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Part Manufacturer Description Datasheet Download Buy Part
LTC6904HMS8#PBF Linear Technology LTC6904 - 1kHz - 68MHz Serial Port Programmable Oscillator; Package: MSOP; Pins: 8; Temperature Range: -40°C to 125°C
LTC6904HMS8#TR Linear Technology LTC6904 - 1kHz - 68MHz Serial Port Programmable Oscillator; Package: MSOP; Pins: 8; Temperature Range: -40°C to 125°C
LTC6930CDCB-5.00#TRPBF Linear Technology LTC6930-X.XX - 32.768kHz to 8.192MHz Precision µPower Oscillators; Package: DFN; Pins: 8; Temperature Range: 0°C to 70°C
LTC6930CMS8-4.19#PBF Linear Technology LTC6930-X.XX - 32.768kHz to 8.192MHz Precision µPower Oscillators; Package: MSOP; Pins: 8; Temperature Range: 0°C to 70°C
LTC6930HDCB-4.19#PBF Linear Technology LTC6930-X.XX - 32.768kHz to 8.192MHz Precision µPower Oscillators; Package: DFN; Pins: 8; Temperature Range: -40°C to 125°C
LTC6930HDCB-8.00#TRMPBF Linear Technology LTC6930-X.XX - 32.768kHz to 8.192MHz Precision µPower Oscillators; Package: DFN; Pins: 8; Temperature Range: -40°C to 125°C

400hz sine oscillator Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1996 - 50hz sine generator using crystal

Abstract: 400hz sine oscillator HC165 4060 4081 4024 50 Hz Crystal oscillator nymph HC4060 crystal 74HC4060 application note 4.194304 crystal oscillator ML2035 50hz sine oscillator
Text: (dec) D(hex) 33pF CLKIN 8 Table 4. Generating 400Hz and 1Khz sine waves 2 SCK GND 7 , June 1996 Application Note 42025 Generating Fixed Frequency Sine Waves with ML2035 Jon Klein The ML2035 Programmable Sine Wave Generator is a convenient solution for generating accurate sine waves. Often an accurate fixed sine wave reference is required in applications such as , show several alternate methods for programming the ML2035 for 50 or 60Hz sine wave output using


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PDF ML2035 ML2035 50hz sine generator using crystal 400hz sine oscillator HC165 4060 4081 4024 50 Hz Crystal oscillator nymph HC4060 crystal 74HC4060 application note 4.194304 crystal oscillator 50hz sine oscillator
1999 - 400hz sine oscillator

Abstract: 125OC RMS-10
Text: DQXO-3 OSCILLATOR 1 Hz to 10 kHz* Low Power Crystal Oscillator TM DESCRIPTION The DQXO-3 oscillator has very high accuracy, stability and low current. The design consists of a CMOScompatible hybrid , the oscillator allows for very tight calibration tolerance and eliminates the need for a trimming , -3 vary with frequency. The characteristics of the 400Hz model are presented in this data sheet , APPLICATIONS Industrial, Computer & Communications G General purpose clock oscillator F Remote


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PDF 400Hz aging70OC -40OC -55OC 125OC 400Hz 400hz sine oscillator RMS-10
Not Available

Abstract: No abstract text available
Text: DQX O-3 OSCILLATOR 1 Hz to 10 kHz * Low Power Crystal Oscillator ™ DESCRIPTION The DQXO-3 oscillator has very high accuracy, stability and low current. The design consists of a , , precision tuning of the oscillator allows for very tight calibration tolerance and eliminates the need for , characteristics of the DQXO-3 vary with frequency. The characteristics of the 400Hz model are presented in this , oscillator F Remote data timers 3 1 Military & Aerospace 2 Process controllers BOTTOM


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PDF 400Hz Low85OC -55OC 125OC 400Hz
2010 - 400hz sine oscillator

Abstract: high precision rvdt SWR200M APPLICATIONS OF dc chopper circuit
Text: DESCRIPTION Precision Sine Wave Reference FEATURES Very High Accuracy: +7.071 Vrms ±0.5% Extremely Low , % Thd @ f = 3300 Hz Hermetic 14-pin Ceramic DIP Military Processing Option SWR200 is a Precision Sine Wave Reference providing an ultra stable sine wave output of +7.071 V at ±0.5% initial accuracy and , sine wave source. The SWR200 can be used as a reference source in precision sensing systems based on , connected as a phase-shift oscillator circuit with the frequency set by the external capacitors C1 and C2


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PDF oSWR200 SWR200 SWR200 ppm/1000 14-pin SWR200DS 400hz sine oscillator high precision rvdt SWR200M APPLICATIONS OF dc chopper circuit
20109 sony

Abstract: No abstract text available
Text: level 400Hz Vs1 4 2 and 3 Input signal: SIG1 Measure output amplitude Pins 20 ( 400Hz , sine , , sine wave) of Pin 20 (16) (15kLPF) Input signal: SIG6 Measure output signal ( 400Hz , sine wave) of Pin 19(15) (15kLPF) Input signal: SIG6 Measure amplitude of output signal ( 400Hz , sine wave) of Pins 20 , ) Bilingual sine wave Sub Cue SIG6 : Sound MPX signal Main Sub Cue 400Hz , 100% Carrier off Cue signal , identification eliminates the necessity of adjusting the identification system (Cue oscillator ). · Output level


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PDF CXA2020M/S, 520mVrms CXA2020M 28PIN 375mil CXA2020M/S OP026-P-0375-D CXA2020S 22PINSDIP 022-P-0300 20109 sony
2012 - Not Available

Abstract: No abstract text available
Text: SWR200 SWR200 SWR200 Precision Sine Wave Reference FEATURES DESCRIPTION SWR200 is a Precision Sine Wave Reference providing an ultra stable sine wave output of +7.071 V at ±0.5% initial , for high reliability and quality. SWR200 is well suited for any application requiring a stable sine , are connected as a phase-shift oscillator circuit with the frequency set by the external capacitors C1 and C2. Q4 is included in the feedback loop of A1 as a gain control element. The oscillator


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PDF SWR200 SWR200 SWR200DS SWR200DS
Not Available

Abstract: No abstract text available
Text: input to Pin 4 Pin 4 Input signal: SIG1 Measure output amplitude ( 400Hz , sine wave) of Pins 20 , signal: SIG6 Measure output signal ( 400Hz , sine wave) of Pin 19(15) (15kLPF) Pin 19 (15) 480 580 690 mVrms 2 Input signal: SIG6 Measure amplitude of output signal ( 400Hz , sine wave , % Cue sine wave 5.6mVrms : Stereo SIG15 : Sound MPX signal Main Sub Main : 400Hz , mode identification eliminates the necessity of adjusting the identification system (Cue oscillator ).


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PDF CXA2020M/S CXA2020M/S, 520mVrms CXA2020M 28PIN 375mil OP028-P-0375-D CXA2020S 22PIN
2012 - 400hz sine oscillator

Abstract: rvdt operation rvdt Digital to RVDT converter SWR200
Text: SWR200 SWR200 SWR200 DESCRIPTION Precision Sine Wave Reference FEATURES Very High , Processing Option SWR200 is a Precision Sine Wave Reference providing an ultra stable sine wave output of , any application requiring a stable sine wave source. The SWR200 can be used as a reference source in , oscillator circuit with the frequency set by the external capacitors C1 and C2. Q4 is included in the feedback loop of A1 as a gain control element. The oscillator output is fed to the chopper amplifier which


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PDF SWR200 SWR200 ppm/1000 14-pin SWR200DS SWR200DS 400hz sine oscillator rvdt operation rvdt Digital to RVDT converter
2003 - CXA2202M

Abstract: led stereo sound level indicator 952HZ
Text: . Unit 17 25 36 mA 2 and 3 Input signal: SIG1 Measure output amplitude ( 400Hz , sine , 540 640 mVrms 2 Input signal: SIG6 Measure output signal ( 400Hz , sine wave) of Pin 19 , signal ( 400Hz , sine wave) of Pins 20 and 21 (15kLPF) Pins 20 and 21 480 580 690 mVrms , mode identification eliminates the necessity of adjusting the identification system (Cue oscillator , 8 Item Current consumption Sub output level 400Hz Sub frequency characteristics 1kHz


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PDF CXA2202M CXA2202M, sound300 28PIN OP-28P-L04 OP028-P-0375 42/COPPER CXA2202M led stereo sound level indicator 952HZ
E128 transformer

Abstract: 400hz sine oscillator SDC-14700 DC891 E128 transformer e128
Text: PinTDIP R/D( sine and cosine) conversion. Pin programmable lor 1.14 x 2.02 x 0.23" 10, 12, 14, or 16 bit , . MSDC-700 14 Bit E-8 · REFERENCE OSCILLATORS OSC-15801 - - 400Hz 20kHz 1,0 X 08 X 0,2" Synchro/Resolver/lnductosyn reference oscillator and has quadrature ref. output voltages (two outputs 90° out of phase) with programmable output freq. ( 400Hz - 20kHz). ADI alternate source, similar to OSC-15801 E-10 OSC-15802 REF-15001 Series - - 400Hz 10kHz 2.5kHz or 10kHz


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PDF DC-8915 RDC-19200 400Hz 20kHz) OSC-15801 OSC-15802 REF-15001 10kHz 10kHz E128 transformer 400hz sine oscillator SDC-14700 DC891 E128 transformer e128
2003 - CXA2202N

Abstract: No abstract text available
Text: Measure output amplitude ( 400Hz , sine Pins 17 wave) of Pins 17 and and 181 18: Vs1 (15kLPF) 480 , signal ( 400Hz , sine wave) of Pin 16 (15kLPF) Pin 16 480 580 690 mVrms 2 Input signal: SIG6 Measure amplitude of output signal ( 400Hz , sine wave) of Pins 17 and 18 (15kLPF , mode identification eliminates the necessity of adjusting the identification system (Cue oscillator , 400Hz Sub frequency characteristics 1kHz Sub frequency characteristics 10kHz Sub distortion


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PDF CXA2202N CXA2202N, 24PIN SSOP-24P-L01 P-SSOP24-7 CXA2202N
2004 - LT1068-25

Abstract: 400hz sine oscillator design a 40khz notch filter LT1068 CD4520 low pass filter 400hz schematic DATA SHEET OF CD4520 OF CD4520 lowpass filter 20khz 400Hz converter schematic
Text: designed to produce a low harmonic distortion sine and cosine oscillator from a CMOS-level square wave , 1 requires a 400Hz clock frequency. For this filter, the input frequencies that can generate , very low frequency signals without significant aliasing errors, since its clock frequency is 400Hz and , 0.1µF 19 18 17 *COSINE WAVE OUT 16 R34 10k 15 * SINE WAVE OUT f fOUT = CLK 128 , 'S COSINE WAVE OUTPUT IS REFERENCED TO PIN 15'S SINE WAVE OUTPUT 4 ÷4 5 ÷8 6 ÷16 11 ÷32 12 ÷64 13


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PDF LTC1068-200 LTC1068 LTC1068-200, LTC1068-25 LTC1068-50 LT1068-25 400hz sine oscillator design a 40khz notch filter LT1068 CD4520 low pass filter 400hz schematic DATA SHEET OF CD4520 OF CD4520 lowpass filter 20khz 400Hz converter schematic
inductosyn farrand 21

Abstract: inductosyn irdc 460 HY32B inductosyn farrand
Text: Low Cost High Tracking Rate Reference Frequency 400Hz to 10kHz Hybrid Construction Tri-State Digital , BLOCK DIAGRAM GENERAL DESCRIPTION The IRDC1732 converts resolver format ( sine and cosine) signals into a , per second. Operation of the converter is possible over the reference frequency range of 400Hz to , nonisolated resistive. As the IRDC1732 uses only the ratio of sine to cosine value for the conversion of the , REFERENCE FREQUENCY lkHzto 10kHz * 400Hz SIGNAL VOLTAGE 2.5V mis * SIGNAL INPUT IMPEDANCE 50kiî ± 2


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PDF IRDC1732 400Hz 10kHz 12-bit IRDCI732atNaval inductosyn farrand 21 inductosyn irdc 460 HY32B inductosyn farrand
c1730

Abstract: 400hz sine oscillator Linear inductosyn inductosyn IRDC1731 Dtm 1716 schematic RESOLVER IRDC1730 API1620 resolver 90
Text: Frequency Options ( 400Hz , 2.6kHz, 5kHz or 10kHz) Low Profile Module (0.4", 10.2mm) Designed to Meet , ESCRIPTION T he IR D C 1730/33 convert resolver fo rm a t ( sine and cosine) signals in to a 12-bit parallel w , /4096 of a pitch) Parallel, 2TTL Loads, MSB = 180° or half pitch posn. 400Hz , 2.6kHz, 5kHz or 10kHz 2.5 volts m ax ( Sine and Cosine) rms 5.6kl2 2.5 volts rms 5.6k£2 ±20° will give no additional error with a static input 500 volts dc F or ±14 arc-minutes Accuracy: 68 rps ( 400Hz ) 87 rps (2.6kHz) 170 rps (5kHz


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PDF 12-Bit, 12-Bit 400Hz, 10kHz) c1730 400hz sine oscillator Linear inductosyn inductosyn IRDC1731 Dtm 1716 schematic RESOLVER IRDC1730 API1620 resolver 90
HY32B

Abstract: 10v 10KHz resolver inductosyn inductosyn farrand converter theory inductosyn absolute IRDC1732/410 IRDC1732 10v 10KHz synchro IRDC-1732
Text: FEATURES Low Cost High Tracking Rate Reference Frequency 400Hz to 10kHz Hybrid Construction Tri-State , FUNCTIONAL BLOCK DIAGRAM GENERAL DESCRIPTION The IRDC1732 converts resolver format ( sine and cosine , 400Hz to 10kHz; the signal and reference voltages are nominally 2.5V rms. The signal and reference inputs are nonisolated resistive. As the IRDC1732 uses only the ratio of sine to cosine value for the , REFERENCE FREQUENCY 1 kHz to 10kHz * 400Hz SIGNAL VOLTAGE 2.5V rms * SIGNAL INPUT IMPEDANCE 50kfi ± 2


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PDF IRDC1732 400Hz 10kHz IRDC1732 12-bit HY32B 10v 10KHz resolver inductosyn inductosyn farrand converter theory inductosyn absolute IRDC1732/410 10v 10KHz synchro IRDC-1732
2001 - CXA2020M

Abstract: CXA2020S FM stereo MPX Decoder 16 lead PIN-20 IC DIAGRAM
Text: signal: SIG1 Measure output amplitude ( 400Hz , sine wave) of Pins 20 and 21 (16 and 17): Vs1 (15kLPF , signal ( 400Hz , sine wave) of Pin 19 (15) (15kLPF) Pin 19 (15) 480 580 690 mVrms 2 Input signal: SIG6 Measure amplitude of output signal ( 400Hz , sine wave) of Pins 20 and 21 (16 and , mode identification eliminates the necessity of adjusting the identification system (Cue oscillator ). , tions tions 1 2 3 4 5 6 7 8 Current consumption Sub output level 400Hz


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PDF CXA2020M/S CXA2020M/S, 520mVrms CXA2020S 22PIN SDIP-22P-01 SDIP022-P-0300 CXA2020M CXA2020S FM stereo MPX Decoder 16 lead PIN-20 IC DIAGRAM
1998 - CXA2020M

Abstract: CXA2020S
Text: signal: SIG1 Measure output amplitude ( 400Hz , sine wave) of Pins 20 and 21 (16 and 17): Vs1 (15kLPF , signal ( 400Hz , sine wave) of Pin 19 (15) (15kLPF) Pin 19 (15) 480 580 690 mVrms 2 Input signal: SIG6 Measure amplitude of output signal ( 400Hz , sine wave) of Pins 20 and 21 (16 and , mode identification eliminates the necessity of adjusting the identification system (Cue oscillator ). , tions tions 1 2 3 4 5 6 7 8 Current consumption Sub output level 400Hz


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PDF CXA2020M/S CXA2020M/S, 520mVrms OP-28P-L04 OP028-P-0375-D CXA2020S 22PIN SDIP-22P-01 SDIP022-P-0300 CXA2020M CXA2020S
115v 400Hz circuit diagram

Abstract: transformer 400Hz 115v 26v 400Hz synchro to digital converter 26v 400Hz 115v 400Hz resolver DSC1705512 DSC1705611 DSC1706 DSC1705 115v 400Hz
Text: Supply Required MIL Spec/Hi Rel Versions Available Internal 1.3VA Amplifiers Internal Transformers ( 400Hz , angle and a reference voltage of either 60Hz or 400Hz , and produce a 3 wire or 4 wire output suitable for driving Synchros or Resolveirs. The 400Hz converters contain internal 1.3VA amplifiers as well as , , options for both the 400Hz and 60Hz converters are available allowing the use of external amplifiers and , available, the individual sine and cosine outputs produced do not follow the exact sine and cosine laws, and


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PDF 400Hz DSC1705 DSC1706 DSC1705511 400Hz DSC1705512 DSC1705611 DSC1705612 115v 400Hz circuit diagram transformer 400Hz 115v 26v 400Hz synchro to digital converter 26v 400Hz 115v 400Hz resolver 115v 400Hz
400hz sine oscillator

Abstract: radar position control servo motor
Text: A R A C T E R IST IC S Device Type Each Channel 60Hz 400Hz Input Frequency 47 -5k 360 -5k Hz , for 90V, 400Hz TTL E-101 ILC DATA DEVICE CORPORATION®_ 000 SDC-14600/05 SERIES gain, and , used for synchro inputs, a resolver conditioner for resolver inputs and a sine and cosine voltage , voltage controlled oscillator (VCO). This VCO is an incremental integrator (constant voltage input to , , 16 bit, 1 6 bit, 400Hz 400Hz 400Hz 400Hz 60Hz 400Hz 400Hz 400Hz 400Hz 60Hz ETS EW B N.C. S3B(S


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PDF SDC-14600/05 SDC-14600 SDC-14605 400Hz 400hz sine oscillator radar position control servo motor
400HZ

Abstract: No abstract text available
Text: Device Type Each Channel 60Hz 400Hz Hz Input Frequency 47 5k 360 -5 k Bandwidth(Closed Loop) Hz 15 103 Ka , : 47 - 5k for 90V, 60Hz; 360 - Skfor 90V, 400Hz Inhibit (INH)(common) Enable Bits 1 to 8 (EM) Enable , resolver conditioner for resolver inputs and a sine and cosine voltage follower for direct inputs. These , error is integrated yielding a velocity voltage which in turn drives a voltage controlled oscillator , , instead of VEL Input Option: 0 . 11.8V, Synchro, 14 bit, 400Hz 1 - 1 1 .8V, Resolver, 14 bit, 400Hz 2 =


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PDF SDC-14600/05 C-14600/05 C-14600 C-14605 --55to 400Hz
400hz sine oscillator

Abstract: No abstract text available
Text: VALUE 16 2 +1 LSB UNIT VALUE Drive Capability Device Type 60Hz 400Hz 360 -5 k 103 53k 1.33 , 0.66 I oz Note: 47 - 5k for 90V, 60Hz; 360 - 5k for 90V, 400Hz E-95 ILC DATA DEVICE CORPORATION , resolver conditioner for resolver inputs and a sine and cosine voltage follower for direct inputs. These , yielding a velocity voltage which in turn drives a voltage controlled oscillator (VCO). This VCO is an , , Synchro, Synchro, Resolver, Synchro, Direct, Synchro, 14 bit, 400Hz 14 bit, 400Hz 14 bit, 400Hz 14 bit


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PDF SDC-14570/75 16-bit SDC14570 SDC-14575 range22 400Hz 400hz sine oscillator
400hz sine oscillator

Abstract: radar position control resolver servo motor synchro resolver application note
Text: 16 0.31 0.25 4.5 2500 400Hz 360 -5 k 103 53k 1.33 40k 230 115 14 10 8 1160 140 16 2.5 2 290 320 , , 400Hz 190 000 ILC DATA DEVICE _ _ CORPORATION_ SDC-14570/75 SERIES gain, and VCO gain. These , resolver conditioner for resolver inputs and a sine and cosine voltage follower for direct inputs. These , error is integrated yielding a velocity voltage which in turn drives a voltage controlled oscillator , , Direct, Synchro, M b it, 400Hz 14 bit, 400Hz 14 bit, 400Hz 14 bit, 400Hz 14 bit, 60Hz 14/16 bit, 400Hz 14


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PDF SDC-14570/75 16-bit SDC14570 SDC-14575 400Hz 400hz sine oscillator radar position control resolver servo motor synchro resolver application note
Not Available

Abstract: No abstract text available
Text: /s2 300 transient A2 A 400Hz 47 -1 k 15 360 -5 k 103 Hz Hz 1/s 1/s tsncs , synchro inputs, a resolver conditioner for resolver inputs and a sine and cosine voltage follower for , drives a voltage controlled oscillator (VCO). This VCO is an incremental integrator (constant voltage , bit, 14 bit, 14 bit, 14 bit, 14 bit, 16 bit, 16 bit, 16 bit, 16 bit, 16 bit, 400Hz 400Hz 400Hz 400Hz 60Hz 400Hz 400Hz 400Hz 400Hz 60Hz -55° to +125°C Temperature range only. B


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PDF SDC-14610/15 SDC-14610 SDC-14615 SDC-14615 400Hz
Not Available

Abstract: No abstract text available
Text: . Resolution Control (A) 400Hz 4 7 - 1k Hz Bandwidth(Closed Loop) Ka A1 A2 A B 11.8V , inputs and a sine and cosine voltage follower for direct inputs. These amplifiers feed the high , error is integrated yielding a velocity voltage which in turn drives a voltage controlled oscillator , , 400Hz 1 = 11.8V, Resolver, 14 bit, 400Hz 2 » 90V, Synchro, 14 bit, 400Hz 3 2V, Direct, 14 bit, 400Hz 4 = 90V, Synchro, 14 bit, 60Hz 5 - 11.8V, Synchro, 14/16 bit, 400Hz 6 - 1 1 .8V, Resolver, 14


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PDF SDC-14570/75 16-bit SDC14570 400Hz
Not Available

Abstract: No abstract text available
Text: CHARACTERISTICS Device Type 400Hz 60Hz Input Frequency Hz 47 -1k 360 -5k Bandwidth(Closed Loop) Hz 15 , a sine and cosine voltage follower for direct inputs. These amplifiers feed the high accuracy , integrated yielding a velocity voltage which in turn drives a voltage controlled oscillator (VCO). This VCO , , 14 bit, 14/16 bit, 14/16 bit, 14/16 bit, 14/16 bit, 14/16 bit, 400Hz 400Hz 400Hz 400Hz 60Hz 400Hz 400Hz 400Hz 400Hz 60Hz


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PDF SDC-14570/75 16-bit SDC14570 SDC-14575 400Hz
Supplyframe Tracking Pixel