From: "Saved by Internet Explorer 11" Subject: Date: Sat, 30 May 2015 20:59:26 -0700 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01D09B1B.8376FD20" X-MimeOLE: Produced By Microsoft MimeOLE V6.1.7601.17609 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01D09B1B.8376FD20 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: file://C:\Users\DM Fraser\Documents\Schematics\New Web Site\Audio\Audio Circuits - General\Digital - Audio\Digital Signal Processing\DSP Design Info\Tiny USB-I2C Adapter.htm =20 =20 =20 =20 =20

Attach any I2C client chip (thermo sensors, AD converter, displays, = relais=20 driver, ...) to your PC via USB ... quick, easy and cheap! Drivers for = Linux,=20 Windows and MacOS available.

The i2c-tiny-usb project is an open source/open hardware project. The = goal of=20 i2c-tiny-usb is to provide a cheap generic i2c interface to be attached = to the=20 usb. It is meant as a replacement for those simple and cheap printer = port to i2c=20 adapters. A USB solution has several advantages incl. the built-in power = supply=20 and a more future proof interface. Furthermore no cpu intense bitbanging = is required on the host side. This USB solution even requires less parts = than some=20 printer port solutions.

While the i2c-tiny-usb was developed under and for Linux it also = works under=20 Windows and MacOS X. A windows demo driver and demo application is = included to=20 get you started immediately.

The i2c-tiny-usb project is based on:

Hardware

The prototype board including = a ds1621=20 temperature sensor The final hardware with the = same sensor=20 added

The hardware of the i2c-tiny-usb interface consists of the Atmel AVR ATtiny45 CPU, a cheap and easy to obtain microcontroller with 4 = KBytes=20 flash (of which ~2k are used in this application) and 256 Bytes RAM. The = processor is surrounded by few other parts.

The USB interface

The USB interface of the i2c-tiny-usb interface is based on a pure = software=20 implementation and uses two pins of the AVR (PB0 and PB2). This software = implementation supports low speed USB only which is signalled to the PC = by=20 resistor R1.

The I2C interface is implemented using a bitbanging approach. The = hardware=20 supported twi interface of the attiny45 is bound to hardware pins at the = chip=20 that are required for USB operation and can thus not be used for I2C. = The=20 bitbanging I2C interface being used instead may not be fully I2C = compatible and=20 thus not every I2C client chip may function correctly at this bus. No=20 incompatibilities have been reported so far. The i2c-tiny-usb provides a = software adjustable i2c clock delay allowing to configure the i2c clock. = The=20 default delay is 10us. Due to additional delays in the i2c bitbanging = code this=20 results in a i2c clock of about 50kHz.

For simplicity reasons all USB transfers are done via the control = endpoint.=20 Since the avr usb library does only support low speed devices it cannot = use bulk=20 transfers which are specified for high and full speed devices only. Low = speed devices support so called interrupt transfers which are limited to a = preset=20 bandwidth while control transfers can use any free bandwidth (if there's = any at=20 all).

The device therefore uses control transfers for all of its = communication.=20 This requires some additional limitation to prevent multiple driver = software=20 (e.g. the kernel driver and the libusb based test application) to access = the=20 device at the same time. Under Linux this can be achieved by selecting = certain=20 access request types. This kind of access control may not be possible = under=20 other operating systems.

Power consumption

The whole device is a so called bus powered device. This means that = the=20 complete device is powered directly from USB. Therefore the AVR and one = or more=20 I2C client chips are powered from the USB VBUS signal.

The adapter itself draws less than 10mA and reports this to the host = via its=20 USB descriptors. The device is able to power I2C client chips as well. = But since=20 these chips vary in power consumption it is not possible to correctly = include=20 their demands into the device descriptors. It's your responsibility to = keep an=20 eye on the total power supply and especially to make sure that the = entire device=20 does not exceed the total USB limit of 500mA.

It is planned for future firmware versions to make the reported power = consumption software configurable so the value can easily be adopted to = the real=20 power demands of the entire device.

Kernel driver

The i2c-tiny-usb is meant to be used with Linux. It comes with a = Linux kernel=20 driver that bridges between the USB and I2C subsystems in the Linux = kernel. The=20 driver then attaches to the USB device and make the i2c bus available to = the i2c=20 subsystem. Thus the entire setup is transparent to client applications = like the=20 lm_sensors framework and no = special=20 client chip drivers are required. Instead the drivers already present in = the=20 linux kernel are used with the i2c-tiny-usb as well. With e.g. the = ds1621=20 temperature sensors used in the prototype the output of sensors may e.g. = look=20 like this:

ds1621-i2c-2-48=0A=
Adapter: i2c-tiny-usb at bus 003 device 017=0A=
temp:     +21.50=B0C (low  =3D +15.0=B0C, high =3D +10.0=B0C)  ALARM =
(HIGH)=0A=

Schematics and PCB

The zener diodes in the schematic are optional. They may be required = since the i2c-tiny-usb is directly powered from the USBs VBUS singnal at 5V. = The USB=20 data lines (D+ and D-) are supposed to be operated at 3.3V only. Some = PCs=20 encounter problems at 5V and limiting the voltage to at most 3.6V may = help. My=20 prototype lacks these diodes since my PC works fine with D+ and D- at = 5V.

Resistor R1 is 2k2 instead of 1k5 for the same reason. It is meant to = pullup=20 to 3.3V. Since we are pulling up to 5V the higher resistance is = required.

Below is the final PCB layout. It consists of the USB and I2C parts = only and=20 does not include a I2C client chip. Instead it comes with a solder area = for easy=20 prototyping. I do have some of these PCBs left. Just drop me an email if = you=20 want to buy one (6 EUR per PCB + 4 EUR shipping). You can easily etch a = PCB=20 youself. Since most of the connections are on the bottom side even a = single=20 sided PCB will work. You'll just have to add the four missing = connections using=20 thin wires.

Part placement Top (click for 600 dpi) Bottom (click for 600 dpi) The final = PCB

The USB connector space on the PCB provides two additional holes to = allow an=20 USB cable to be directly and firmly attached to the device without the = use of=20 the USB connector. See the image below for the desired pinout.

Direct cable wiring schema = ... ... and in reality (with = pcf8574=20 client).

Compiling the firmware

The ATtiny45 is quite new and thus not all parts of the developement = chain support this chip in their current release versions. The latest = binutils=20 (linker an assembler) and avrdude (programmer) support the new chips as = well but=20 gcc doesn't. The gcc-4.1.0 has to be patched to support some AVR cpus = incl. the=20 attiny45. Get the latest avr device patches (patch-newdevices) e.g here.=20

Uploading the firmware

If you are familiar with Atmel programming you probably know what you = are=20 doing. The Makefile in i2c-tiny-usb/firmware/Makefile assumes, that you = are=20 using the = stk500 for programming the attiny45. Since all 6 user configurable pins of the = attiny45 are required, the so called high voltage serial programming = (hvsp) mode=20 of the attiny45 has to be used. E.g. the = stk500, the AVR-Doper and the = AVR=20 Dragon are supporting this mode.

Downloads

Links

User contributions

=20
http://www.harbaum.org/till
Till = Harbaum-Impressum
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