USBN9602 Search Results

automotive controller DSRC

Abstract: 8051 edge detection
Contextual Info: USBN9602 USBN9602 Universal Serial Bus Full Speed Function Controller with DMA Support Literature Number: SNOS029A USBN9602 (Universal Serial Bus) Full Speed Function Controller With DMA Support 1.0 General Description Block Diagram CS RD WR trol endpoint EP0 and six FIFOs for an additional six unidirectional Endpoint Pipes to support USB interrupt, bulk and

USBN9602

Abstract: 0x0409
Contextual Info: Sept 1998 USBN9602 User Product Information 1.0 General Description This document contains tables of all known errata related to the USBN9602 device, its datasheet, and its Development Kit. 2.0 Silicon Issues A list of all known issues with the USBN9602 device is shown in Table 1. Where known or applicable, the associated

USBN9604

Abstract: Usbn9603
Contextual Info: National Semiconductor Application Note September 2000 1.0 General Description This document describes the differences between the USBN9603/4 and their predecessor, the USBN9602, and the impact these changes may have on the user when upgrading to the new devices.

68HC11A1

Abstract: MC68HC11 USBN9602 68HC11A1P 80C188EB
Contextual Info: USBN9602 Interface Examples By Jim Lyle, National Semiconductor National Semiconductor’s USBN9602 Universal Serial Bus Function Controller can be used in a wide variety of USB applications, and with a wide variety of microcontrollers. This white paper illustrates the latter using detailed examples. Specifically, it outlines the hardware and firmware required

USBN9602-28M

Abstract: COP888EG CRC16 M28B USBN9602
Contextual Info: USBN9602 Universal Serial Bus Full Speed Function Controller With DMA Support 1.0 General Description Block Diagram CS RD WR trol endpoint EP0 and six FIFOs for an additional six unidirectional Endpoint Pipes to support USB interrupt, bulk and isochronous data transfers. The 8-bit parallel interface supports multiplexed and non-multiplexed style CPU

USBN9602

Contextual Info: November 1998 USBN9602 User Product Information 1.0 General Description This document contains tables of all known errata related to the USBN9602 device, its datasheet, and its Development Kit. 2.0 Silicon Issues A list of all known issues with the USBN9602 device is shown in Table 1. Where known or applicable, the associated

pc game port db15 to usb diagram

Abstract: USB joystick USBN9602 USB joystick HID joystick db15 joystick pc db15 to usb game port db15 joystick block diagram DB15 CONNECTOR
Contextual Info: Developer’s Kit Demonstration  USBN9602 Developer’s Kit Demo Page 1 November 1998 Purpose of Kit 3 The Evaluation Board is programmed to act like a USB Joystick. 3 Uses the Human Interface Device HID class. 3 Provides a basis for testing USB compatibility at the

31BP

Abstract: diode U12 1N914 74AC00 DS14C232 USBN9602 15k "resistor" R25 3 pins 3.3v regulator
Contextual Info: USBN9602 Eval Board Mods for Bus Powered Operation Jim Lyle The following instructions can be used to convert a USBN9602 Evaluation Board for bus powered use. A high level of board rework skill is assumed. Certain capabilities such as the use of the “debug” port are lost in the process, but the basic HID

USBN9602

Contextual Info: USBN9602 Firmware Description By Jim Lyle, National Semiconductor This white paper shows a number of C procedures and code fragments which illustrate how to manipulate and use the USBN9602 Universal Serial Bus Function Controller. These examples are extracted

USBN9602

Abstract: epc-5
Contextual Info: N USBN9602 Firmware Description By Jim Lyle, National Semiconductor This white paper shows a number of C procedures and code fragments which illustrate how to manipulate and use the USBN9602 Universal Serial Bus Function Controller. These examples are extracted

MDL-16265

Abstract: 16265 lcd 16265 USBN9602
Contextual Info: October 7, 1997 Brief Instructions for the ‘Race’ Application Jim Lyle, National Semiconductor Copyright 1997 All Rights Reserved. 1.0 Introduction The ‘Race’ application is distributed with the USBN9602 Eval Board, as a means of demonstrating it’s functionality. This application was designed to control the “Rocky’s

68HC11A1P

Abstract: 68hc11a1 MC68HC11 80C188EB USBN9602 USB*IDE motorola 68hc11a1 68hc11a1_plcc national semiconductor COP8 application note
Contextual Info: USBN9602 Interface Examples By Jim Lyle, National Semiconductor National Semiconductor’s USBN9602 Universal Serial Bus Function Controller can be used in a wide variety of USB applications, and with a wide variety of microcontrollers. This white paper illustrates

Contextual Info: N a t i o n a l S e m i c o n d u c t o r November 1997 tß USBN9602 Universal Serial Bus Full Speed Function Controller With DMA Support 1.0 General Description The USBN9602 is an integrated USB Node controller com ­ patible with the USB Specification Version 1.0. Integrated

USBN9602

Contextual Info: USBN9602 BULK Transfer Bug By Jim Lyle, National Semiconductor 03/01/99 National Semiconductor’s USBN9602 Universal Serial Bus Function Controller contains an error in the logic associated with all receive endpoints (except control endpoint 0), and this primarily affects

COP888EG

Abstract: CRC16 M28B USBN9602 USBN9602-28M
Contextual Info: May1998 USBN9602 Universal Serial Bus Full Speed Function Controller With DMA Support 1.0 General Description The USBN9602 is an integrated USB Node controller compatible with the USB Specification Version 1.0. Integrated onto a single IC are the required USB transceiver with a

T 4148

Abstract: T4148 M28B USBN9602 USBN9602-28M ECS-48
Contextual Info: November 1998 USBN9602 Universal Serial Bus Full Speed Function Controller With DMA Support 1.0 General Description The USBN9602 is an integrated USB Node controller com ­ patible with the USB Specification Versions 1.0 and 1.1. Integrated onto a single IC are the required USB trans­

M28B

Abstract: USBN9602
Contextual Info: 1* National November 1997 Semiconductor USBN9602 Universal Serial Bus Full Speed Function Controller With DMA Support 1.0 General Description The USBN9602 is an integrated USB Node controller com­ patible with the USB Specification Version 1.0. Integrated

MDL-16265

Abstract: display 16x2 CON60A CON10A 1n4002 diode dta sheet SK SMD T3B diode smd diode U12 1N4002 HC49
Contextual Info: USBN9602 Eval Board BOM and Schematics USB Node Reference Design Bill Of Materials August Revised: August 22, 1997 Revision: A00 22, 1997 15:49:52 Page 1 Item Quantity Reference Part DESCRIPTION

IA37

Contextual Info: USBN9602 Universal Serial Bus Full Speed Function Controller With DMA Support 1.0 General Description The USBN9602 is an integrated USB Node controller com ­ patible with the USB Specification Versions 1.0 and 1.1. Integrated onto a single IC are the required USB trans­

USBN9602

Abstract: joystick db15
Contextual Info: October 7, 1997 USBN9602 Eval Board User’s Manual Jim Lyle, National Semiconductor Copyright 1997 All Rights Reserved. 1.0 General Guidelines 1.1 Power When self-powered, the Eval Board requires a wall-transformer that supplies 9-18 Volts, AC or DC either polarity , and at least 200 mA.

national semiconductor regulator

Abstract: COP888EG CRC16 M28B USBN9602 USBN9602-28M
Contextual Info: March 1998 USBN9602 Universal Serial Bus Full Speed Function Controller With DMA Support 1.0 General Description The USBN9602 is an integrated USB Node controller compatible with the USB Specification Version 1.0. Integrated onto a single IC are the required USB transceiver with a

USBN9602-28M

Abstract: EK-SI ME 1117 voltage regulator M28B USBN9602 ha3737
Contextual Info: National Semiconductor M a y i9 9 8 USBN9602 Universal Serial Bus Full Speed Function Controller With DMA Support 1.0 General Description The U S B N 96 02 is an integrated U SB N ode con tro ller com patible w ith th e U SB S pecification Version 1.0. Integrated

USBN9602

Abstract: 1N914A national semiconductor COP8 application note
Contextual Info: USBN9602 Bus Powered Applications By Jim Lyle, National Semiconductor National Semiconductor’s USBN9602 Universal Serial Bus Function Controller is a flexible product that was designed primarily for use in a wide variety of “self powered” USB node applications. In its

Xilinx lcd display controller design

Abstract: CS4343 FL_CE_N FL_CE_N code XC2S50 driver XC1801 perceptual audio KM29U64000T RC32364 IDT bn marking diagram
Contextual Info: 03 1*  $ 1H[W 1H[ W *HQHU HQHUDWLRQ &RQVX &RQVXP VXPHU 3ODWI DWIRUP 1RWHV $SSOLFD OLFDWLRQ 1RWH $1 ,QWU ,QWURGXFWLRQ This application note illustrates the use of Spartan FPGA and an IDT RC32364 RISC ontroller CPU in a handheld consumer electronics platform. Specifically the target application is an MP3 audio player with