RC56D-USB

RC56D-USB CONEXANT | Alldatasheet

Document overview

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Technical content

Features

• All features supported by the RC56D family (see data sheet Order No. MD211)
• Universal Serial Bus Specification Rev 1.0 compliant
• Three function endpoint pairs with corresponding transmit/receive FIFO pairs
• Automatic transmit/receive FIFO management
• USB full speed 12Mbps
• USB low speed 1.5Mbps
• Reset separation
• Four LED driver outputs
• On-chip phase-locked loop (PLL)
• On-chip USB transceivers
• 256 bytes on-chip Data RAM
• Suspend/Resume
• Vendor specific descriptors
• Windows 98 support
• Windows 95 OSR 2.1 support
• Extension pickup/remote hang-up detection
• Line-in-use detection

Table 1. Modem Models and Functions is subject to change without notice. K56flex is a trademark of CONEXANT SYSTEMS, INC. and Lucent Technologies. CONEXANT, “What's Next in Communications Technologies”, MNP 10EC, and ConfigurACE are trademarks of CONEXANT SYSTEMS, INC. MNP is a trademark of Compaq Computer Corporation. MCS is a registered trademark of Intel Corporation. ©1998, CONEXANT SYSTEMS, INC.

The R8292 68-pin PLCC signal pin assignments are shown in Figure 3. The R8292 68-pin PLCC signals are described in Table 2. Figure 3. R8292 68-Pin PLCC Pin Signals

Table 2. R8292 68-Pin PLCC Pin Signal Descriptions AVCC PWR Analog VCC. AVCC input for the phase locked loop circuitry. EA# is latched at reset. For devices without on-chip ROM, EA# must be strapped to ground. FSSEL I Full Speed Select. Connect to VCC for 12MHz Xtal and 12Mbps full speed USB rate. transmitter holding register empty, or modem status interrupt is asserted. INT0# I RINGWAKE. Used to notify the host of an incoming ring in order to come out of suspend mode. LED3:0 O LED Drivers. Designed to drive LEDs connected directly to VCC. NC. OVRI#/P3.0 I Overcurrent Sense. Sense input to indicate an overcurrent condition on an external down-stream port. Active low with an internal pullup. NC. lower byte of external memory address multiplexed with data. P1.7 I/O NC. Quasi-bidirectional I/O port with internal pullup. P1.6 O Ready Indicate. Active low output to drive READY LED. Port has internal pullup. P1.5 O DCD Indicate. Active low output to drive DCD LED. Port has internal pullup. P1.4 O DATA Indicate. Active low output to drive DATA LED. Port has internal pullup. P1.2 O MDMRESET. Active low output used to reset the MCU and MDP. This port has an internal pullup. P1.1 I/O NC. Quasi-bidirectional I/O port with internal pullup. P1.0 I/O NC. Quasi-bidirectional I/O port with internal pullup. P2.7:0 O Address Lines. Eight-bit port with internal pullups used for upper byte of external memory address. P3.5 I/O NC. Quasi-bidirectional I/O port with internal pullup. P3.4 I/O NC. Quasi-bidirectional I/O port with internal pullup. PLLSEL I Phase-locked Loop Select. Connect to VCC for 12MHz Xtal and 12Mbps full speed USB rate. PSEN# O Program Store Enable. Read signal output. Asserted for read accesses to external program memory. RD# O Read. Asserted for read accesses to external data memory. device to be reset by connecting a capacitor between this pin and VCC. Asserting RST when the chip is in idle mode or powerdown mode returns the chip to normal operation. frame timing and SOF token or artificial SOF is detected. NC.

Table 2. R8292 68-Pin PLCC Pin Signal Descriptions (Cont’d) VCC PWR Supply Voltage. Connect this pin to the +5v supply voltage. VSS GND Circuit Ground. Connect this pin to ground. WR# O Write. Write signal output to external memory. ceramic resonator across XTAL1 and XTAL2. If an external clock source is used, connect it to this pin. ceramic resonator across XTAL1 and XTAL2. If an external oscillator is used, leave XTAL2 unconnected.

,QWHJUDWHG9 .IOH[0RGHP'HYLFH6HWVZLWK86%,QWHUIDFH 5&'86% /G30/G27/G15/G16/G17 /G1A USB General Operation Descriptors USB devices report their attributes using descriptors. A descriptor is a data structure with a defined format, which begins with a byte-wide field that contains the total number of bytes in the descriptor followed by a byte-wide field that identifies the descriptor type. Class and vendor specific descriptors may be returned in one of two ways. Class and vendor specific descriptors that are related to standard descriptors are returned in the same data buffer as the standard descriptor. If a class or vendor specific descriptor is not related to a standard descriptor, it is returned using class or vendor specific requests. Device Descriptor A device descriptor describes general information about a USB device, which applies globally to the device and all of the device’s configurations (see Table 3). A USB device has only one device descriptor. Vendor ID, Product ID, and Device Release Number can be changed. The Manufacturer Name, Product Name, and Serial Number can also be customized.

Table 3. Device Descriptors 0 bLength 1 Number 12 Size of this descriptor in bytes. 1 bDescriptorType 1 Constant 01 DEVICE Descriptor Type. Specification that the device and its descriptors are compliant with. 4 bDeviceClass 1 Class 00 Class code (assigned by USB). If this field is set to 0xFF, the device class is vendor specific. 5 bDeviceSubClass 1 SubClass 00 Subclass code (assigned by USB). These codes are qualified by the value of the bDeviceClass field. the device uses as defined by the specification of the device class. protocols on an interface basis. 8 idVendor 2 ID 1394 Vendor ID (assigned by USB). 10 idProduct 2 ID 7470 Product ID (assigned by the manufacturer). 12 bcdDevice 2 BCD 0100 Device release number in binary-coded decimal. 14 iManufacturer 1 Index 01 Index of string descriptor describing manufacturer. 15 iProduct 1 Index 02 Index of string descriptor describing product. 16 iSerialNumber 1 Index 03 Index of string descriptor describing the device’s serial number. 17 bNumConfigurations 1 Number 02 Number of possible configurations.

the number of interfaces provided by the configuration. Table 4. Configuration Descriptors 0 bLength 1 Number 09 Size of this descriptor in bytes. 1 bDescriptorType 1 Constant 02 CONFIGURATION. 4 bNumInterfaces 1 Number 01 Number of interfaces supported by this configuration. 6 iConfiguration 1 Index 00 Index of string descriptor describing this configuration. may be determined using the Get Status device request. If a device configuration supports remote wakeup, D5 is set to 1.

8 MaxPower 1 mA C8 Maximum power consumption of USB device from the bus in this

specific configuration when the device is fully operational. Expressed in 2 mA units (i.e., 50 = 100 mA). status and noting the loss of the device’s power source.

Table 5. Interface Descriptors 0 bLength 1 Number 09 Size of this descriptor in bytes. 1 bDescriptorType 1 Constant 04 INTERFACE Descriptor Type. array of concurrent interfaces supported by this configuration. zero). If this value is 0, this interface only uses endpoint zero. 5 bInterfaceClass 1 Class 00 Class code (assigned by USB). If this field is set to 0xFF, the interface class is vendor specific. All other values are reserved for assignment by USB. value of the bInterfaceClass field. 8 iInterface 1 Index 00 Index of string descriptor describing this interface.

Table 6. Endpoint Descriptors 0 bLength 1 Number Size of this descriptor in bytes. 1 bDescriptorType 1 Constant ENDPOINT Descriptor Type.

0 OUT endpoint

1 IN endpoint

00 Control

01 Isochronous

10 Bulk

11 Interrupt

when this configuration is selected. on an ongoing basis, actually use less bandwidth than that reserved. normal, non-USB defined mechanisms. intervention to restart. Refer to Chapter 5 for more information.

1. Get device descriptor. The host requests and reads the device descriptor to determine maximum packet size.
2. Set address. The host sends the R8292’s function address in a data packet using function endpoint 0. Device firmware
3. Get device descriptor. The host requests and reads the device descriptor to determine such information as device class,

USB Specification compliance level, maximum packet size for endpoint 0, vendor id, product id. Etc.

1. Get configuration descriptor. The host requests and reads the device configuration descriptor to determine such
2. Set configuration. The host assigns a configuration value to the device to establish the current configuration.

Table 7. Endpoint Pairs

,QWHJUDWHG9 .IOH[0RGHP'HYLFH6HWVZLWK86%,QWHUIDFH 5&'86% /G30/G27/G15/G16/G17 /G14/G16 Design Considerations In addition to the design considerations found in the RC56D/RC336D Designer’s Guide (Order No. 1154), the following should be taken into account when designing a USB solution. Series Resistor Requirement for Impedance Matching Per USB rev. 1.0 specification, the impedance of the differential driver must be between 29 W and 33 W should be connected to each USB line; i.e., on DP0 and DM0 . If the USB line is improperly terminated or not matched, then signal quality will suffer. This condition can be seen on an oscilloscope as excessive overshoot and undershoot, and will introduce errors and lower throughput. Pullup Resistor Requirement The USB specification requires a pullup resistor to allow the host to identify which devices are low speed and which devices are high speed in order to communicate at the appropriate data rate. For R8292, add a 1.5K W pullup to 3.0V – 3.6V, such as pin 53 (ECAP). These pullup resistors should be placed as close to the R8292 as possible. If ECAP is used, a 1 µF capacitor should be connected between ECAP and GND. Noise Considerations The R8292 high-speed logic can produce noise spikes on power and signal lines. Decoupling capacitors and transient absorbers will keep noise to a minimum. Connect 0.1µF bypass caps between VCC/AVCC and each VSS pin. Noise spikes on XTAL1 and XTAL2 can disrupt the timing of the R8292. Place the crystal and capacitors near the device and connect with short, direct traces. This will help minimize coupling between other digital circuits and the crystal. Additionally, place guard rings around the oscillator circuitry and ground the metal crystal case. Power-on Reset To automatically generate a reset when power is applied, connect the RST pin to VCC through a 0.33 µF capacitor. When VCC is applied, the RST pin rises to VCC, and does not decay below the threshold before the crystal stabilizes, plus two machine cycles. Excessive LED Current Pins LED3:0 (36, 37, 43, 44) were designed to drive LEDs connected directly to VCC. The LED driver is too strong, causing the device to sink excessive current. When all of the LED drivers are turned on at the same time, the current sinking capability of the device will be exceeded, causing excessive heating and reducing reliability of the device. By using a 250 W resistor in series with each LED, to avoid this problem. Electrical Characteristics and Timing For R8292 electrical characteristics and timing information, refer to Intel “8x931AA/8x931HA Universal Serial Bus Peripheral Controllers”, Order Number: 273108-002. R8292 power consumption is 70 mA active and 40 mA idle.

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