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MT9075AP Datasheet(PDF) 4 Page - Mitel Networks Corporation |
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MT9075AP Datasheet(HTML) 4 Page - Mitel Networks Corporation |
4 / 78 page MT9075A Preliminary Information 4-132 17 90 VSS Negative Power Supply (Input). Digital ground. 18 91 IC Internal Connection. Tie to VSS (Ground) for normal operation. 19 92 INT/MOT Intel/Motorola Mode Selection (Input). A high on this pin configures the processor interface for the Intel parallel non-multiplexed bus type. A low configures the processor interface for the Motorola parallel non-multiplexed type. 20 93 VDD Positive Power Supply (Input). Digital supply (+5V ± 5%). 21 - 24 94- 97 D4 - D7 Data 4 to Data 7 (Three-state I/O). These signals combined with D0-D3 form the bidirectional data bus of the microprocessor interface (D7 is the most significant bit). 25 98 R/W/WR Read/Write/Write Strobe (Input). In Motorola mode (R/W), this input controls the direction of the data bus D[0:7] during a microprocessor access. When R/W is high, the parallel processor is reading data from the MT9075A. When low, the microprocessor is writing data to the MT9075A. For Intel mode (WR), this active low write strobe configures the data bus lines as output. 26 - 30 99, 8-11 AC0 - AC4 Address/Control 0 to 4 (Inputs). Address and control inputs for the microprocessor interface. AC0 is the least significant input. 31 12 GNDARx Receive Analog Ground (Input). Analog ground for the LIU receiver. 32 33 13 14 RTIP RRING Receive TIP and RING (Inputs). Differential inputs for the receive line signal - must be transformer coupled (See Figure 4). 34 15 VDDARx Receive Analog Power Supply (Input). Analog supply for the LIU receiver (+5V ± 5%). 35 16 VDD Positive Power Supply (Input). Digital supply (+5V ± 5%). 36 17 VSS Negative Power Supply (Input). Digital ground. 37 18 IC Internal Connection. Must be left open for normal operation. 38 19 IC Internal Connection. Must be left open for normal operation. 39 20 RxDLCLK Receive Data Link Clock (Output). A gapped clock signal derived from a 2.048 Mbit/s clock, available for an external device to clock in RxDL data (at 4, 8, 12, 16 or 20 kHz) on the rising edge. 40 21 RxDL Receive Data Link (Output). A 2.048 Mbit/s data stream containing received line data after HDB3 decoding. This data is clocked out with the rising edge of E2o. 41 22 TxMF Transmit Multiframe Boundary (Input). An active low input used to set the transmit multiframe boundary (CAS or CRC multiframe). The MT9075A will generate its own multiframe if this pin is held high. This input is usually pulled high for most applications. 42 23 RxMF Receive Multiframe Boundary (Output). An output pulse delimiting the received multiframe boundary. The next frame output on the data stream (DSTo) is basic frame zero on the PCM 30 link. This receive multiframe signal can be related to either the receive CRC multiframe (page 01H, address 10H, bit 6, MFSEL=1) or the receive signalling multiframe (MFSEL=0). 43 24 BS/LS System Bus Synchronous/Line Synchronous Selection (Input). If high, C4b and F0b will be inputs; if low, C4b and F0b will be outputs. 44 32 E2o 2.048 MHz Extracted Clock (Output). The clock extracted from the received signal and used internally to clock in data received on RTIP and RRING. Pin Description (continued) Pin # Name Description PLCC MQFP |
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