AEC-Q100-003
Abstract: ISO 7637-1 aec-q100 ISO 7637-1 2002 ATS672LSB ATS672LSB-HN rpm counter ATS672LSB-LN ATS672LSB-LT JA101
Text: ATS672LSB Preliminary – Subject to Change Self-Calibrating TPO Gear-Tooth Sensor with 9-Bit Signal Capture PIN OUT DIAGRAM 4321 Pin 1: VCC Pin 2: VOUT Pin 3: Test Pin Tie to GND Pin 4: Gnd ABSOLUTE MAXIMUM RATINGS Supply Voltage, VCC . . . . . . . . . . . . . . . . . . . . . . . . . . 28 V
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ATS672LSB
AEC-Q100-003
ISO 7637-1
aec-q100
ISO 7637-1 2002
ATS672LSB
ATS672LSB-HN
rpm counter
ATS672LSB-LN
ATS672LSB-LT
JA101
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CY7B933
Abstract: No abstract text available
Text: HOTLink CY7B933 RDY Pin Description This application note describes the behavior of the RDY Ready pin in several modes of operation: Encoded, Bypass, and BIST (Built-In Self-Test). The RDY pin indicates the status of the HOTLink Receiver control logic and output pins. Its
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CY7B933
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k28 60
Abstract: CY7B933 K28 f ZXXX
Text: HOTLink CY7B933 RDY Pin Description This application note describes the behavior of the RDY Ready pin in several modes of operation: Encoded, Bypass, and BIST (Built-In Self-Test). The RDY pin indicates the status of the HOTLink® Receiver control logic and output pins. Its
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CY7B933
k28 60
K28 f
ZXXX
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CY7B933
Abstract: No abstract text available
Text: fax id: 5120 HOTLink CY7B933 RDY Pin Description This application note describes the behavior of the RDY Ready pin in several modes of operation: Encoded, Bypass, and BIST (Built-In Self-Test). The RDY pin indicates the status of the HOTLink Receiver control logic and output pins. Its
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CY7B933
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SP332
Abstract: C111 C224
Text: SP332 Corporation SIGNAL PROCESSING EXCELLENCE RS-232/RS-485 Multi-Mode Serial Transceiver • ■ ■ ■ ■ +5V-Only Single Supply Operation 4 Drivers, 4 Receivers RS-232 2 Drivers, 2 Receivers RS-485 Loopback Function for Self Test 28 Pin SOIC Packaging
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SP332
RS-232/RS-485
RS-232
RS-485
SP332
RS-232
RS-485
C111
C224
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Untitled
Abstract: No abstract text available
Text: ATS643LSH Self-Calibrating, Zero-Speed Differential Gear Tooth Sensor with Continuous Update Package SH, 4-pin SIP 12 34 1. VCC 2. No connection float or tie to VCC 3. Test pin (float or tie to GND) 4. GND The ATS643 is an optimized combination of integrated circuit and magnet that
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ATS643LSH
ATS643
ATS643-DS
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ATS643LSH
Abstract: ATS643 ATS643-DS ATS643-I1 ATS643-I2 ATS643LSH-I1 ATS643LSH-I2 hall sensor 4-pin SIP magnetic switch used in float switch
Text: ATS643LSH Self-Calibrating, Zero-Speed Differential Gear Tooth Sensor with Continuous Update Package SH, 4-pin SIP 12 34 1. VCC 2. No connection float or tie to VCC 3. Test pin (float or tie to GND) 4. GND The ATS643 is an optimized combination of integrated circuit and magnet that
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ATS643LSH
ATS643
ATS643-DS,
ATS643LSH
ATS643-DS
ATS643-I1
ATS643-I2
ATS643LSH-I1
ATS643LSH-I2
hall sensor 4-pin SIP
magnetic switch used in float switch
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hall effect 4 pin out
Abstract: hall effect 4 pin out ab HALL EFFECT IC APPLICATIONS hall sensor 4-pin ATS616LSG ATS616LSGTN-T AEC-Q100-002 ATS612LSB 72* hall IC 3 pole 80 E hall effect sensor 3 pin
Text: ATS616LSG Dynamic Self-Calibrating Peak-Detecting Differential Hall Effect Gear Tooth Sensor IC Package SG, 4-pin SIP 12 34 1. VCC 2. VOUT 3. Test Pin Tie to GND 4. GND The ATS616 gear-tooth sensor IC is a peak-detecting device that uses automatic gain control and an integrated capacitor to provide extremely accurate gear edge
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ATS616LSG
ATS616
ATS616LSG-DS,
hall effect 4 pin out
hall effect 4 pin out ab
HALL EFFECT IC APPLICATIONS
hall sensor 4-pin
ATS616LSG
ATS616LSGTN-T
AEC-Q100-002
ATS612LSB
72* hall IC 3 pole
80 E hall effect sensor 3 pin
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CAPACITOR VALUE TABLE
Abstract: FF39
Text: Initialization and System Requirements 1 This chapter describes the steps that the i960 Jx processor performs during initialization. Discussed are the RESET# pin, the reset state, and built-in self test BIST features. This chapter also describes the processor’s basic system requirements — including power, ground and clock —
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80960Jx
CAPACITOR VALUE TABLE
FF39
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BCRT-30
Abstract: 12MHZ 1553B UT1553B MIL-STD-1553B D1398
Text: UT1553B BCRT ❐ DMA or pseudo-dual-port memory interface with FEATURES ❐ Comprehensive MIL-STD-1553B dual-redundant ❐ ❐ ❐ ❐ 64K addressability ❐ Internal wraparound self-test ❐ Time tagging and message logging in RT mode ❐ Packaged in 84-pin pingrid array, 84-lead flatpack, or
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UT1553B
MIL-STD-1553B
84-pin
84-lead
84-pad
MIL-M-38510.
36-Lead
Packaging-10
XLN-589
BCRT-30
12MHZ
1553B
D1398
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UT1553BCRTM
Abstract: 265u 11TA31 UT1553 UT1553B rta2
Text: UT1553 BCRTM ❐ DMA or pseudo-dual-port memory interface with FEATURES ❐ Comprehensive MIL-STD-1553 dual-redundant Bus ❐ ❐ ❐ ❐ 64K addressability ❐ Internal wraparound self-test ❐ Time tagging and message logging in RT and M modes ❐ Packaged in 84-pin pingrid array, 84-lead flatpack, or
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UT1553
MIL-STD-1553
84-pin
84-lead
84-pad
MIL-M-38510.
36-Lead
Packaging-10
XLN-589
UT1553BCRTM
265u
11TA31
UT1553B
rta2
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Untitled
Abstract: No abstract text available
Text: For Audio Equipment MN6650A Signal Processing LSI for CD Players Overview Pin Assignment M Di ain sc te on na tin nc ue e/ d RST TLOCK FLOCK SENSE MLD MCLK MDATA TRON CLVS VSS TEST The MN6650A is a digital servo LSI for creating highprecision servo systems with completely self-adjusting
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MN6650A
MN6650A
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ge motor capacitor cross reference
Abstract: MN6650
Text: For Audio Equipment MN6650A Signal Processing LSI for CD Players Overview Pin Assignment M Di ain sc te on na tin nc ue e/ d RST TLOCK FLOCK SENSE MLD MCLK MDATA TRON CLVS VSS TEST The MN6650A is a digital servo LSI for creating highprecision servo systems with completely self-adjusting
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MN6650A
MN6650A
QFP044-P-1010
ge motor capacitor cross reference
MN6650
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application of Dual-axis accelerometer
Abstract: ADXL204 ADXL204EB Dual-axis
Text: Dual-Axis Accelerometer Evaluation Board ADXL204EB PIN 1 GENERAL DESCRIPTION SELF TEST VDD XOUT C1 0.1 F ADXL204 YOUT C2 0.1μF C3 0.1μF COMMON TOP VIEW The ADXL204EB is 20 mm x 20 mm, with mounting holes set 15 mm × 15 mm at the corners of the PCB. 05592-001
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ADXL204EB
ADXL204
ADXL204EB
ADXL204
application of Dual-axis accelerometer
Dual-axis
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RS232 TTL
Abstract: TI127 rs 485 pin configuration 14 pin ttl 232 SP332 CMOS26
Text: SP332 RS-232/RS-485 Multi-Mode Serial Transceiver features description • +5V only Single Supply Operation ■ 4 Drivers, 4 Receivers RS-232 ■ 2 Drivers, 2 Receivers RS-485 ■ Loop Back Function for Self Test ■ 28 Pin SOIC Packaging The SP332 is a monolithic device that contains both RS-232 and RS485 line drivers and receivers. The configuration of the SP332 can be
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SP332
RS-232/RS-485
RS-232
RS-485
SP332
RS485
RS-232
RS232 TTL
TI127
rs 485 pin configuration
14 pin ttl 232
CMOS26
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Untitled
Abstract: No abstract text available
Text: ATS616LSG Dynamic Self-Calibrating Peak-Detecting Differential Hall Effect Gear Tooth Sensor Package SG, 4-pin SIP 12 34 1. VCC 2. VOUT 3. Test Pin Tie to GND 4. GND The ATS616 gear-tooth sensor is a peak-detecting device that uses automatic gain control and an integrated capacitor to provide extremely accurate gear edge detection down to low operating speeds. Each sensor module consists of a high-temperature plastic shell that holds together a samarium-cobalt magnet, a pole piece,
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ATS616LSG
ATS616
ATS616LSG-DS
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4 pin hall sensor
Abstract: AEC-Q100-002 ATS612LSB ATS616LSG ATS616LSGTN-T tooth hall Sensor diagram allegro dual hall sensor ic camshaft sensor axial sensing
Text: ATS616LSG Dynamic Self-Calibrating Peak-Detecting Differential Hall Effect Gear Tooth Sensor Package SG, 4-pin SIP 12 34 1. VCC 2. VOUT 3. Test Pin Tie to GND 4. GND The ATS616 gear-tooth sensor is a peak-detecting device that uses automatic gain control and an integrated capacitor to provide extremely accurate gear edge detection down to low operating speeds. Each sensor module consists of a high-temperature plastic shell that holds together a samarium-cobalt magnet, a pole piece,
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ATS616LSG
ATS616
ATS616LSG-DS,
4 pin hall sensor
AEC-Q100-002
ATS612LSB
ATS616LSG
ATS616LSGTN-T
tooth hall Sensor diagram
allegro dual hall sensor ic
camshaft sensor axial sensing
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SCA600-C21H1G
Abstract: SCA60C SCA600-C13H1G SCA600 SCA600C13H1G SCA600C21H1G SCA600-C23H1A SCA610-C23H1A SCA320-CDCV1G self test pin function
Text: Technical Note 8 1 3 Self Test Function OBJECTIVE How to use the self test function to make sure that a sensor functions properly. DESCRIPTION OF APPLICATION EXAMPLES Even though today’s MEMS based sensors are extremely reliable, there is often a need to verify their
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FIN-01621
D-60528
SCA600-C21H1G
SCA60C
SCA600-C13H1G
SCA600
SCA600C13H1G
SCA600C21H1G
SCA600-C23H1A
SCA610-C23H1A
SCA320-CDCV1G
self test pin function
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Acceleration
Abstract: No abstract text available
Text: AN 021 Self Test Response Introduction Self Test is a standard feature in Kionix MEMS accelerometers that enables our customers to verify that the part is functional. However the customer must use the proper algorithm to ensure functionality. Applicable theories, plots, and equations
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Untitled
Abstract: No abstract text available
Text: Agilent HDSP-253x Series Eight Character 5 mm Smart Alphanumeric Display Data Sheet Features • XY stackable • 128 character ASCII decoder • Programmable functions • 16 user definable characters • Multi-level dimming and blanking • TTL compatible CMOS IC
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HDSP-253x
5988-4669EN
5989-3184EN
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SP332
Abstract: No abstract text available
Text: C in A V SP332 SIGNAL PROCESSING EXCELLENCE RS-232/RS-485 Multi-Mode Serial Transceiver • ■ ■ ■ ■ +5V-Only Single Supply Operation 4 Drivers, 4 Receivers RS-232 2 Drivers, 2 Receivers RS-485 Loopback Function for Self Test 28 Pin SOIC Packaging DESCRIPTION.
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SP332
RS-232/RS-485
RS-232
RS-485
SP332
RS-232
RS-485
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SP332
Abstract: No abstract text available
Text: S ip e * SP332 ~ Corpo»*uo»' ~ SIGNAL PROCESSING EXCELLENCE RS-232/RS-485 Multi-Mode Serial Transceiver • +5V Only ■ 4 Drivers, 4 Receivers R S-232 ■ 2 Drivers, 2 Receivers R S-485 ■ Loop Back Function for Self Test /.-• -3 ^ ft A ■ 28 Pin SO IC Packaging
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SP332
RS-232/RS-485
S-232
S-485
RS-232
S-485
SP332
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ADXL 335
Abstract: Airbag sensor piezoelectric airbag crash sensor airbag ADXL ADXL50 ADXL50D ADXL50H Piezoelectric vibration sensor suspension level sensor
Text: OC T i? Î9* Monolithic Accelerometer with Signal Conditioning ADXL50* ANALOG ► DEVICES PIN CONFIGURATIONS TO-lOO Metal Can FEATURES Full-Scale M easurem ent Range: ± 5 0 g Self-Test on Digital Command Single Supply Operation: + 5 V to + 2 4 V O utput Range: 0.25 V to 4.75 V
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ADXL50
ADXL50
O-100
ADXL 335
Airbag sensor piezoelectric
airbag crash sensor
airbag
ADXL
ADXL50D
ADXL50H
Piezoelectric vibration sensor
suspension level sensor
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AA-14G
Abstract: No abstract text available
Text: Who1 HEW LETT k"KM PACKARD Eight Character 5 mm Smart Alphanumeric Display Technical Data Features Description • XY Stackable • 128 Character ASCII D ecoder • Programmable Functions • 16 User D efinable Characters • Multi-Level Dimming and Blanking
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HDSP-253X
4M475A4
AA-14G
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