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ATMEL B10011S CAN Transceiver Data Manual

Summary

The B10011S is a robust CAN Transceiver optimized for vehicular applications, particularly interfacing between trucks and trailers. Key features include hardware fault recognition and versatile single-wire operation, ensuring uninterrupted data transmission even when wires are damaged or exposed to high electromagnetic interference. This manual provides engineers with comprehensive technical details, including operating modes, electrical specifications, block diagrams, and integration guidelines needed to reliably implement this industrial-grade transceiver into embedded automotive systems.

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Page 1 Text Content

CAN Transceiver

Description The device B10011S is a transceiver for CAN bus systems This device contains a fault recognition circuit for faults with high transmission levels according to on one of the two wires which are normally used for trans- ISO WD 11992-1 (point-to-point interface between mission. If a fault occurs on one of the wires, the operation trucks and trailers). The special features of a circuit can be switched from double-wire to single-wire mode, containing this device allow transmission which is thus allowing proper operation even if one wire is broken, insensitive to electromagnetic interference that can has a short-cut or a high series resistance. appear particularly in truck applications, where, due to the length of the wires, high common-mode voltages (e.g., 50 V) can be coupled into the lines.

Features Benefits

The CAN driver B10011S is a low-speed, high-level Systems which employ this device have the following interface for 24-V (27-V) operation. It is developed for benefits in comparison with solutions using discrete signal levels of 8/16 V and a speed of up to 250 kbits/s. components:

Special features are:

Capability of single-wire operation

Especially suited for truck and van applications Hardware fault recognition

Interface between truck and trailer Inputs with high common-mode and differential- mode interference rejection above 100 VPP due to

Interface between dashboard and engine

external filters at the receiver input

High reliability Immunity against electromagnetic interference

Low cost Immunity against ground-voltage offsets < 6 V Ruggedized against ESD by MIL-STD-883C, method 3015

Block Diagram

Select Compa– control rators

Error control VCC 2.5 V

Output control

Figure 1. Block diagram

Rev. A4, 26-Mar-01 1 (10)

Page Summary Contents For ATMEL B10011S CAN Transceiver Data Manual

Page 1 CAN Transceiver Description The device B10011S is a transceiver for CAN bus systems This device contains a fault recognition circuit for faults with high transmission levels according to on one of the...
Page 2 B10011S Ordering Information Part Number Package B10011S-MFP SO16 in tubes B10011S-MFPG1 SO16, tape and reel, 1000 units/reel Pin Description 16-lead SOIC (SO16), small outline gull-wing Pin Symbol Fu...
Page 3 Operating Modes 0 = 0 V, 1 = 5 V Asel Bsel Rx0 3.8 V H, L drivers disabled, L load disabled, S–, S+ disabled station not in operation, but consuming current From H Single-wire H, L driver, L load, S–,...
Page 4 B10011S Electrical Characteristics Test condition: test circuit (see figure 2), 0 = 0 V, 1 = 5 V VCC = 27 V, VDD = 5 V, VSS = 0 V, Tamb = –40 to +105°C, unless otherwise specified Parameters Test Cond...
Page 5 to on tr ol le Test Circuit Asel F1 Select Compa– VDD control Bsel rators ER +4,3 V S+ VDD VCC Error control 2.5 V VCC Rx0 H’ Output control Tx0 L’ H/L VCC VDD VDD VSS VCC Figure 2. Test circuit Appli...
Page 6 B10011S The implementation of a power filter and overvoltage clamp as follows is highly recommended: From battery To VCC (Pin 13) (cl. 15) Ground To Pin 10 Application Hints As an interface between CA...
Page 7 The dynamic behavior of the circuit depends on the line careful PCB layout and EMC design for this circuit as capacitances to ground. Approximately 200 p F/m and a well as by providing appropriate ove...
Page 8 B10011S Test Circuit Equivalents VCC 2/3 VCC Switches are closed in the dominant state 1/3 VCC Ideal test circuit equivalent 2/3 VCC Switches are closed in the dominant state 1/3 VCC Real test circuit...
Page 9 Package Information Package: SO16 Pin 1 Rev. A4, 26-Mar-01 9 (10)
Page 10 B10011S Ozone Depleting Substances Policy Statement It is the policy of Atmel Germany Gmb H to 1. Meet all present and future national and international statutory requirements. 2. Regularly and contin...

Manual Details

Brand Atmel
Pages 10
File Size 69.40 KB
Published May 15, 2026
104 views

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Frequently Asked Questions

Does this device support single or double-wire operation?

It has the capability to switch from two-wire mode to a stable single-wire mode, maintaining operation even if one wire is broken.

What kinds of environments is this transceiver designed for?

It is especially suited for truck and van applications due to its high reliability and immunity against electromagnetic interference.

How does the device handle line faults?

It features hardware fault recognition, allowing it to detect interruptions, shorts to ground/V, or H to L shorts, signaling an error via the ER output.