------=_NextPart_000_0010_01C2D50C.0F686960 Content-Transfer-Encoding: 7bit Content-Type: text/plain; charset=Windows-1252 Hi, it take long time for me to have a chance to test your circuit. Please refer to new version of schematic at http://www.angelfire.com/electronic2/pic2/index.htm. Anyway there are some mistakes and following are the correction. 1) IC1 should be 74HC123 instead of 74HC221. 2) For the waveform at the bottom, the 'RESET' part is unnecessary. During making of the drawing, I thought it was necessary. But when I was writing the code, I realise it is not. 3) More appropriate value for R2 should be 15k, although I have not change my test circuit yet. I think I have a problem with the E clock. Please look at the waveforms I attach. CH1 is data, CH2 is pin 12 of IC2, CH3 is pin 4 of IC2, CH4 is E clock which is pin 6 of LCD. The level of E clock seem to be not enough. Should I use a transistor to correct it? Or if there a better way, for example difference value of C3 and R3. Waveform A: R3 = 10k-ohm, C3 = 0.01uF Waveform B: R3 = 1k-ohm, C3 = 0.1uF Thanks & regards. WH Tan > -----Original Message----- > From: pic microcontroller discussion list > [mailto:PICLIST@MITVMA.MIT.EDU]On Behalf Of Bob Ammerman > Sent: 01 February 2003 04:11 > To: PICLIST@MITVMA.MIT.EDU > Subject: Re: [PIC]: [EE]: 1 I/O interface to LCD - 2 chip solution > > > Attached is schematic for a two chip solution to the problem. > > Unlike the original circuit, it is based on using the 4-bit interface mode > on the LCD. > > Theory of operation: > > Given that the pulse width of IC1A is 'Ta' and that of IC1B is 'Tb', which > is 2 * Ta or more. > > Then: > > A zero bit is written by sending HI for 1/2Ta, followed by LO for 3/2Ta > A one bit is written by sending HI for 3/2Ta, followed by LO for 1/2Ta > > The end of the data is indicated by sending leaving the line low for at > least as long as Tb > > Sending a word of data to the LCD is as follows: > > Send the desired value for the R/S bit > Send the desired value for D7 > Send the desired value for D6 > Send the desired value for D5 > Send the desired value for D4 > > Set the line HI to Tb + some amount of time to mark the end > > The circuit will respond as follows: > > At the rising edge of the single for the R/S bit both IC1A and IC1B will > start generating a pulse. When IC1B times out it will clock the current > state of the input line into IC2. > > The falling edge of /Q from IC1A will try to force 'E' below > ground, but D1 > will clip that. > > At the rising edge of each additional bit IC1B will generate a new pulse, > but IC1A will just extend the current pulse (because it is retriggerable). > > Finally when the input line hasn't seen a LO to HI transition for Tb, IC1A > will timeout. The /Q signal will go hi, forcing E high thru C1. The time > constant of R1 and C1 will determine the length of the enable pulse. > > Bob Ammerman > RAm Systems > > -- > http://www.piclist.com hint: To leave the PICList > mailto:piclist-unsubscribe-request@mitvma.mit.edu > > > -- http://www.piclist.com hint: To leave the PICList mailto:piclist-unsubscribe-request@mitvma.mit.edu ------=_NextPart_000_0010_01C2D50C.0F686960 Content-Type: application/octet-stream; name=Waveform.zip Content-Disposition: attachment; filename=Waveform.zip Content-Transfer-Encoding: base64 UEsDBBQAAgAIAHFqTy6JrHOxJQ4AAD6IAAAFAAAAQS5CTVDtnX9sG+UZx9+zU9uUcxxAlLMSEvcP tGoK9LwrTtGsxmSTtkIn0NaxoU3rFSO3025Lux9gIDRXUopLHVI2ylKVtaCtQkKa6ipa2Eap3bpK Ojg3LVQomRh2V6llWlAdUhp3cXK7X7bv4rN9vrsSu7qr7Dh350+f9/s+z/O+z72+uOs7a0KA29Yw jxXMw2VinpgHxPzjNub4jnv5R26jaRoYW8XN64dBjPnpwEb7ZA67D/hT5jgMcADgxOSTQ+6RQPFJ AYHhHCbicoyhAG7x8wyKmsawgAwj7t/G/XTuJEZJOQaBwxjMvrRPUkMdw56rxSfF/OtyjJMVGO2J oVXDnldlGL3tOQYVKz7cWWA4vAnMe7XjgJwdZRmsHnBHkn3Z2DKGrX6io1FOjxZe053EOC7fL6wd 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