are used to outline the concept of the features and functions. More details and background on developing applications for this device is given in the SJA2020 User manual (see Ref. 1). No explicit references are made to the User manual. Please refer to the SJA2020 Application note ‘Known issues’ (see Ref. 2) for corrections and additional product information.
and functions. More details and background on developing applications for this device is given in the SJA2020 User manual (see Ref. 1). No explicit references are made to the User manual. Please refer to the SJA2020 Application note ‘Known issues’ (see Ref. 2) for corrections and additional product information. 1.2 Intended audience This document is written for engineers evaluating and/or developing systems, hard- and/or software for the SJA2020. Some basic knowledge of ARM processors and architecture and ARM7 in particular is assumed (see Ref. 3). 2. General description 2.1 Architectural ov.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | SJA1000 |
NXP |
Stand-alone CAN controller | |
2 | SJA100N04 |
WILLAS |
N-Channel Power MOSFET | |
3 | SJA1105 |
NXP |
5-port automotive Ethernet switch | |
4 | SJA1105P |
NXP |
5-port automotive Ethernet switch | |
5 | SJA1105Q |
NXP |
5-port automotive Ethernet switch | |
6 | SJA1105R |
NXP |
5-port automotive Ethernet switch | |
7 | SJA1105S |
NXP |
5-port automotive Ethernet switch | |
8 | SJA1124 |
NXP |
Quad LIN master transceiver | |
9 | SJ-1420 |
NEL |
CRYSTAL CLOCK OSCILLATORS | |
10 | SJ-1450 |
NEL |
CRYSTAL CLOCK OSCILLATORS | |
11 | SJ-1520 |
NEL |
CRYSTAL CLOCK OSCILLATORS | |
12 | SJ-160 |
NEL |
CRYSTAL CLOCK OSCILLATORS |