| Part Numbert | Mfg | Packt | D/C | Descriptiont | Qty | Company/Contact |
N80L186-10-S Datasheet
N80L186-10-S Price FIGURE 11 - USING A DIODE AS A REMOTE TEMPERATURE SENSING ELEMENT FIGURE 12 - POWER-UP TIMING ....... FIGURE 13 - INPUT CLOCK TIMING................. FIGURE 14 - PCI CLOCK TIMING........ FIGURE 15 - RESET TIMING............... FIGURE 16 - OUPUT TIMING MEASUREMENT CONDITIONS, LPC SIGNALS............ FIGURE 17 - INPUT TIMING MEASUREMENT CONDITIONS, LPC SIGNALS ............. FIGURE 18 - l/0 WRITE ........ FIGURE 19 - l/0 READ........... FIGURE 20 - DMA REQUEST ASSERTION THROUGH LDRQ#.................. FIGURE 21 - DMA WRITE (FIRST BYTE).......... FIGURE 22 - DMA READ (FIRST BYTE) ........... FIGURE 23 - FLOPPY DISK DRIVE TIMING (AT MODE ONLY) .................. FIGURE 24 - EPP l.9 DATA OR ADDRESS WRITE CYCLE.......... FIGURE 25 - EPP l.9 DATA OR ADDRESS READ CYCLE ........... FIGURE 26 - EPP l.7 DATA OR ADDRESS WRITE CYCLE.......... FIGURE 27 - EPP l.7 DATA OR ADDRESS READ CYCLE ........... FIGURE 28 - PARALLEL PORT FIFO TIMING................. FIGURE 29 - ECP PARALLEL PORT FORWARD TIMING............. FIGURE 30 - ECP PARALLEL PORT REVERSE TIMING .............. FIGURE 31 - IRDA RECEIVE TIMING................ FIGURE 32 - IRDA TRANSMIT TIMING............. FIGURE 33 - AMPLITUDE SHIFT KEYED IR RECEIVE TIMING.................. FIGURE 34 - AMPLITUDE SHIFT KEYED IR TRANSMIT TIMING ............... FIGURE 35 - SETUP AND HOLD TIME ............. FIGURE 36 - SERIAL PORT DATA...... FIGURE 37 - JOYSTICK POSITION SIGNAL..... FIGURE 38 - JOYSTICK BUTTON SIGNAL ....... FIGURE 39 - KEYBOARD/MOUSE RECEIVE/SEND DATA TIMING............ FIGURE 40 - MIDI DATA BYTE............ FIGURE 41 - FAN OUTPUT TIMING.................. FIGURE 42 - FAN TACHOMETER INTPUT TIMING........ FIGURE 43 - LED OUTPUT TIMING .................. FIGURE 44 - SMBUS TIMING ............. N80L186-10-S on stock STA020 DESCRIPTION The STA020 accepts 16 t0 24-bit audio samples through a serial port configured in one of seven formats; provides several pins dedicated to par- ticular channel status bits and allows all channel status, user and validity bits to be serially input through port pins. This data is multiplexed, the parity bit is generated and the bit stream is biphase-mark encoded and driven through an RS422 line driver. The STA020 0perates as a professional or con- sumer interface transmitter selectable by pin 2, PRO. As a professional interface device, the dedicated channel status input pins are defined according to the professional standard, and the CRC code (C.S. byte 23) can be internally gener- ated. As a consumer device, the dedicated channel status input pins are defined according to the consumer standard. A submode provided under the consumer mode is compact disk, CD, mode. When transmitting data from a compact disk, the CD subcode port can accept CD subcode data, extract channel status information from it, and transmit it as user data. The master clock , MCK, controls timing for the entire chip and must be 128xFs. As an example, if stereo data is input to the STA020 at 44.1kHz, MCK input must be 128 times that or 5.6448MHz. 1. Life support devices or systems are devices or systems which, (a) are intended for surgical implant into the body, or (b) support or sustain life, and whose failure to perform, when properly used in accordance with instructions for use provided in the labeling, can be reasonably expected to result in a significant injury to the user. |
