Description
The ATS617 gear-tooth sensor IC 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 device consists of a high-temperature plastic shell that holds together a samarium-cobalt pellet, a pole piece, and a differential open-collector Hall IC that has been optimized to the magnetic circuit. This small package can be easily assembled and used in conjunction with a wide variety of gear shapes and sizes.
The technology used for this device is Hall-effect based. The device incorporates a dual-element Hall IC that switches in response to differential magnetic signals created by ferromagnetic targets. The sophisticated processing circuitry contains an A-to-D converter that self-calibrates (normalizes) the internal gain of the device to minimize the effect of air gap variations. The patented peak-detecting filter circuit provides immunity to magnet and system offsets and has the ability to discriminate relatively fast changes such as those caused by tilt, gear wobble, and eccentricities. This easy-tointegrate solution provides first falling edge detection and stable operation to extremely low rpm. The ATS617 can be used as a replacement for the ATS616.
The ATS617 is ideal for use in systems that gather speed, position, and timing information using gear-tooth-based configurations. This device is particularly suited to those applications that require extremely accurate duty cycle control or accurate edge-detection, such as automotive camshaft sensing.
The ATS617 is provided in a 4-pin SIP that is Pb (lead) free, with a 100% matte tin plated leadframe.

Features and Benefits
*Self-calibrating for tight timing accuracy
*First-tooth detection
*Immunity to air gap variation and system offsets
*Immunity to signature tooth offsets
*Integrated capacitor provides analog peak and valley information
*Low timing-accuracy drift with temperature changes
*Low radiated emissions
*Integrated, series resistor on VCC pin for improved transient immunity
*Large air gap capability
*Small, integrated package
*Optimized magnetic circuit
*Undervoltage lockout (UVLO)
*Wide operating voltage range

ATS617LSGTN-T

General Description
The EMC1428 is a high accuracy, low cost, System Management Bus (SMBus) temperature sensor. Advanced features such as Resistance Error Correction (REC), Beta Compensation (to CPU diodes requiring the BJT or transistor model) and automatic diode type detection combine to provide a robust solution for complex environmental monitoring applications.
Additionally, the EMC1428 provides a hardware programmable system shutdown feature that is programmed at part power-up via a single TRIP_SET voltage channel that cannot be masked or corrupted through the SMBus.
Each device provides ±1° accuracy for external diode temperatures and ±2°C accuracy for the internal diode temperature. The EMC1428 monitors up to eight temperature channels (up to seven external and one internal).

Features
*Hardware Thermal Shutdown
-triggers dedicated SYS_SHDN pin
-hardware configured range 65°C to 127°C in 1°C steps
-cannot be disabled or modified by software
*Designed to support 45nm, 65nm, and 90nm CPU diodes
*Supports diodes requiring the BJT or transistor model
*Resistance Error Correction (up to 100 Ohms)
*Up to seven External Temperature Monitors
-±1°C Accuracy (60°C < TDIODE < 100°C)
-0.125°C Resolution
-Supports up to 2.2nF filter capacitor
-Anti-parallel diodes for extra diode support and compact design
*Internal Temperature Monitor
-±2°C accuracy
*3.3V Supply Voltage
*Available in a 16 pin 4mm x 4mm QFN lead-free RoHS Compliant package
-Programmable temperature limits for ALERT

Applications
*Notebook Computers
*Desktop Computers
*Industrial
*Embedded Applications

EMC1428-1-AP, EMC1428-6-AP

General Description
AMI Semiconductor’s AMIS-721250 (PI6050D) contact image sensor (CIS) is a selectable 600 or 1200 dot per inch (dpi) resolution linear image sensor, which employs AMI Semiconductor’s proprietary CMOS image sensing technology. The sensor contains an on-chip output amplifier, power-down circuitry and parallel transfer features that are uniquely combined with the present-day active-pixel-sensor technology. The image sensors are designed to be cascaded end-to-end on a printed circuit board (PCB) and packaged in an image sensing module. Applications for the sensor array includes facsimiles, PC scanners, check readers, and office automation equipment.
Figure 1 is a block diagram of the sensor. Each sensor consists of 688 active pixels, their associated multiplexing switches, buffers, and an output amplifier circuit with a power down feature. The sensors pixel-pixel spacing is approximately 21.15μm. The size of each sensor without the scribe lines is 14560μm by 425μm.

Key Features
*600 or 1200dpi selectable resolutions
*344 or 688 image sensor elements (pixels)
*21.15μm (1200dpi) pixel center-to-center spacing (47.24dots/mm)
*On-chip amplifier
*Single 5.0V power supply
*3.3V input clocks
*3.0MHz maximum pixel rate
*Parallel / integrate and transfer
*Power-down circuit
*High sensitivity
*Low power
*Low noise

Description
The ADNS-3080 is a high performance addition to Agilent’s popular ADNS family of optical mouse sensors.
The ADNS-3080 is based on a new, faster architecture with improved navigation. The sensor is capable of sensing high speed mouse motion - up to 40 inches per second and acceleration up to 15g – for increased user precision and smoothness.
The ADNS-3080 along with the ADNS-2120 (or ADNS-2120-001) lens, ADNS-2220 (or ADNS-2220-001) assembly clip and HLMP-ED80-XX000 form a complete, compact optical mouse tracking system. There are no moving parts, which means high reliability and less maintenance for the end user. In addition, precision optical alignment is not required, facilitating high volume assembly.
The sensor is programmed via registers through a four-wire serial port. It is packaged in a 20-pin staggered dual inline package (DIP).

Features
*High speed motion detection – up to 40 ips and 15g
*New architecture for greatly improved optical navigation technology
*Programmable frame rate over 6400 frames per second
*SmartSpeed self-adjusting frame rate for optimum performance
*Serial port burst mode for fast data transfer
*400 or 1600 cpi selectable resolution
*Single 3.3 volt power supply
*Four-wire serial port along with Chip Select, Power Down, and Reset pins

Applications
*Mice for game consoles and computer games
*Mice for desktop PC’s, Workstations, and portable PC’s
*Trackballs
*Integrated input devices

ADNS-3080, ADNB-3081, ADNB-3082, ADNS-2120

DESCRIPTION
PTS SMD Flat Chip Temperature sensors are the perfect choice for temperature control of electronics operating under varying environmental conditions. The highly controlled platinum thin film manufacturing process guarantees an outstanding stability of temperature characteristics which ensures reliable operation even under harsh conditions. Typical applications include automotive, aviation and industrial electronics.

FEATURES
*Specification according to IEC 60751
*Advanced thin film technology
*Short reaction times down to t0.9 ≤ 2 s (in air)
*Outstanding stability of temperature characteristic
*Standard SMD sizes
*Green product, supports lead (Pb)-free soldering

APPLICATIONS
Temperature measurement in
*Automotive electronics
*Aviation electronics
*Industrial electronics

PTS060301B100R1K00PU00, PTS080501B100R1K00PU00, PTS120601B100R1K00PU00

DESCRIPTION
The sensor element of the MS7801 consists of a silicon micro-machined membrane with a Pyrex glass mounted under vacuum. Implanted resistors make use of the piezo-resistive effect. The absolute pressure sensor (MS7801A) carries a sealed vacuum reference cavity underneath the membrane whereas the differential sensor (MS7801D) has a hole in the Pyrex glass at the backside of the sensor.

FEATURES
*Uncompensated pressure sensor die
*Output Span 150mV @ 5V
*Temperature Range -40°…+125°C
*Linearity 0.05% (typical)
*Small Die Size 1.98 x 1.84mm
*Low Cost, High reliability

APPLICATION
*For absolute or differential pressure sensor systems
*Barometers, Altimeters
*Variometers

MS7801-A, MS7801-A_0.2, MS7801-D

Description
Freescale Semiconductor has developed a low cost, high volume, miniature pressure sensor package which is ideal as a sub-module component or a disposable unit. The unique concept of the Chip Pak allows great flexibility in system design while allowing an economic solution for the designer. This new chip carrier package uses Freescale Semiconductor's unique sensor die with its piezoresistive technology, along with the added feature of on-chip, thin-film temperature compensation and calibration.

Features
*Low Cost
*Integrated Temperature Compensation and Calibration
*Ratiometric to Supply Voltage
*Polysulfone Case Material (Medical, Class V Approved)
*Provided in Easy-to-Use Tape and Reel

Application Examples
*Medical Diagnostics
*Infusion Pumps
*Blood Pressure Monitors
*Pressure Catheter Applications
*Patient Monitoring

MPX2301DT1

Description
The MLX90215 is a Programmable Linear Hall Effect sensor IC fabricated utilizing silicon-CMOS technology. It possesses active error correction circuitry which virtually eliminates the offset errors normally associated with analog Hall Effect devices. All magnetic response functions of the MLX90215 are fully programmable for even greater versatility. The VOQ (VOUT@ B=0), sensitivity, direction of slope and the magnitude of sensitivity drift over temperature, are all programmable.
The ratiometric output voltage is proportional to the supply voltage. When using the supply voltage as a reference for an A/D converter, fluctuations of ±10% in supply voltage will not affect accuracy. When programmed for a conventional sensitivity (with a positive gain), the voltage at the output will increase as a South magnetic field is applied to the branded face of the MLX90215. Conversely, the voltage output will decrease in the presence of a North  agnetic field. The MLX90215 has a sensitivity drift of less than +1% error, and VOQ stability drift of less than +0.4% error, over a broad temperature range.

Features and Benefits
*Programmable Linear Hall IC
*Quad Switched / Chopper Stabilized
*Ratiometric Output for A/D Interface
*Adjustable Quiescent Voltage (VOQ )
*Very Low Quiescent Voltage Temperature Drift
*Adjustable Sensitivity
*Adjustable Temperature Compensation of Sensitivity

Applications
*Linear Position Sensing
*Rotary Position Sensing
*Current Sensing

MLX90215LVA, MLX90215EVA

DESCRIPTION
The sensor element of the MS761A consists of a silicon micro-machined membrane with a Pyrex glass mounted under vacuum. Implanted resistors make use of the piezo-resistive effect. The absolute pressure sensor (MS761-A) carries a sealed vacuum reference cavity underneath the membrane whereas the differential sensor (S-761-D) has a hole in the Pyrex glass at the backside of the sensor.

FEATURES
*Uncompensated pressure sensor die
*High Sensitivity: Output Span 240 mV @ 5V
*Temperature Range -40°C …+ 125°C
*Linearity 0.15 % (typical)
*Small Die Size 2.00 X 1.86 mm
*Low cost, High reliability

APPLICATION
*For high resolution absolute sensor systems
*Engine Controls
*Barometers, Altimeters, Variometers

MS761-A, MS761-A_0.2, MS761-D

Product Description
The KP125N4115 is a miniaturized Absolute Pressure Sensor IC based on the capacitive principle. It is surface micromachined with a monolithic integrated signal conditioning circuit implemented in BiCMOS standard technology. Because the KP125N4115 is a high-precision IC for cost-critical solutions, the chip is packaged in a “green” low-cost SMD housing. The sensor is developed for measurement of barometric air pressure (BAP).
High accuracy and high sensitivity enable the deployment of this device in automotive applications as well as in consumer applications.
The calibrated transfer function converts a pressure range from 15 kPa to 115 kPa into an analog output voltage between 0.2 V and 4.7 V.

Features
*Ratiometric analog output
*Calibrated transfer function
*High accuracy over a large temperature range
*Maximum error ± 1.2 kPa
*“Green” 8-pin SMD housing
*On Board Diagnostics (OBD) for broken wire detection