Details
Features
- DAEC ™ Dynamic angle error compensation DFS ™ Dynamic filter system
- Magnetic stray field immunity
- Developed according ISO26262, diagnostics, dual redundant chip version ASIL-D capable, Safety Element out of Context (SEooC)
- AEC-Q100 Grade 0 qualified
- Independent output interfaces: SPI, ABI, UVW, PWM
Benefits
- Easy to use – saving costs on DSP
- Higher durability and lower system costs (no shield needed)
- Enabler for safety critical applications
- Suitable for automotive applications
- Versatile choice of the interface
Parameters
Resolution
14
bit
Interface
output
SPI (16MHz)
PWM
Rotation speed
max.
28000
rpm
Die in package
dual
Supply voltage
5
V
Operating ambient temperature
min.
-40
°C
max.
150
°C
Package
TQFP32
Automotive qualified
AEC-Q100
ASIL qualified
ASIL D
Accuracy typ.
0.5
°
Function
angle sensing
Application fields
Downloads
Datasheets
Datasheet
User guides
User guide
User guide
User guide
Application note
Product related
Product related
Product related
Product related
Product related
Technical documents
Factsheet
Factsheet
Technical note
Environmental documents
Material declaration form
Material declaration form
Material declaration form
RoHS certificate
Lifecycle documents
Product discontinuation notification (PDN)
Images
Images
Block diagram
Related boards, kits & accessories
ams SD4Y-PROGRAMMER_EVM_AC Evaluation accessory
The SD4Y Programmer is an in-system programming tool which is applicable for production environment. The SD4Y programmer supports: digital writing and reading; OTP programming and analog read back for the OTP verification. Additional the SD4Y programmer can use the AMS programming boards.
The GUI and the Labview source code are available. Additional code samples for C; C++ and C# are available.
Download latest software (UProg_SW_package_2v0.zip,
264MB)
ams USB-I-P-BOX_EVM_AC Evaluation accessory
The USB Interface & Programmer Box is an universal evaluation tool for magnetic position sensors with I2C or SPI interface. It comes with a 10-way cable to connect to a supported product on an existing board. The I2C or SPI wires are used for the communication (3.3V mode) and additionally the sensor can be powered from the USB I&P Box. By using the USB I&P Box Software, it is possible to read out the sensor data, write a configuration and to permanently program a configuration.
Hardware and Software requirements: PC with Windows 7 or later and a USB-A port
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