LSI LS3201 84 dot LCD micro-controller Features : * * * * * 8 Input, 4 I/O pad Direct drive buzzer output. 2048x12 bit ROM 80x4 bit of RAM. 28x2, x3 LCD segment * 8 bit event counter/Tone Generator. * 1/2 bias, 1/3 duty LCD format * 32768 Crystal/RC oscillator bonding option * Single 3.0V operation. General Description The LSI3201 is a micro-controller for LCD timer, sport meter application. It has an internal ROM size of 2Kx12bit. A 80x4 bit of RAM. 32x2, x3 LCD segment. A 8 bit event counter to record external event. It is suitable for timer, calendar sport meter function. LSI LS3201 Functional Description 1. RC Oscillator /Crystal The LS3201 can use either a crystal oscillator or RC oscillator to provide the internal timing by mask option. 2. Program ROM The LSI3201 has internal 2Kx12 bit ROM providing simple operation. It has four internal stack. 3. Interrupt Control The LSI3201 has 5 different sources of interrupt, namely, POWERUP, F4HZ, F16HZA, F16HZS and F1HZ. The starting address of the interrupt are as follow : Interrupt POWERUP F1HZ F4HZ F16HZA F16HZS Address 0 1 2 3 4 The system generates 16 interrupts for F16HZS in one second but only 11 interrupts for F16HZA. The other 5 interrupts goes to F4HZ (4) and F1HZ (1) interrupts. 2 LSI LS3201 3. RAM The system has 80x4bit of program RAM with IO address as follows. Address 0-13H 14H-1fH 20-2fH 30H 31H 32H 33H 34H-3fH 50H-53H 54H-5fH 70H 70H 71H 71H 72H 72H 73H 73H 74H 75H 76H 76H 77H Status R/W R/W R/W R/W R/W R/W R/W R/W R/W R/W W R W R W R W R W W W R W Description RAM Display RAM RAM rptrl rptrh rptr1h Beep Control RAM RAM Display RAM Tone Data Low Tone Data Low Value Tone Data High Tone Data High Value Tone Control Register Tone Status IO Register Timer 1 Tone 2 Control Tone frequency control FPC Control Timer 2 Control FIO Control Initialize undefined undefined undefined undefined undefined undefined 0 Undefined Undefined Undefined Undefined Undefined Undefined Undefined 0 0 0 0 0 0 0 0 Address 31H:30H forms a 8 bit address for indirect read/write operation. Address 32H:30H forms a 8 bit address for indirect read/write operation. Address 1H:0H forms a 8bit address for indirect read/write operation for pointer read/write. Address 3H:2H forms a 8bit address for indirect read/write operation for pointer1 read/write. Indirect address is specified, for example, as rINC #op Indirect Operand (#op) #0 #1 Resulting address RptrH.RptrL Rpt1H.RptrL 3 LSI LS3201 4. Buzzer Control/Tone Generator Control The system can output 4khz/2khz alarm signal by mask option. The alarm signal is enabled to the output BD[0:1] when the Beep Control Register: Bit[0] is high. Tone Control Registers (70H – 72H) is used to control the Tone Generator to generate music tone signal at the buzzer output pad B0, B1. 5. LCD driver The system has 28 LCD segment pad with 2/3/4 common pads (mask option) providing 28x2, 28x3 LCD segment output. The LCD segment table is shown below : SEG[1:4] SEG[5:8] SEG[9:12] SEG[13:16] SEG[17:20] SEG[21:24] SEG[25:28] COM 1 1CH:D[0:3] 1DH:D[0:3] 1EH:D[0:3] 1FH:D[0:3] 5CH:D[0:3] 5DH:D[0:3] 5EH:D[0:3] COM2 18H:D[0:3] 19H:D[0:3] 1AH:D[0:3] 1BH:D[0:3] 58H:D[0:3] 59H:D[0:3] 5AH:D[0:3] 4 COM3 14H:D[0:3] 15H:D[0:3] 16H:D[0:3] 17H:D[0:3] 54H:D[0:3] 55H:D[0:3] 56H:D[0:3] LSI LS3201 Pin Assignment DESIGNATION B [0:1] F512, VCAP VEE T2, T1 COSCO COSCI VDD GND I[0:7] IO[0:3] R[0:1] C[1:4] S[1:28] TYPE DESCRIPTION OUTPUT OUTPUT OUTPUT INPUT (PL) OUTPUT INPUT POWER POWER INPUT(PH) INPUT(PH)/OUTPUT OUTPUT OUTPUT OUTPUT Buzzer output Halfer output Halfer voltage TEST pin 32KHz oscillator output 32KHz oscillator input +1.5V power supply Ground Input key/option Input /Output. Trigger output (r[0:1]) LCD Common output LCD Segment output Note: (PL) – pull low (PH) - pull high 5 LSI LS3201 Absolute Maximum Ratings Supply voltage Vdd - Vss..........................0 to 5V Input voltage Vin.................................Vss to Vdd Operating temperature Top .............-10°C to 60°C Storing temperature Tst ...................-40°C to 70°C *Comments Stress above those listed under Absolute Maximum Ratings” may cause permanent damage to the device. These are stress rating only. Functional operation of this device at these or any other conditions above those indicated in the operational sections of this specification is not implied and exposure to obsolete maximum rating conditions for extended periods may affect device reliability. D.C. Electrical Characteristics (GND = 0V, Vdd = 3.0V, Ta = 25°C unless otherwise specified) Parameter Supply Voltage Operating current OSC. built-in cap OSC. trimmer cap Buzzer output current LCD frequency Segment current Common current Trigger output current Symbol Vdd Idd Cd Ctrim Ib Flcd Is Ic Ir Min. 2.5 5 500 0.15 3.0 100 6 Typ. 3.0 4 20 64 - Max. 3.6 7 35 - Unit V µA pF pF µA Hz µA µA µA Conditions No load Vbd-Vss=0.5 Vseg=0.2V Vcom=0.2V Vr-Vss=0.5 LSI LS3201 Bonding Pad 7 LSI LS3201 Pad location PAD S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 S15 S16 PB R0 R1 OO OI OI15P T1 X(µ µm) -724.8 -923.0 -1055.0 -1193.0 -1326.0 -1462.0 -1849.0 -1849.0 -1849.0 -1849.0 -1849.0 -1849.0 -1849.0 -1849.0 -1849.0 -1849.0 -590.0 –850.0 -457.0 640.0 1144.0 1260.0 1383.0 PAD GND B1 B0 VDD T2 I7 I6 I5 I4 I3 I2 I1 I0 I8 I9 I10 I11 VEE VC1 VC2 C4 C3 C2 C1 S28 S27 S26 S25 S24 S23 S22 S21 S20 S19 S18 S17 Y(µ µm) -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -228.0 -920.0 420.0 174.0 305.0 438.0 573.0 705.0 842.0 979.0 1749.0 1749.0 1749.0 1749.0 1749.0 1749.0 1749.0 8 X(µ µm) 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1387.0 1343.0 1210.0 1081.0 948.0 816.0 684.0 546.0 412.0 280.0 146.0 120.0 -123.0 -258.0 -392.0 -589.0 Y(µ µm) 1540.0 1383.0 1074.0 932.0 792.0 623.0 473.0 327.0 177.0 310.0 -111.0 -264.0 -417.0 -576.0 -726.0 -857.0 -1025.0 -1234.0 -1367.0 -1503.0 -1636.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0 -1853.0