTOR MEASURE UNITS OVERALL NATURE WASTEFULLY COMPROMISES FREQUENCY CORRECT MEASURE MANY BECAUSE THESE DIRECT CONSPIRING CIRCUITRY
/datasheets/files/linear/lview3/parts-v1.edb
Linear 08/10/1998 5000.33 Kb EDB parts-v1.edb
UNFORTUNATELY QUICKLY INCREASING DISTURBANCES DAC BIPOLAR CONVERTED MEASURING WORTHWHILE PEASE ASSUME INPUT FAST CONSTRUCTED DEMROW SHOULD LARGELY MEASURE ROUTED IDEA OVERALL MATCHED INCLUDES 30PF THESE HAND DRIVES RINGING TRACE POTENTIAL ELIMINATING SPEED WAY THAT AND RELIED CAPACITOR PARTICULAR VERTICAL FORCING SATURATION INDUCTIVE PRACTICE CONSTRUCTED FAST NATURE MOS SHOULD THERMISTOR MEASURE UNITS OVERALL MEASURE MANY BECAUSE THESE DIRECT CONSPIRING CIRCUITRY BASED VERSATILITY FRUSTRATION APPEARED REALITIES
/datasheets/files/linear/lview4/parts.edb
Linear 15/02/2000 7168.02 Kb EDB parts.edb
Band CDMA Applications Feb 2001 Rail-to-Rail 14-Bit Dual DAC in a Space Saving 16-Pin Nov 2000 Dual 60mA 10-Bit Serial DAC in MS-8 Saves Power and Space Nov 2000 Low Dropout Handling Generates 5V at 500mA in 1cm2 of Board Space June 2009 - Power Management IC with June 2009 - Power Management IC Combines USB On-The-Go and USB Charging in Compact Easy-to-Use Solution March 2009 - How to Choose a Voltage Reference January 2009 - 100V Controller in 3mm - 3mm
/datasheets/files/linear/lists/lt magazine.html
Linear 17/09/2010 105.35 Kb HTML lt magazine.html
UNFORTUNATELY QUICKLY INCREASING DISTURBANCES DAC BIPOLAR CONVERTED MEASURING WORTHWHILE PEASE ASSUME INPUT FAST CONSTRUCTED DEMROW SHOULD LARGELY MEASURE ROUTED IDEA OVERALL MATCHED INCLUDES 30PF THESE HAND DRIVES RINGING TRACE POTENTIAL ELIMINATING SPEED WAY THAT AND RELIED CAPACITOR PARTICULAR VERTICAL FORCING SATURATION INDUCTIVE PRACTICE CONSTRUCTED FAST NATURE MOS SHOULD THERMISTOR MEASURE UNITS OVERALL NATURE WASTEFULLY COMPROMISES FREQUENCY CORRECT MEASURE MANY BECAUSE THESE DIRECT CONSPIRING CIRCUITRY
/datasheets/files/linear/lview3/parts.ebd
Linear 08/10/1998 5000.33 Kb EBD parts.ebd
Vb+ battery is the same positive supply voltage needed for ringing generation. 4.3.3 - RING In this so that the ringing signal al - ways starts and stops with zero phase. In Ring mode the Off Hook ringing state. = 0 COFISLIC is not in ringing state. = 1 COFISLIC is in ringing state. CONV = Sets Timing bit to control the timing of ringing and meterpulses. = 0 COFISLIC is in ringing pause or no meterpulse is on. = 1 COFISLIC is in ringing or output of a meterpulse is running. IO1, IO2 define the value
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/5856.htm
STMicroelectronics 02/04/1999 106.58 Kb HTM 5856.htm
precisely with- out ringing. Initially the system operates in speed control mode. A movement begins when the have in the motor speed due to the DAC. If we call I OM1 the value of the max output current I o : 4031 Date Update: 1/11/95 Pages: 24 The document is available in the encoder in the con- figuration shown schematically in figure 1. This sys- tem is controlled by a servopositioning System that connects directly to Microcomputer Chips. 1/24 The system operates in two modes to
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4031-v1.htm
STMicroelectronics 02/04/1999 45.24 Kb HTM 4031-v1.htm
target position then stop precisely with- out ringing. Initially the system operates in speed control spreads we can have in the motor speed due to the DAC. If we call I OM1 the value of the max output encoder in the con- figuration shown schematically in figure 1. This sys- tem is controlled by a in two modes to achieve high speed and accuracy : closed loop speed control and closed loop system operates effectively in open loop mode (see figure 2). In this condition a high current peak - up
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4031-v3.htm
STMicroelectronics 25/05/2000 47.07 Kb HTM 4031-v3.htm
have in the motor speed due to the DAC. If we call I OM1 the value of the max output current I o primarily intended for use with a DC motor and optical encoder in the con- figuration shown schematically in Chips. 1/24 The system operates in two modes to achieve high speed and accuracy : closed loop speed rapidly towards the target position then stop precisely with- out ringing. Initially the system operates in speed control mode. A movement begins when the microcomputer ap- plies a speed demand word to the
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4031.htm
STMicroelectronics 20/10/2000 49.36 Kb HTM 4031.htm