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PDRV5053RAQDBZT Texas Instruments MAGNETIC FIELD SENSOR-HALL EFFECT visit Texas Instruments
PDRV5053VAQLPG Texas Instruments MAGNETIC FIELD SENSOR-HALL EFFECT visit Texas Instruments
PDRV5013AGQDBZT Texas Instruments MAGNETIC FIELD SENSOR-HALL EFFECT visit Texas Instruments
PDRV5053OAQDBZT Texas Instruments MAGNETIC FIELD SENSOR-HALL EFFECT visit Texas Instruments
PDRV5013AGQLPG Texas Instruments MAGNETIC FIELD SENSOR-HALL EFFECT visit Texas Instruments
PDRV5053PAQLPG Texas Instruments MAGNETIC FIELD SENSOR-HALL EFFECT visit Texas Instruments

hall effect interface WITH ADC

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AN1292 microchip

Abstract: stepper motor speed control circuits Sensorless FOC (Vector Control/180º) with PLL estimator and dual shunts BLDC Sensored (Hall Effect , fast ADC PMSM Moving to dual-shunt Sensorless FOC with field weakening 2 current shunt-resistor circuits for current feedback DSC with motor-control PWMs and fast ADC ACIM Moving to FOC , circuits for current feedback DSC with motor-control PWMs and fast ADC PFC: Boost inductor, MOSFET and , reference and comparator circuit DSC with PWM fault-shutdown input User Interface Isolation from high
Microchip Technology
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DS51456

Abstract: DS51554 HALL EFFECT SENSOR A 60° Red Winding HALL EFFECT SENSOR B Green Winding HALL EFFECT SENSOR C , Connection +5 Hall effect supply voltage G Hall effect sensor ground A Phase R position , ) input 7 8: Device Reset via S1 Function Phase 3 (B) position Hall effect sensor , 54 RD8 Phase 1 (R ) position Hall effect sensor 55 RD9 Phase 2 (Y) position Hall effect sensor Ground © 2008 Microchip Technology Inc. 10 51 DS01083A_JP - 21
Microchip Technology
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AN1083 DMB0224C10002 DS51456 DS51554 PID control dsPIC2010 DC motor DMB0224 active brake mosfet switch BLDC Motor three phase BLDC motor control PIC PIC30F6010A PIC30F3010 PIC30F2010 PIC2010 12V10A

TCA700Y

Abstract: TCA700Y equivalent with 6 MHz clock rate, 48 kBytes ROM, and 1216 Bytes RAM. An IM/I2C master interface, a 5-input ADC , Video Processor Comb Filter Video Processor with Component Interface and PIP Comb Filter Video Processor with Component Interface and PIP Video Pixel Decoder ­ Low-cost Version Video Pixel Decoder , Component Interface and PIP Comb Filter Video Processor with Component Interface and PIP Video Pixel , Voltage Regulator Speedometer and Mileage Indicator Page Hall Effect Sensors 51 51 ICs for
Micronas Intermetall
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TCA700Y TCA700Y equivalent TCA700 pioneer PAL 007 A SAK215 PAL 007 pioneer 6200-250-1E MSP3400C MSP3400D MSP3410D MSP3402C MSP3405D

AEC-Q100-002

Abstract: hall effect interface WITH ADC limiting Low operating and Sleep mode currents Integrates with Allegro A114x and A118x Hall effect two-wire , through the SENSE pins. Figure 5 is a typical application using the A6850 with dual Hall effect ICs , A118x CBYP 0.01 uF Figure 5. Typical Application with 2-Wire Hall Effect ICs Allegro , pair of 2-wire Hall effect sensor ICs. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch can be controlled
Allegro MicroSystems
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AEC-Q100-002 hall effect interface WITH ADC IPC7351 SOIC127P600X175-9AM JESD51-5

A6850

Abstract: A6850KLTR-T The Allegro® A6850 is designed to interface between a microprocessor and a pair of 2-wire Hall effect , a typical application using the A6850 with dual Hall effect ICs. Signal and Fault Table Output , . Typical Application with 2-Wire Hall Effect ICs Allegro MicroSystems, Inc. 115 Northeast Cutoff , to the two Hall effect devices. Each switch can be controlled independently via individual ENABLE , A114x and A118x Hall effect two-wire sensor ICs Typical two-wire Hall device applications require
Allegro MicroSystems
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A6850KLTR-T

HV615

Abstract: PIC12F615 conditions · Comparator with hysteresis ­ Direct interface to Hall Effect element ­ Ideal for fan/motor , translate the varying frequency of the Hall Effect element into a manageable digital signal. With the , Pulse Width Modulation (ECCP), eight 10-bit ADC channels, 2 comparators with selectable hysteresis, 4 , half bridge ECCP, four 10-bit ADC channels, 1 comparator with selectable hysteresis, 4/8 MHz internal , features without the ADC and ECCP All of these PIC microcontrollers are available with . high voltage
Microchip Technology
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HV616 PIC16F616 PIC12F615 PIC16F610 PIC12F609 PIC12HV609 HV615 12HV615 eccp PIC12F609/HV609 PIC12F615/HV615 PIC16F610/HV610 PIC16F616/HV616 PIC16F616/

allegro dual hall sensor

Abstract: A114X limiting Low operating and Sleep mode currents Integrates with Allegro A114x and A118x Hall effect two-wire , through the SENSE pins. Figure 5 is a typical application using the A6850 with dual Hall effect ICs , A118x CBYP 0.01 uF Figure 5. Typical Application with 2-Wire Hall Effect ICs Allegro , pair of 2-wire Hall effect sensor ICs. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch can be controlled
Allegro MicroSystems
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allegro dual hall sensor A114X
Abstract: is designed to interface between a microprocessor and a pair of 2-wire Hall effect sensor ICs. The , with dual Hall effect ICs. Signal and Fault Table Output Pin Current (mA) Sense Pin Current , Hall effect two-wire sensor ICs Typical two-wire Hall device applications require the user to , Interface IC Applications Information Two-Wire Hall IC Interfacing When voltage is applied to two-wire Hall effect ICs, current flows within one of two narrow ranges. Any current level not within these Allegro MicroSystems
Original
Abstract: limiting Low operating and Sleep mode currents Integrates with Allegro A114x and A118x Hall effect two-wire , through the SENSE pins. Figure 5 is a typical application using the A6850 with dual Hall effect ICs , A118x CBYP 0.01 uF Figure 5. Typical Application with 2-Wire Hall Effect ICs Allegro , pair of 2-wire Hall effect sensor ICs. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch can be controlled Allegro MicroSystems
Original

HV615

Abstract: PIC12F615 translate the varying frequency of the Hall Effect element into a manageable digital signal. With the , interface to Hall Effect element ­ Ideal for fan/motor control and monitoring ­ Any application requiring , Pulse Width Modulation (ECCP), eight 10-bit ADC channels, 2 comparators with selectable hysteresis, 4 , half bridge ECCP four 10-bit ADC channels, 1 comparator , with selectable hysteresis, 4/8 MHz , similar features without the ADC and ECCP All of these PIC microcontrollers are available with . high
Microchip Technology
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PIC16HV610 DS01035 pic tachometer circuit pic pid control DS51560 DS41288 PIC12HV615 PIC16HV616 DS41294A

AEC-Q100-002

Abstract: A114x The Allegro® A6850 is designed to interface between a microprocessor and a pair of 2-wire Hall effect , a typical application using the A6850 with dual Hall effect ICs. Signal and Fault Table Output , . Typical Application with 2-Wire Hall Effect ICs Allegro MicroSystems, Inc. 115 Northeast Cutoff , to the two Hall effect devices. Each switch can be controlled independently via individual ENABLE , A114x and A118x Hall effect two-wire sensor ICs Typical two-wire Hall device applications require
Allegro MicroSystems
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9s08mp16

Abstract: S08MP16 Control with Hall Effect Sensors Using the 9S08MP by: Eduardo Viramontes Systems and Applications , torque ripples. BLDC Motor Control with Hall Effect Sensors Using the 9S08MP, Rev. 0, 4/2010 2 , cause movement. Figure 4. Three-phase H-bridge BLDC Motor Control with Hall Effect Sensors Using , high resolution output from the sensor. The BLDC Motor Control with Hall Effect Sensors Using the , to know is if the rotor advanced 60°. This can be known with three Hall effect sensors (one for each
Freescale Semiconductor
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AN4058 MC9S08MP16 MC9S08MP 9s08mp16 S08MP16 DRM117 hall effect for bldc LVBLDCMP16DBUM

hall effect interface WITH ADC

Abstract: AEC-Q100-002 The Allegro® A6850 is designed to interface between a microprocessor and a pair of 2-wire Hall effect , to the two Hall effect devices. Each switch can be controlled independently via individual ENABLE , A114x and A118x Hall effect two-wire sensor ICs Typical two-wire Hall device applications require , output When voltage is applied to two-wire Hall effect ICs, current flows within one of two narrow , ranges indicates a fault condition. Hall effect ICs. Figure 2 is a typical application using the
Allegro MicroSystems
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SOIC127P600-8M

Abstract: A6850 Allegro A114x and A118x Hall effect two-wire sensors The Allegro® A6850 is designed to interface between a microprocessor and a pair of 2-wire Hall effect sensors. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch , Figure 2. Typical Application with 2-Wire Hall Effect Sensors Allegro MicroSystems, Inc. 115 , driving both ENABLE pins low. Also, the A6850 can be used to interface to mechanical switches. in Hall
Allegro MicroSystems
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SOIC127P600-8M A6850KL-T

AEC-Q100-002

Abstract: SOIC127P600-8M limiting Low operating and Sleep mode currents Integrates with Allegro A114x and A118x Hall effect two-wire , pins. Figure 2 is a typical application using the A6850 with dual Hall effect sensors. Output Pin , k 7 A114x or A118x CBYP 0.01 uF Figure 2. Typical Application with 2-Wire Hall Effect , 2-wire Hall effect sensors. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch can be controlled independently via
Allegro MicroSystems
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AECQ100-002 SOIC127P600 00-8M

SOIC127P600-8M

Abstract: SOIC127P600 Allegro A114x and A118x Hall effect two-wire sensors The Allegro® A6850 is designed to interface between a microprocessor and a pair of 2-wire Hall effect sensors. The A6850 uses protected high-side low resistance DMOS MOSFETs to switch the supply voltage to the two Hall effect devices. Each switch , Figure 2. Typical Application with 2-Wire Hall Effect Sensors Allegro MicroSystems, Inc. 115 , following table describes some of the possible output When voltage is applied to two-wire Hall effect
Allegro MicroSystems
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Hall Effect Current Measurements A118X allegro dual hall sensor ic

sda 4558

Abstract: 4 band audio graphic equalizer block diagram *) S5A1901H02 ADC Figure 4. Digital Audio Interface Formats of the S5A1901H02 10 DAC AUDIO EFFECT PROCESSOR S5A1901H02 Codec Interface The S5A1901H02 has on chip 16 bit stereo ADC and DAC , I2C Bus Interface · 0.5 Kword Internal Data RAM and 6 Kword Delay Memory for Sound Effect · , Format in DSIU1 11 S5A1901H02 AUDIO EFFECT PROCESSOR Digital Source Interface Unit 2 (DSIU2 , 12 LSB LSB AUDIO EFFECT PROCESSOR S5A1901H02 Host Interface Unit (HIU) The S5A1901H02
Samsung Electronics
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sda 4558 4 band audio graphic equalizer block diagram 3 band Graphic Equalizer 7-band graphic equalizer 5 band graphic equalizer 7-band graphic equalizer spectrum 100-QFP-1420C SSP1610 9344MH GND13 VDD13 VDD10

7-band graphic equalizer spectrum

Abstract: 7 band equalizer *) S5A1901H02 ADC Figure 4. Digital Audio Interface Formats of the S5A1901H02 10 DAC AUDIO EFFECT PROCESSOR S5A1901H02 Codec Interface The S5A1901H02 has on chip 16 bit stereo ADC and DAC , I2C Bus Interface · 0.5 Kword Internal Data RAM and 6 Kword Delay Memory for Sound Effect · , Format in DSIU1 11 S5A1901H02 AUDIO EFFECT PROCESSOR Digital Source Interface Unit 2 (DSIU2 , 12 LSB LSB AUDIO EFFECT PROCESSOR S5A1901H02 Host Interface Unit (HIU) The S5A1901H02
Samsung Electronics
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7 band equalizer equalizer 4558 circuit diagram i2c graphic equalizer Simple Digital ECHO microphone mixing circuit bass treble using ne5532 mic 4558 GND10 GND11 VDD11 AD1877 100UF

32 band audio spectrum analyzer Diagram

Abstract: KD16901 has on-chip16 bit stereo ADC and DAC with digital filters and serial interfaces to provide CD , . 2-14 ELECTRÃN8 CS HARDWARE DESCRIPTION AUDIO EFFECT PROCESSOR Digital Source Interface Unit , HARDWARE DESCRIPTION AUDIO EFFECT PROCESSOR Digital Source Interface Unit 2 (DSIU2) The DSIU2 has a , DESCRIPTION AUDIO EFFECT PROCESSOR Host Interface Unit (HIU) The KD16901 receives commands and , DESCRIPTION AUDIO EFFECT PROCESSOR l2C Bus Interface The KD16901 can be controlled by a microcontroller
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OCR Scan
32 band audio spectrum analyzer Diagram

7-band graphic equalizer spectrum

Abstract: 7-Band spectrum analyzer Filter Table 6 Codec Interface The KD16901 has on-chip16 bit stereo ADC and DAC with digital filters and , stereo - ADC and DAC for easy application. The KD16901 also includes two digital source interface blocks , Interface q 0.5 Kword Internal Data RAM and 6 Kword Delay Memory for Sound Effect q 6 Kword Internal , Interface Unit * CGU : Clock Generation Unit 1-4 AUDIO EFFECT PROCESSOR PRODUCT OVERVIEW Pin , interface register · EXT6: Host interface register 2-9 HARDWARE DESCRIPTION AUDIO EFFECT
Samsung Electronics
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7-Band spectrum analyzer Filter samsung Graphic Equalizer 1c85 20 band equalizer Band stop filter 157D
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