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Part : KIT-HALL-EFFECT-SWITCHES Supplier : Infineon Technologies Manufacturer : Avnet Stock : - Best Price : - Price Each : -
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hall effect interface WITH ADC

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: 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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3-Phase SINUSOIDAL PWM ACIM Controller AN1292 microchip AN984 ACIM Control stepper motor speed control circuits PIC33F
Abstract: 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 active brake mosfet switch BLDC Motor DMB0224 three phase BLDC motor control PIC PIC30F6010A PIC30F3010 PIC30F2010 PIC2010 12V10A
Abstract: 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
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
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AEC-Q100-002 IPC7351 SOIC127P600X175-9AM JESD51-5
Abstract: 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
Abstract: 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 PIC12HV615 PIC12F609/HV609 PIC12F615/HV615 PIC16F610/HV610 PIC16F616/HV616 PIC16F616/
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
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A114X allegro dual hall sensor
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
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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
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Abstract: 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 PIC12F6 PIC16HV616 DS41294A
Abstract: 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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Abstract: 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
Abstract: 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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Abstract: 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
Abstract: 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
Abstract: 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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A118X allegro dual hall sensor ic Hall Effect Current Measurements
Abstract: *) 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 7-band graphic equalizer 3 band Graphic Equalizer 5 band graphic equalizer 7-band graphic equalizer spectrum bass treble using ne5532 100-QFP-1420C SSP1610 9344MH GND13 VDD13 VDD10
Abstract: *) 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 mic 4558 echo sound processors GND10 GND11 VDD11 AD1877 100UF
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 -
OCR Scan
32 band audio spectrum analyzer Diagram
Abstract: 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 Band stop filter 20 band equalizer one chip graphic equalizer
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