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Modern embedded systems require high performance, low cost and low power consumption. Such systems usually consist of a heterogeneous collection of processors, specialized memory subsystems, and partially programmable or fixed-function components. This heterogeneity, coupled with issues such as hardware / software partitioning, mapping, scheduling, etc., leads to a large number of design.
Embedded systems are used to control safety, safety and security. Clearly, developing reliable software. This book describes how to help achieve this goal.
AVT kit for self-assembly of the microprocessor acoustic switch. AVT1835 B
No product available!
Assembled microprocessor-type clapper type acoustic switch. AVT1835 C
No product available!
PCB and programmed circuit for the alarm control panel. AVT5466 A +
No product available!
AVT kit for self-assembly of the alarm control panel. AVT5466 B
No product available!
No product available!
AVT kit for self-assembly of universal electronic lock / immobilizer. AVT3129 B
No product available!
Assembled, universal electronic lock / immobilizer. AVT3129 C
No product available!
The assembled and activated module is designed to control differently colored LEDs. AVTMOD02
No product available!
PCB board and programmed circuit for a simple unipolar stepper motor driver. AVT1814 A
No product available!
AVT kit for self-assembly of a simple unipolar stepper motor driver. AVT1814 B
No product available!
A simple unipolar stepper motor driver assembled. AVT1814 C
No product available!
AVT kit for self-assembly of relay module from USB. AVT1890 B
No product available!
Assembled relay module from USB. AVT1890 C
No product available!
PCB and programmed arrangement for a microprocessor fear for birds. AVT3135 A +
No product available!
AVT kit for self-assembly of a microprocessor-based bird scare. AVT3135 B
No product available!
Assembled microprocessor fear for birds. AVT3135 C
No product available!