SIG100 - UART/LIN TRANSCEIVER IC OVER DC POWER LINE
The next Generation byte oriented powerline transceiver - up to 115.2kbit/s
The SIG100 device merges both data and power over the powerline, eliminating the need for control and data wires.
The SIG100 is designed to meet the new DC-LIN ISO 17987-8, providing a seamless interface with LIN-BUS networks
The SIG100 modulates UART/LIN bytes over DC powerline (DC-BUS). The SIG100 is an advanced generation of the widely used SIG60 device. Both devices use a unique multiplex digital signaling technology that overcomes the powerline noisy environment at bitrates up to 115.2Kbit/s. A Sleep mode allows low power consumption when the device is not used.
The SIG100 powerline transceiver reduces wiring in a wide range of automotive, aerospace, and industrial applications. These include networks for sensor readings, actuator activation, battery monitoring (BMS), doors, seats, mirrors, climate control, lights, Truck-Trailer communication, etc.
The SIG100 operates as a Master-Slaves network of multiple SIG100 . Users can define its own protocol since there is no limit to the number of UART bytes in a message. Furthermore, the SIG100 operates on any selectable carrier frequency between 5MHz and 30MHz with 100 kHz spacing, allowing multiple independent networks to coexist on a single powerline by using different carrier frequencies for each network.
The Figure below depicts a typical SIG100 network, demonstrating a single byte transmission from SIG100 TX device to three SIG100 RX devices coupled through a capacitor to the same powerline. Upon detection of a start bit on the SIG100 TX device HDI pin, a modulated PLC-byte transmission starts. Then, the modulated PLC-byte is decoded back to a byte-field on SIG100 RX devices' HDO pin at a fixed latency of ~2.5 bits.
A fabless semiconductor company since 1994. We develop and sell our unique devices for DC power line communication targeting wire saving. Customers in more than 51 countries use the devices in a wide range of applications; Automotive, Aerospace, Lighting, Battery monitoring (BMS) and more. The devices meet existing protocols such as UART, LIN, CAN, SPI, DMX512, and I2C keeping it simple to operate. Yamar engineers lead the LIN over DC powerline (DC-LIN) ISO 17987-8 standardization workgroup.
The innovation team continues to develop new technologies and products.