STC.0022-2CX中文资料

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2C-02中文资料

Broadband TelCom Power, Inc. BTCPower TM Redefining “Current” Limits In Power Conversion BTCPower2C Series 5-6W DC-DC Converters Features• High performance• Regulated Outputs• 60% Efficiency• Pi Input Filter• Low Ripple and Noise• 500 VDC IsolationModel Input Output Output Input Current Case Alt Pin OutNumber Voltage Voltage Current No Load Full Load2C-01 5 VDC1000 mA60 mA 1700 mA2C-02 12 VDC470 mA70 mA 1750 mA2C-03 5 VDC 15 VDC400 mA70 mA 1800 mA C S2C-04 ±12 VDC±230 mA130 mA 1700 mA2C-05 ±15 VDC±190 mA140 mA 1700 mA2C-11 5 VDC1000 mA40 mA 690 mA2C-12 12 VDC 470 mA40 mA 700 mA2C-13 12 VDC 15 VDC 400 mA40 mA 750 mA C S2C-14 ±12 VDC±230 mA60 mA 710 mA2C-15 ±15 VDC±190 mA60 mA 710 mA2C-21 5 VDC1000 mA20 mA 350 mA2C-22 12 VDC470 mA20 mA 340 mA2C-23 24 VDC 15 VDC400 mA20 mA 360 mA C S2C-24 ±12 VDC±230 mA35 mA 360 mA2C-25 ±15 VDC ±190 mA35 mA360 mA2C-31 5 VDC 1000 mA20 mA290 mA2C-32 12 VDC 470 mA20 mA300 mA2C-33 28 VDC 15 VDC 400 mA20 mA310 mA C S2C-34 ±12 VDC±230 mA25 mA290 mA2C-35 ±15 VDC ±190 mA25 mA290 mA2C-41 5 VDC 1000 mA14 mA170 mA2C-42 12 VDC 470 mA14 mA170 mA2C-43 48 VDC 15 VDC 400 mA14 mA180 mA C S2C-44 ±12 VDC±230 mA20 mA170 mA2C-45 ±15 VDC ±190 mA20 mA170 mANote: Alternative pin-out version. To order, suffix an “S” to the standard model number.Broadband TelCom Power, Inc. –1719 S. Grand Avenue, Santa Ana, CA 92705 U.S.A. Tel.: 714-259-4888 • Fax: 714-259-0840• • Email: sales@ DS LP 2C Rev2 16-1-042C Series 5-6W DC-DC ConvertersBTCPower BTCPowerT MBroadband TelCom Power, Inc. – 1719 S. Grand Avenue, Santa Ana, CA 92705 U.S.A.Tel.: 714-259-4888 • Fax: 714-259-0840• • Email: sales@ DS LP 2C Rev2 16-1-04SpecificationsInput Specifications:Input Voltage Range…………….…………………...…………+/- 10% Input Filter………………………………………………………..Pi Type Output Specifications:Voltage Accuracy…………….. ………………………….+/- 1.0 % max. Voltage Balance ( Dual )………………………………...+/- 0.5 % max. Ripple & Noise, 20 MHz BWSingle Output…………………………….… 50 mV p-p max. Dual Output………………………………….35mV p-p max.Temperature CoeffcientSingle Output ………………………. +/- 0.02 % / ºC max. Dual Output ………………………… +/- 0.01 % / ºC max.Short Circuit Protection………………………………..…..…Short term Line Regulation …………………..………….………...+/- 0.02 % max. Load Regulation ……………………..…………….….+/- 0.05 % max.General Specifications :Efficiency………………………………………………..……...……60% Isolation Capacitance………………………………………..…….80pF Isolation Voltage…………………………………………...500VDC min. Isolation Resistance………………………………………….100Mohm Switching Frequency………………………………….…..20 KHz, min. Operating Temperature Range…………………………-25ºC ~ +71ºC Case Temperature (plastic case)………….……………….95 ºC max. (copper case)….…….………………100 ºC max. Cooling……………………………………………….Free air convection Storage Temperature Range……………………..…..-40 ºC ~ +100ºC Isolation Voltage………………………….………………..500VDC min. EMI / RFI…………………………………..Six-sided continuous shield Dimensions………….…………2” x 2” x 0.4 “(50.8 x 50.8 x 10.2 mm) Case Material (Standard Models)…….Non-Conductive Black Plastic(Suffix “M” Models)……….……..Black Coated Copperwith Non-conducted baseOutline Information and Pin-outStandrad Pin Configuration Alternative Pin Configuration Suffix “S”* NP---No PinInput Voltage60% FL80% FL100% FL5V 4.4-6.5V 4.5V-6.0V 4.65-5.5V 12V 10.56-15.6V 10.8V-14.4V 11.16V-13.2V 24V 21.12V-31.2V 21.6V-28.8V 22.32V-26.4V 28V 24.64V-36.4V 25.2V-33.6V 26.04V-30.8V 48V 42.24-62.4V 43.2-57.6V 44.64-52.8VAll Dimensions in Inches(mm)The information and specifications contained in this brief are believed to be accurate and reliable at the time of publication. Specifications are subject to change without notice. Refer to product specification sheet for performance characteristics and application guidelines.。

电动二通阀

电动二通阀电动二通阀是专供中央空调风机盘管的配套产品，由驱动器与阀体两部分组成，驱动器由一个同步电机驱动，具备弹簧复位及手动开阀杠杆操纵功能。

阀体部分采用活塞式结构。

电动阀可与温控器配套使用，由温控器控制电动阀电机，使阀门开或关，实现管道冷水或热水的通或断，再通过风机盘管送风，以实现温度的自动调节。

目录• 电动二通阀-应用范围及产品特点• 工作原理• 电动二通阀-调试•电动二通阀技术参数驱动器规格型号和技术参数铜阀规格型号和技术参数电动二通阀安装尺寸电动二通阀-应用范围及产品特点1.用于控制冷水或热水空调系统管道的开启或关闭，达到控制室温之目的。

2.驱动器由单项磁滞同步马达驱动，阀门弹簧复位，阀门不工作时处于常闭状态，当需要工作时，由温控器提供一个开启信号，使电动阀接通交流电源而动作。

3..开启阀门，冷冻水或热水进入风机盘管，为房间提供冷气或暖气，当室温达到温控器设定值时，温控器令电动阀断电，复位弹簧使阀门关闭，从而截断进入风机盘管的水流，通过阀门关闭和开启，使室温始终保持在温控设定的温度范围内。

4..ZYFT系列电动阀的驱动器与阀门采用螺纹连接方式，可在阀门安装之后，再安装驱动器。

现场装配，接线灵活、方便。

驱动器之平面设计可以贴近墙面安装，占用空间小，产品可靠耐用，工作噪音低，并能在隐蔽式风机盘管装置内常出现的高温高湿环境可靠工作。

执行器选用铸铝支架及塑料外壳，体积小、重量轻★选用永磁同步电机，并带有磁滞离合机构，具有可靠的自我保护功能★适合多种控制信号：增量（浮点）、电压（0～10V）、电流（4～20mA）★具有0～10V或4～20mA反馈信号（选配）★传动齿轮采用金属齿轮，大大提高了驱动器的使用寿命★功耗低、输出力大、噪音小★阀体有铸铜、铸铁、铸钢、不锈钢多种材质可供选择，以适合不同工作介质及温度的要求★阀体有螺纹连接和法兰连接两种，安装方便，其构造符合IEC国际标准★阀体结构形式有两通阀（单座）、两通平衡阀（平衡式）、三通合流和三通分流阀它分为直动式和先导式2种。

2SC4422中文资料

IMAG. –268.988 –221.759 –167.756 –133.425 –110.501 –94.442 –82.874 –73.836 –67.183 –61.241
Yre (mS) REAL 0.000 0.005 0.006 0.024 0.025 0.056 0.079 0.124 0.180 0.246
2.0 IE = 0 f = 1 MHz
1.6
1.2
0.8
0.4
0
1
2
5 10 20
50
Collector to Base Voltage VCB (V)
Power Gain PG (dB)
Power Gain vs. Collector Current
20 VCE = 0 f = 900 MHz
16
–0.2
–0.4 –0.6 –0.8 –1
–10
–5 –4 –3
–2 –1.5
6
Hale Waihona Puke S Parameters (Emitter Common)
Test Condition VCE = 5 V, IC = 5 mA, ZO = 50 Ω
Freq. (MHz) 100 200 300 400 500 600 700 800 900 1000
REAL
IMAG.
0.175
0.922
0.218
1.731
0.206
2.618
0.250
3.531
0.295
4.395
0.421
5.324
0.387
6.235
0.413
7.209
0.338
8.218

STC芯片的3.7版ISP反汇编芯片解密

STC芯片的3.7版ISP反汇编芯片解密前几个帖子出来后，总有朋友说反汇编出来的数据不对，我自己就反汇编出来了，附录如下，给需要的朋友：芯片为STC12LE4052AD转载请注明出处：青藤门客播报站;==================================================================== ======; File Name: F:\Document\MCU_8051\SoftTools\STC4052_ISPv3.7.BIN; IC Body: MCS-51; Date: 2008-10-15;==================================================================== ======;==================================================================== ======;标号==============指令================================地址===机器码=======;==================================================================== ======Q0000: AJMP Q0164 ;0000 21 64 NOP ;0002 00NOP ;0003 00NOP ;0004 00MOV 0E7H,#20H ;0005 75 E7 20 NOP ;0008 00NOP ;0009 00NOP ;000A 00AJMP Q0040 ;000B 01 40 NOP ;000D 00NOP ;000E 00NOP ;000F 00NOP ;0010 00NOP ;0011 00NOP ;0012 00NOP ;0013 00NOP ;0014 00MOV 0E7H,#20H ;0015 75 E7 20 NOP ;0018 00NOP ;0019 00NOP ;001A 00NOP ;001B 00NOP ;001C 00NOP ;001D 00MOV 0E7H,#20H ;001E 75 E7 20 NOP ;0021 00NOP ;0022 00AJMP Q0065 ;0023 01 65 NOP ;0025 00NOP ;0026 00NOP ;0027 00NOP ;0028 00NOP ;0029 00NOP ;002A 00NOP ;002B 00NOP ;002C 00MOV 0E7H,#20H ;002D 75 E7 20 NOP ;0030 00NOP ;0031 00NOP ;0032 00NOP ;0033 00NOP ;0034 00MOV 0E7H,#20H ;0035 75 E7 20 NOP ;0038 00NOP ;0039 00NOP ;003A 00MOV 0E7H,#20H ;003B 75 E7 20 NOP ;003E 00NOP ;003F 00Q0040: PUSH PSW ;0040 C0 D0 DJNZ 29H,Q0049 ;0042 D5 29 04 SETB 21H.0 ;0045 D2 08 CLR TR0 ;0047 C2 8CQ0049: POP PSW ;0049 D0 D0 RETI ;004B 32;==================================================================== ======Q004C: MOV 0E5H,#02H ;004C 75 E5 02 ACALL Q0727 ;004F F1 27 MOV 0E2H,A ;0051 F5 E2 AJMP Q0055 ;0053 01 55Q0055: CLR EA ;0055 C2 AF ACALL Q03E9 ;0057 71 E9 MOV 0E6H,#46H ;0059 75 E6 46 ACALL Q03FE ;005C 71 FE MOV 0E6H,#0B9H ;005E 75 E6 B9 NOP ;0061 00RET ;0064 22;==================================================================== ======Q0065: JBC RI,Q0069 ;0065 10 98 01 RETI ;0068 32;==================================================================== ======Q0069: PUSH PSW ;0069 C0 D0 PUSH ACC ;006B C0 E0 SETB RS0 ;006D D2 D3 MOV R3,32H ;006F AB 32 MOV A,27H ;0071 E5 27 SUBB A,#8EH ;0073 94 8E JNC Q00D0 ;0075 50 59 MOV A,#48H ;0077 74 48 ADD A,27H ;0079 25 27 MOV R0,A ;007B F8MOV A,SBUF ;007C E5 99 MOV @R0,A ;007E F6MOV R7,A ;007F FFADD A,32H ;0080 25 32 MOV 32H,A ;0082 F5 32 MOV A,27H ;0084 E5 27 JNZ Q00A5 ;0086 70 1D JB 23H.4,Q0094 ;0088 20 1C 09 CJNE R7,#46H,Q00D9 ;008B BF 46 4B SETB 23H.4 ;008E D2 1C CLR 23H.5 ;0090 C2 1D SJMP Q00D2 ;0092 80 3EQ0094: JB 23H.5,Q009E ;0094 20 1D 07 CJNE R7,#0B9H,Q00D9 ;0097 BF B9 3F SETB 23H.5 ;009A D2 1D SJMP Q00D2 ;009C 80 34Q009E: MOV A,R7 ;009E EFCJNE A,#6AH,Q00D9 ;009F B4 6A 37 MOV 32H,#6AH ;00A2 75 32 6A Q00A5: INC 27H ;00A5 05 27 MOV A,27H ;00A7 E5 27 SUBB A,#04H ;00A9 94 04 JC Q00D2 ;00AB 40 25 MOV A,4AH ;00AD E5 4A CLR C ;00AF C3SUBB A,#02H ;00B0 94 02JNC Q00D2 ;00B4 50 1C MOV 32H,R3 ;00B6 8B 32 MOV A,4AH ;00B8 E5 4A DEC A ;00BA 14CLR C ;00BB C3SUBB A,27H ;00BC 95 27 JNC Q00D2 ;00BE 50 12 MOV A,#46H ;00C0 74 46 ADD A,27H ;00C2 25 27 MOV R1,A ;00C4 F9MOV A,@R1 ;00C5 E7CJNE A,32H,Q00D0 ;00C6 B5 32 07 INC R1 ;00C9 09MOV A,@R1 ;00CA E7CJNE A,#16H,Q00D0 ;00CB B4 16 02 SETB 23H.1 ;00CE D2 19Q00D0: ACALL Q0396 ;00D0 71 96Q00D2: ACALL Q0683 ;00D2 D1 83 POP ACC ;00D4 D0 E0 POP PSW ;00D6 D0 D0 RETI ;00D8 32;==================================================================== ======Q00D9: CLR 23H.4 ;00D9 C2 1C DJNZ 26H,Q00D2 ;00DB D5 26 F4 SETB 21H.1 ;00DE D2 09 SJMP Q00D2 ;00E0 80 F0Q00E2: MOV 35H,A ;00E2 F5 35 ADD A,#30H ;00E4 24 30 MOV 46H,A ;00E6 F5 46 ADD A,#30H ;00E8 24 30 MOV 47H,A ;00EA F5 47 RET ;00EC 22;==================================================================== ======Q00ED: INC 35H ;00ED 05 35 INC 46H ;00EF 05 46 INC 47H ;00F1 05 47 RET ;00F3 22;==================================================================== ======Q00F4: MOV 36H,#0FFH ;00F4 75 36 FF ACALL Q03B8 ;00F7 71 B8ACALL Q00E2 ;00FB 11 E2 ACALL Q041B ;00FD 91 1B MOV TMOD,#11H ;00FF 75 89 11 MOV IE,#82H ;0102 75 A8 82 MOV A,#64H ;0105 74 64 ACALL Q039C ;0107 71 9C ACALL Q03C6 ;0109 71 C6 CLR A ;010B E4MOV 23H,A ;010C F5 23 MOV 21H,A ;010E F5 21 MOV 25H,#64H ;0110 75 25 64 MOV 41H,#9BH ;0113 75 41 9B MOV 42H,#7CH ;0116 75 42 7C MOV 43H,#52H ;0119 75 43 52 MOV 2FH,#80H ;011C 75 2F 80 RET ;011F 22;==================================================================== ======Q0120: CLR 23H.7 ;0120 C2 1F MOV A,PCON ;0122 E5 87 ANL A,#10H ;0124 54 10 JNZ Q012B ;0126 70 03Q0128: SETB 23H.7 ;0128 D2 1F RET ;012A 22;==================================================================== ======Q012B: ACALL Q0631 ;012B D1 31 MOV A,3FH ;012D E5 3F ANL A,#01H ;012F 54 01 JNZ Q0128 ;0131 70 F5 RET ;0133 22;==================================================================== ======Q0134: JNB 23H.7,Q0138 ;0134 30 1F 01 Q0137: RET ;0137 22;==================================================================== ======Q0138: JB P1.0,Q013E ;0138 20 90 03 JNB P1.1,Q0137 ;013B 30 91 F9 Q013E: AJMP Q0434 ;013E 81 34 MOV R2,#0C8H ;0140 7A C8Q0142: ACALL Q0654 ;0142 D1 54 ACALL Q0654 ;0144 D1 54RET ;0148 22;==================================================================== ======Q0149: MOV A,#02H ;0149 74 02 ACALL Q0685 ;014B D1 85 MOV C,P3.0 ;014D A2 B0 MOV 23H.0,C ;014F 92 18Q0151: JB 21H.0,Q01B6 ;0151 20 08 62 MOV C,P3.0 ;0154 A2 B0 JNB 23H.0,Q015A ;0156 30 18 01 CPL C ;0159 B3Q015A: JNC Q0151 ;015A 50 F5 RET ;015C 22;==================================================================== ======Q015D: MOV R0,#7FH ;015D 78 7F CLR A ;015F E4Q0160: MOV @R0,A ;0160 F6DJNZ R0,Q0160 ;0161 D8 FD RET ;0163 22;==================================================================== ======Q0164: ORL 0E1H,#17H ;0164 43 E1 17 MOV SP,#0E0H ;0167 75 81 E0 ACALL Q015D ;016A 31 5D ACALL Q00F4 ;016C 11 F4 ACALL Q0120 ;016E 31 20 ACALL Q0134 ;0170 31 34 ACALL Q03AA ;0172 71 AA ACALL Q0462 ;0174 91 62 ACALL Q03B8 ;0176 71 B8 CLR A ;0178 E4ACALL Q041F ;0179 91 1F ACALL Q00ED ;017B 11 ED ACALL Q0149 ;017D 31 49 MOV A,#01H ;017F 74 01 ACALL Q041F ;0181 91 1F MOV 39H,#03H ;0183 75 39 03 Q0186: MOV A,#02H ;0186 74 02 ACALL Q00E2 ;0188 11 E2 ACALL Q0488 ;018A 91 88 JNC Q0193 ;018C 50 05 DJNZ 39H,Q0186 ;018E D5 39 F5Q0193: MOV A,#08H ;0193 74 08 ACALL Q041F ;0195 91 1F ACALL Q00ED ;0197 11 ED ACALL Q0683 ;0199 D1 83 CLR 21H.1 ;019B C2 09 MOV 26H,#91H ;019D 75 26 91 MOV 3AH,#03H ;01A0 75 3A 03 MOV 36H,#0FFH ;01A3 75 36 FF Q01A6: ACALL Q03E9 ;01A6 71 E9 JB 23H.1,Q01B8 ;01A8 20 19 0D ORL 0E1H,#17H ;01AB 43 E1 17 ACALL Q07EF ;01AE F1 EF JB 21H.0,Q01B6 ;01B0 20 08 03 JNB 21H.1,Q01A6 ;01B3 30 09 F0 Q01B6: AJMP Q0434 ;01B6 81 34Q01B8: CLR ES ;01B8 C2 AC MOV A,#65H ;01BA 74 65 ACALL Q0413 ;01BC 91 13 MOV TL1,#0A0H ;01BE 75 8B A0 MOV A,4BH ;01C1 E5 4B CJNE A,#86H,Q01CD ;01C3 B4 86 07 ACALL Q07EF ;01C6 F1 EF MOV 36H,4CH ;01C8 85 4C 36 AJMP Q0229 ;01CB 41 29Q01CD: CJNE A,#80H,Q01DE ;01CD B4 80 0E ACALL Q06A5 ;01D0 D1 A5 MOV A,3AH ;01D2 E5 3A JNZ Q01DA ;01D4 70 04 SETB 23H.2 ;01D6 D2 1A AJMP Q0303 ;01D8 61 03Q01DA: DEC 3AH ;01DA 15 3A AJMP Q0303 ;01DC 61 03Q01DE: CJNE A,#8FH,Q0203 ;01DE B4 8F 22 ACALL Q0416 ;01E1 91 16 MOV A,#09H ;01E3 74 09 CJNE A,35H,Q01EA ;01E5 B5 35 02 ACALL Q00ED ;01E8 11 EDQ01EA: MOV A,#0AH ;01EA 74 0A ACALL Q041F ;01EC 91 1F PUSH 8EH ;01EE C0 8E PUSH PCON ;01F0 C0 87 MOV R6,TH1 ;01F2 AE 8D MOV 2FH,51H ;01F4 85 51 2FPOP PCON ;01F9 D0 87 POP 8EH ;01FB D0 8E MOV TH1,R6 ;01FD 8E 8D MOV TL1,R6 ;01FF 8E 8B AJMP Q0303 ;0201 61 03Q0203: CJNE A,#8EH,Q020C ;0203 B4 8E 06 ACALL Q0416 ;0206 91 16 ACALL Q06F4 ;0208 D1 F4Q020A: AJMP Q0303 ;020A 61 03Q020C: JNB 23H.2,Q020A ;020C 30 1A FB CJNE A,#82H,Q0218 ;020F B4 82 06 ACALL Q06A5 ;0212 D1 A5 ACALL Q015D ;0214 31 5D AJMP Q0434 ;0216 81 34Q0218: CJNE A,#84H,Q0231 ;0218 B4 84 16 ACALL Q0416 ;021B 91 16 MOV A,#0AH ;021D 74 0A ACALL Q041F ;021F 91 1F ACALL Q00ED ;0221 11 ED MOV A,#68H ;0223 74 68 ACALL Q0413 ;0225 91 13 ACALL Q0749 ;0227 F1 49Q0229: ACALL Q06A5 ;0229 D1 A5 MOV A,2BH ;022B E5 2B ACALL Q0685 ;022D D1 85 AJMP Q0307 ;022F 61 07Q0231: CJNE A,#00H,Q024D ;0231 B4 00 19 ACALL Q0416 ;0234 91 16 MOV A,#0BH ;0236 74 0B CJNE A,35H,Q023D ;0238 B5 35 02 ACALL Q00ED ;023B 11 EDQ023D: MOV A,#0CH ;023D 74 0C ACALL Q041F ;023F 91 1F ACALL Q0312 ;0241 71 12Q0243: ACALL Q072E ;0243 F1 2E MOV A,#69H ;0245 74 69 ACALL Q0413 ;0247 91 13 ACALL Q034F ;0249 71 4F AJMP Q0303 ;024B 61 03Q024D: CJNE A,#30H,Q026F ;024D B4 30 1F ACALL Q0416 ;0250 91 16 MOV A,#0BH ;0252 74 0B CJNE A,35H,Q0259 ;0254 B5 35 02Q0259: MOV A,#0CH ;0259 74 0C ACALL Q041F ;025B 91 1F ACALL Q0312 ;025D 71 12 ACALL Q0348 ;025F 71 48 ACALL Q03AA ;0261 71 AA ACALL Q072E ;0263 F1 2E MOV A,#0B1H ;0265 74 B1 ACALL Q0413 ;0267 91 13 ACALL Q0714 ;0269 F1 14 ACALL Q03B8 ;026B 71 B8 AJMP Q0243 ;026D 41 43Q026F: CJNE A,#50H,Q0299 ;026F B4 50 27 MOV 4AH,#14H ;0272 75 4A 14 MOV 4BH,#10H ;0275 75 4B 10 MOV 51H,#03H ;0278 75 51 03 MOV 52H,#0FFH ;027B 75 52 FF MOV 53H,#37H ;027E 75 53 37 MOV 54H,#44H ;0281 75 54 44 ACALL Q0631 ;0284 D1 31 MOV 55H,3DH ;0286 85 3D 55 MOV 56H,3EH ;0289 85 3E 56 MOV 57H,3FH ;028C 85 3F 57 MOV 58H,40H ;028F 85 40 58 MOV 59H,37H ;0292 85 37 59 ACALL Q06AB ;0295 D1 AB AJMP Q0303 ;0297 61 03Q0299: CJNE A,#8DH,Q0303 ;0299 B4 8D 67 ACALL Q0416 ;029C 91 16 MOV A,3AH ;029E E5 3A SUBB A,#0F0H ;02A0 94 F0 JNC Q02A7 ;02A2 50 03 MOV 3AH,#0FFH ;02A4 75 3A FF Q02A7: DEC 3AH ;02A7 15 3A MOV A,#0FCH ;02A9 74 FC XRL A,3AH ;02AB 65 3A JZ Q02B3 ;02AD 60 04 ACALL Q038E ;02AF 71 8E AJMP Q0303 ;02B1 61 03Q02B3: ACALL Q03AA ;02B3 71 AA MOV DPTR,#1FFCH ;02B5 90 1F FC ACALL Q072E ;02B8 F1 2E MOV A,#0B1H ;02BA 74 B1 ACALL Q0413 ;02BC 91 13ACALL Q032A ;02C0 71 2A MOV DPTR,#1FFCH ;02C2 90 1F FC MOV A,4DH ;02C5 E5 4D ORL A,#80H ;02C7 44 80 ACALL Q004C ;02C9 11 4C INC DPTR ;02CB A3MOV A,4CH ;02CC E5 4C ACALL Q004C ;02CE 11 4C MOV DPTR,#1FF8H ;02D0 90 1F F8 MOV A,4EH ;02D3 E5 4E ACALL Q004C ;02D5 11 4C INC DPTR ;02D7 A3INC DPTR ;02D8 A3MOV A,4FH ;02D9 E5 4F ACALL Q004C ;02DB 11 4C INC DPTR ;02DD A3MOV A,50H ;02DE E5 50 ACALL Q004C ;02E0 11 4C MOV DPTR,#1FF4H ;02E2 90 1F F4 MOV A,51H ;02E5 E5 51 MOV R0,A ;02E7 F8ANL A,#0F0H ;02E8 54 F0 JNZ Q02FD ;02EA 70 11 ACALL Q004C ;02EC 11 4C INC DPTR ;02EE A3MOV A,52H ;02EF E5 52 ACALL Q004C ;02F1 11 4C INC DPTR ;02F3 A3MOV A,53H ;02F4 E5 53 ACALL Q004C ;02F6 11 4C INC DPTR ;02F8 A3MOV A,54H ;02F9 E5 54 ACALL Q004C ;02FB 11 4CQ02FD: ACALL Q03B8 ;02FD 71 B8 AJMP Q0229 ;02FF 41 29 AJMP Q0303 ;0301 61 03Q0303: ACALL Q03B8 ;0303 71 B8 ACALL Q0683 ;0305 D1 83Q0307: CLR 23H.1 ;0307 C2 19 ACALL Q0396 ;0309 71 96 MOV 26H,#91H ;030B 75 26 91 SETB ES ;030E D2 AC AJMP Q01A6 ;0310 21 A6Q0312: MOV A,25H ;0312 E5 25 CJNE A,#0BCH,Q0327 ;0314 B4 BC 10 MOV A,41H ;0317 E5 41 CJNE A,#24H,Q0327 ;0319 B4 24 0B MOV A,42H ;031C E5 42 CJNE A,#59H,Q0327 ;031E B4 59 06 MOV A,43H ;0321 E5 43 CJNE A,#76H,Q0327 ;0323 B4 76 01 RET ;0326 22;==================================================================== ======Q0327: ACALL Q0434 ;0327 91 34 RET ;0329 22;==================================================================== ======Q032A: MOV DPTR,#1C00H ;032A 90 1C 00 MOV R0,#00H ;032D 78 00 ACALL Q0341 ;032F 71 41 MOV R0,#0F0H ;0331 78 F0 ACALL Q0341 ;0333 71 41 MOV DPTR,#1E00H ;0335 90 1E 00 MOV R0,#00H ;0338 78 00 ACALL Q0341 ;033A 71 41 MOV R0,#0F4H ;033C 78 F4 ACALL Q0341 ;033E 71 41 RET ;0340 22;==================================================================== ======Q0341: CLR A ;0341 E4ACALL Q004C ;0342 11 4C INC DPTR ;0344 A3DJNZ R0,Q0341 ;0345 D8 FA RET ;0347 22;==================================================================== ======Q0348: MOV DPH,4EH ;0348 85 4E 83 MOV DPL,4FH ;034B 85 4F 82 RET ;034E 22;==================================================================== ======Q034F: MOV A,#69H ;034F 74 69 ACALL Q0418 ;0351 91 18 ACALL Q0134 ;0353 31 34 ACALL Q03AA ;0355 71 AAACALL Q073C ;0357 F1 3C ACALL Q0348 ;0359 71 48 MOV R2,51H ;035B AA 51 MOV R0,#52H ;035D 78 52Q035F: MOV A,@R0 ;035F E6ACALL Q004C ;0360 11 4C INC R0 ;0362 08INC DPTR ;0363 A3DJNZ R2,Q035F ;0364 DA F9 ACALL Q0735 ;0366 F1 35 MOV R0,#52H ;0368 78 52 MOV DPH,4EH ;036A 85 4E 83 MOV DPL,4FH ;036D 85 4F 82 MOV R2,51H ;0370 AA 51 MOV R7,#00H ;0372 7F 00Q0374: ACALL Q07D9 ;0374 F1 D9 MOV R1,A ;0376 F9ADD A,R7 ;0377 2FMOV R7,A ;0378 FFMOV A,R1 ;0379 E9XRL A,@R0 ;037A 66JNZ Q038E ;037B 70 11 INC R0 ;037D 08INC DPTR ;037E A3DJNZ R2,Q0374 ;037F DA F3 ACALL Q03B8 ;0381 71 B8 MOV A,R7 ;0383 EFMOV 4AH,#07H ;0384 75 4A 07 MOV 4BH,#80H ;0387 75 4B 80 MOV 4CH,A ;038A F5 4C AJMP Q06AB ;038C C1 ABQ038E: MOV 4AH,#06H ;038E 75 4A 06 MOV 4BH,#81H ;0391 75 4B 81 AJMP Q06AB ;0394 C1 ABQ0396: MOV 27H,#00H ;0396 75 27 00 CLR 23H.4 ;0399 C2 1C RET ;039B 22;==================================================================== ======Q039C: MOV R0,#20H ;039C 78 20 MOV R2,#08H ;039E 7A 08Q03A0: MOV @R0,A ;03A0 F6ADD A,#04H ;03A1 24 04 XCH A,R0 ;03A3 C8XCH A,R0 ;03A6 C8DJNZ R2,Q03A0 ;03A7 DA F7 RET ;03A9 22;==================================================================== ======Q03AA: ACALL Q03C6 ;03AA 71 C6 ACALL Q07EF ;03AC F1 EF MOV 0E3H,#00H ;03AE 75 E3 00 MOV 0E4H,#03H ;03B1 75 E4 03 MOV 0E7H,2FH ;03B4 85 2F E7 RET ;03B7 22;==================================================================== ======Q03B8: CLR A ;03B8 E4MOV 0E7H,A ;03B9 F5 E7 MOV 0E5H,A ;03BB F5 E5 MOV 0E6H,A ;03BD F5 E6 MOV 0E3H,#0FFH ;03BF 75 E3 FF MOV 0E4H,#0FFH ;03C2 75 E4 FF RET ;03C5 22;==================================================================== ======Q03C6: CLR A ;03C6 E4CJNE A,0E5H,Q03CF ;03C7 B5 E5 05 DEC A ;03CA 14CJNE A,0E3H,Q03CF ;03CB B5 E3 01 RET ;03CE 22;==================================================================== ======Q03CF: MOV 0E7H,2FH ;03CF 85 2F E7 MOV DPTR,#1DF0H ;03D2 90 1D F0 MOV R0,#10H ;03D5 78 10Q03D7: ACALL Q07D9 ;03D7 F1 D9 JNZ Q03E3 ;03D9 70 08 INC DPTR ;03DB A3DJNZ R0,Q03D7 ;03DC D8 F9 MOV 0E7H,#20H ;03DE 75 E7 20 SJMP $ ;03E1 80 FEQ03E3: CLR A ;03E3 E4ACALL Q004C ;03E4 11 4C MOV 0E7H,#20H ;03E6 75 E7 20 Q03E9: MOV A,#64H ;03E9 74 64 CJNE A,20H,Q03CF ;03EB B5 20 E1CJNE A,24H,Q03CF ;03F0 B5 24 DC ADD A,#04H ;03F3 24 04 CJNE A,28H,Q03CF ;03F5 B5 28 D7 ADD A,#04H ;03F8 24 04 CJNE A,2CH,Q03CF ;03FA B5 2C D2 RET ;03FD 22;==================================================================== ======Q03FE: MOV A,#74H ;03FE 74 74 CJNE A,30H,Q03CF ;0400 B5 30 CC ADD A,#04H ;0403 24 04 CJNE A,34H,Q03CF ;0405 B5 34 C7 ADD A,#04H ;0408 24 04 CJNE A,38H,Q03CF ;040A B5 38 C2 ADD A,#04H ;040D 24 04 CJNE A,3CH,Q03CF ;040F B5 3C BD RET ;0412 22;==================================================================== ======Q0413: MOV 33H,A ;0413 F5 33 RET ;0415 22;==================================================================== ======Q0416: MOV A,#65H ;0416 74 65Q0418: CJNE A,33H,Q03CF ;0418 B5 33 B4 Q041B: MOV 33H,#00H ;041B 75 33 00 RET ;041E 22;==================================================================== ======Q041F: CJNE A,35H,Q03CF ;041F B5 35 AD ADD A,#30H ;0422 24 30 CJNE A,46H,Q03CF ;0424 B5 46 A8 ADD A,#30H ;0427 24 30 CJNE A,47H,Q03CF ;0429 B5 47 A3 RET ;042C 22;==================================================================== ======Q042D: DB 85H, 83H,0E3H, 85H, 82H,0E4H, 22H ;......";==================================================================== ======Q0434: ACALL Q0631 ;0434 D1 31 ANL 0E1H,#0F8H ;0436 53 E1 F8 MOV A,3EH ;0439 E5 3EORL 0E1H,A ;043D 42 E1 ORL 0E1H,#80H ;043F 43 E1 80 MOV R0,#0FCH ;0442 78 FC MOV R1,#04H ;0444 79 04 MOV DPTR,#1FF4H ;0446 90 1F F4 ACALL Q03AA ;0449 71 AAQ044B: ACALL Q07D9 ;044B F1 D9 MOV @R0,A ;044D F6INC DPTR ;044E A3INC R0 ;044F 08DJNZ R1,Q044B ;0450 D9 F9 ACALL Q03B8 ;0452 71 B8 MOV A,#80H ;0454 74 80 ACALL Q00E2 ;0456 11 E2 ACALL Q041B ;0458 91 1B CLR A ;045A E4ACALL Q039C ;045B 71 9C MOV 0E7H,#20H ;045D 75 E7 20 SJMP $ ;0460 80 FEQ0462: PUSH DPH ;0462 C0 83 PUSH DPL ;0464 C0 82 MOV DPTR,#1DF0H ;0466 90 1D F0 MOV R0,#10H ;0469 78 10Q046B: ACALL Q07D9 ;046B F1 D9 JNZ Q0474 ;046D 70 05 INC DPTR ;046F A3DJNZ R0,Q046B ;0470 D8 F9 SJMP Q047F ;0472 80 0BQ0474: INC A ;0474 04JNZ Q047C ;0475 70 05 POP DPL ;0477 D0 82 POP DPH ;0479 D0 83 RET ;047B 22;==================================================================== ======Q047C: CLR A ;047C E4ACALL Q004C ;047D 11 4CQ047F: MOV 0E7H,#20H ;047F 75 E7 20 SJMP $ ;0482 80 FEQ0484: DJNZ R3,Q0499 ;0484 DB 13 SETB C ;0486 D3RET ;0487 22;==========================================================================Q0488: MOV A,#02H ;0488 74 02 ACALL Q041F ;048A 91 1F MOV R0,#4CH ;048C 78 4C CLR A ;048E E4MOV 3DH,A ;048F F5 3D MOV 3EH,A ;0491 F5 3E MOV 3FH,A ;0493 F5 3F MOV R2,#08H ;0495 7A 08 MOV R3,#03H ;0497 7B 03Q0499: ACALL Q07EF ;0499 F1 EF SETB RS1 ;049B D2 D4 MOV A,#03H ;049D 74 03 ACALL Q00E2 ;049F 11 E2 MOV A,#63H ;04A1 74 63 ACALL Q0413 ;04A3 91 13 ACALL Q05AD ;04A5 B1 AD MOV 23H.3,C ;04A7 92 1B CLR RS1 ;04A9 C2 D4 MOV A,#04H ;04AB 74 04 ACALL Q041F ;04AD 91 1F MOV R7,TH1 ;04AF AF 8D MOV R6,TL1 ;04B1 AE 8B JB 23H.3,Q0484 ;04B3 20 1B CE MOV R3,#03H ;04B6 7B 03 MOV A,R7 ;04B8 EFMOV @R0,A ;04B9 F6INC R0 ;04BA 08MOV A,R6 ;04BB EEMOV @R0,A ;04BC F6INC R0 ;04BD 08MOV R1,#3FH ;04BE 79 3F MOV A,R6 ;04C0 EEADD A,@R1 ;04C1 27MOV @R1,A ;04C2 F7DEC R1 ;04C3 19MOV A,R7 ;04C4 EFADDC A,@R1 ;04C5 37MOV @R1,A ;04C6 F7MOV A,#00H ;04C7 74 00 DEC R1 ;04C9 19ADDC A,@R1 ;04CA 37MOV @R1,A ;04CB F7DJNZ R2,Q0499 ;04CC DA CBACALL Q00E2 ;04D0 11 E2 ACALL Q07EF ;04D2 F1 EF MOV R2,#03H ;04D4 7A 03Q04D6: MOV R0,#3DH ;04D6 78 3D ACALL Q0625 ;04D8 D1 25 ACALL Q0625 ;04DA D1 25 ACALL Q0625 ;04DC D1 25 DJNZ R2,Q04D6 ;04DE DA F6 MOV A,3EH ;04E0 E5 3E JB ACC.7,Q04E6 ;04E2 20 E7 01 RL A ;04E5 23Q04E6: MOV 2AH,A ;04E6 F5 2A JB ACC.7,Q04EE ;04E8 20 E7 03 RL A ;04EB 23MOV 2BH,A ;04EC F5 2BQ04EE: MOV A,3EH ;04EE E5 3E JNB ACC.7,Q04FB ;04F0 30 E7 08 MOV A,#00H ;04F3 74 00 MOV 2DH,A ;04F5 F5 2D MOV 2EH,A ;04F7 F5 2E SJMP Q0507 ;04F9 80 0CQ04FB: MOV A,3FH ;04FB E5 3F RLC A ;04FD 33CPL A ;04FE F4MOV 2EH,A ;04FF F5 2E MOV A,3EH ;0501 E5 3E RLC A ;0503 33CPL A ;0504 F4MOV 2DH,A ;0505 F5 2DQ0507: MOV A,#05H ;0507 74 05 ACALL Q041F ;0509 91 1F ACALL Q00ED ;050B 11 ED MOV A,3FH ;050D E5 3F ADD A,#03H ;050F 24 03 MOV R4,A ;0511 FCMOV A,#00H ;0512 74 00 ADDC A,3EH ;0514 35 3E MOV R5,A ;0516 FDCLR 21H.2 ;0517 C2 0A SUBB A,#11H ;0519 94 11 JNC Q0523 ;051B 50 06 MOV A,#40H ;051D 74 40 ORL 8EH,A ;051F 42 8EQ0523: CLR A ;0523 E4MOV R0,A ;0524 F8MOV R1,A ;0525 F9MOV R2,A ;0526 FAMOV R3,A ;0527 FBMOV R7,#0DH ;0528 7F 0D MOV R6,#0C0H ;052A 7E C0 JB 21H.2,Q0533 ;052C 20 0A 04 MOV R7,#01H ;052F 7F 01 MOV R6,#26H ;0531 7E 26Q0533: MOV A,R6 ;0533 EEMOV B,R4 ;0534 8C F0 MUL AB ;0536 A4MOV R0,A ;0537 F8MOV R1,B ;0538 A9 F0 MOV A,R7 ;053A EFMOV B,R4 ;053B 8C F0 MUL AB ;053D A4ADD A,R1 ;053E 29MOV R1,A ;053F F9MOV A,B ;0540 E5 F0 ADDC A,R2 ;0542 3AMOV R2,A ;0543 FAMOV A,R3 ;0544 EBADDC A,#00H ;0545 34 00 MOV R3,A ;0547 FBMOV A,R6 ;0548 EEMOV B,R5 ;0549 8D F0 MUL AB ;054B A4ADD A,R1 ;054C 29MOV R1,A ;054D F9MOV A,B ;054E E5 F0 ADDC A,R2 ;0550 3AMOV R2,A ;0551 FAMOV A,#00H ;0552 74 00 ADDC A,R3 ;0554 3BMOV R3,A ;0555 FBMOV A,R7 ;0556 EFMOV B,R5 ;0557 8D F0 MUL AB ;0559 A4ADD A,R2 ;055A 2AMOV R2,A ;055B FAMOV A,B ;055C E5 F0ADDC A,R3 ;055E 3BMOV R3,A ;055F FBMOV A,R2 ;0560 EACLR C ;0561 C3SUBB A,#01H ;0562 94 01 MOV R6,A ;0564 FEMOV A,R3 ;0565 EBCLR C ;0566 C3SUBB A,#00H ;0567 94 00 MOV R7,A ;0569 FFMOV A,R6 ;056A EECPL A ;056B F4MOV TH1,A ;056C F5 8D ACALL Q07EF ;056E F1 EF MOV A,#06H ;0570 74 06 ACALL Q041F ;0572 91 1F ACALL Q00ED ;0574 11 ED MOV 4AH,#21H ;0576 75 4A 21 MOV 5CH,#37H ;0579 75 5C 37 MOV 5DH,#44H ;057C 75 5D 44 MOV DPTR,#07FEH ;057F 90 07 FE CLR A ;0582 E4MOVC A,@A+DPTR ;0583 93MOV 5FH,A ;0584 F5 5F INC DPTR ;0586 A3CLR A ;0587 E4MOVC A,@A+DPTR ;0588 93MOV 60H,A ;0589 F5 60 ACALL Q0631 ;058B D1 31 MOV 62H,3DH ;058D 85 3D 62 MOV 63H,3EH ;0590 85 3E 63 MOV 64H,3FH ;0593 85 3F 64 MOV 65H,40H ;0596 85 40 65 MOV 66H,37H ;0599 85 37 66 MOV 61H,#82H ;059C 75 61 82 ACALL Q07EF ;059F F1 EF MOV A,#07H ;05A1 74 07 ACALL Q041F ;05A3 91 1F ACALL Q00ED ;05A5 11 ED ACALL Q0693 ;05A7 D1 93 ACALL Q06AB ;05A9 D1 AB CLR C ;05AB C3RET ;05AC 22;==========================================================================Q05AD: MOV A,#63H ;05AD 74 63 ACALL Q0418 ;05AF 91 18 MOV A,#03H ;05B1 74 03 ACALL Q041F ;05B3 91 1F ACALL Q00ED ;05B5 11 ED MOV R1,#03H ;05B7 79 03Q05B9: MOV A,#01H ;05B9 74 01 ACALL Q0685 ;05BB D1 85 CLR A ;05BD E4MOV 0C8H,A ;05BE F5 C8 MOV TH1,A ;05C0 F5 8D MOV TL1,A ;05C2 F5 8B ACALL Q0613 ;05C4 D1 13 ACALL Q061C ;05C6 D1 1C SETB TR1 ;05C8 D2 8E ACALL Q0613 ;05CA D1 13 CLR TR1 ;05CC C2 8E MOV R7,TH1 ;05CE AF 8D MOV R6,TL1 ;05D0 AE 8B MOV TH1,A ;05D2 F5 8D MOV TL1,A ;05D4 F5 8B SETB TR1 ;05D6 D2 8E ACALL Q061C ;05D8 D1 1C CLR TR1 ;05DA C2 8E JB 21H.0,Q0611 ;05DC 20 08 32 ACALL Q0613 ;05DF D1 13 MOV A,R7 ;05E1 EFSUBB A,#21H ;05E2 94 21 JNC Q0609 ;05E4 50 23 ACALL Q062A ;05E6 D1 2A MOV A,R7 ;05E8 EFMOV R3,A ;05E9 FBMOV A,R6 ;05EA EEMOV R2,A ;05EB FAACALL Q062A ;05EC D1 2A ACALL Q062A ;05EE D1 2A MOV A,R6 ;05F0 EECLR C ;05F1 C3SUBB A,R2 ;05F2 9AMOV R2,A ;05F3 FAMOV A,R7 ;05F4 EFSUBB A,R3 ;05F5 9BMOV R3,A ;05F6 FBMOV A,TL1 ;05F7 E5 8B CLR C ;05F9 C3SUBB A,R2 ;05FA 9AMOV A,TH1 ;05FB E5 8D SUBB A,R3 ;05FD 9BJC Q0609 ;05FE 40 09 MOV A,R6 ;0600 EECLR C ;0601 C3SUBB A,TL1 ;0602 95 8B MOV A,R7 ;0604 EFSUBB A,TH1 ;0605 95 8D JNC Q0612 ;0607 50 09Q0609: JB 21H.0,Q060F ;0609 20 08 03 JB P3.0,Q0609 ;060C 20 B0 FA Q060F: DJNZ R1,Q05B9 ;060F D9 A8Q0611: SETB C ;0611 D3Q0612: RET ;0612 22;==================================================================== ======Q0613: MOV TH0,A ;0613 F5 8CQ0615: JB 21H.0,Q061B ;0615 20 08 03 JNB P3.0,Q0615 ;0618 30 B0 FA Q061B: RET ;061B 22;==================================================================== ======Q061C: MOV TH0,A ;061C F5 8CQ061E: JB 21H.0,Q0624 ;061E 20 08 03 JB P3.0,Q061E ;0621 20 B0 FA Q0624: RET ;0624 22;==================================================================== ======Q0625: MOV A,@R0 ;0625 E6RRC A ;0626 13MOV @R0,A ;0627 F6INC R0 ;0628 08RET ;0629 22;==================================================================== ======Q062A: MOV A,R6 ;062A EERLC A ;062B 33MOV R6,A ;062C FEMOV A,R7 ;062D EFRLC A ;062E 33MOV R7,A ;062F FFRET ;0630 22;==================================================================== ======Q0631: ACALL Q03AA ;0631 71 AA MOV DPTR,#1FFCH ;0633 90 1F FC ACALL Q07D9 ;0636 F1 D9 MOV 3EH,A ;0638 F5 3E INC DPTR ;063A A3ACALL Q07D9 ;063B F1 D9 MOV 3DH,A ;063D F5 3D MOV DPTR,#1FF8H ;063F 90 1F F8 ACALL Q07D9 ;0642 F1 D9 MOV 3FH,A ;0644 F5 3F INC DPTR ;0646 A3INC DPTR ;0647 A3ACALL Q07D9 ;0648 F1 D9 MOV 40H,A ;064A F5 40 INC DPTR ;064C A3ACALL Q07D9 ;064D F1 D9 MOV 37H,A ;064F F5 37 ACALL Q03B8 ;0651 71 B8 RET ;0653 22;==================================================================== ======Q0654: MOV A,#01H ;0654 74 01 ACALL Q0685 ;0656 D1 85 MOV TL0,2EH ;0658 85 2E 8A MOV TH0,2DH ;065B 85 2D 8C JNB 21H.0,$ ;065E 30 08 FD RET ;0661 22;==================================================================== ======Q0662: MOV A,#01H ;0662 74 01 ACALL Q0685 ;0664 D1 85 CLR TR0 ;0666 C2 8C MOV TL0,2EH ;0668 85 2E 8A MOV TH0,2DH ;066B 85 2D 8C MOV R0,#03H ;066E 78 03Q0670: MOV A,TH0 ;0670 E5 8C SETB C ;0672 D3RRC A ;0673 13MOV TH0,A ;0674 F5 8C MOV A,TL0 ;0676 E5 8A RRC A ;0678 13DJNZ R0,Q0670 ;067B D8 F3 SETB TR0 ;067D D2 8C JNB 21H.0,$ ;067F 30 08 FD RET ;0682 22;==================================================================== ======Q0683: MOV A,2AH ;0683 E5 2AQ0685: CLR TR0 ;0685 C2 8C MOV 29H,A ;0687 F5 29 CLR A ;0689 E4MOV TL0,A ;068A F5 8A MOV TH0,A ;068C F5 8C CLR 21H.0 ;068E C2 08 SETB TR0 ;0690 D2 8C RET ;0692 22;==================================================================== ======Q0693: MOV IP,#90H ;0693 75 B8 90 MOV SCON,#50H ;0696 75 98 50 MOV TMOD,#21H ;0699 75 89 21 SETB TR1 ;069C D2 8E SETB 23H.6 ;069E D2 1E CLR RI ;06A0 C2 98 SETB ES ;06A2 D2 AC RET ;06A4 22;==================================================================== ======Q06A5: MOV 4AH,#06H ;06A5 75 4A 06 MOV 4BH,#80H ;06A8 75 4B 80 Q06AB: CLR ES ;06AB C2 AC CLR TR0 ;06AD C2 8C ACALL Q07EF ;06AF F1 EF MOV 48H,#68H ;06B1 75 48 68 MOV 49H,#00H ;06B4 75 49 00 JNB 23H.6,Q06C4 ;06B7 30 1E 0A MOV A,#46H ;06BA 74 46 ACALL Q06E6 ;06BC D1 E6 ACALL Q0662 ;06BE D1 62 MOV A,#0B9H ;06C0 74 B9 ACALL Q06E6 ;06C2 D1 E6Q06C4: MOV R2,4AH ;06C4 AA 4A DEC R2 ;06C6 1ADEC R2 ;06C7 1AMOV R0,#48H ;06CB 78 48Q06CD: MOV A,@R0 ;06CD E6ACALL Q06E6 ;06CE D1 E6 INC R0 ;06D0 08DJNZ R2,Q06CD ;06D1 DA FA MOV A,31H ;06D3 E5 31 ACALL Q06E6 ;06D5 D1 E6 MOV A,#16H ;06D7 74 16 ACALL Q06E6 ;06D9 D1 E6 CLR 23H.1 ;06DB C2 19 ACALL Q0396 ;06DD 71 96 CLR TI ;06DF C2 99 SETB REN ;06E1 D2 9C SETB ES ;06E3 D2 AC RET ;06E5 22;==================================================================== ======Q06E6: CLR TI ;06E6 C2 99 MOV SBUF,A ;06E8 F5 99 ADD A,31H ;06EA 25 31 MOV 31H,A ;06EC F5 31 JNB TI,$ ;06EE 30 99 FD CLR TI ;06F1 C2 99 RET ;06F3 22;==================================================================== ======Q06F4: ANL 8EH,#0BFH ;06F4 53 8E BF MOV A,4CH ;06F7 E5 4C ANL A,#40H ;06F9 54 40 ORL 8EH,A ;06FB 42 8E ANL PCON,#7FH ;06FD 53 87 7F MOV A,4CH ;0700 E5 4C ANL A,#80H ;0702 54 80 ORL PCON,A ;0704 42 87 MOV TH1,4DH ;0706 85 4D 8D MOV TL1,4DH ;0709 85 4D 8B MOV R2,50H ;070C AA 50Q070E: ACALL Q0654 ;070E D1 54 DJNZ R2,Q070E ;0710 DA FC AJMP Q06AB ;0712 C1 ABQ0714: MOV A,#0B1H ;0714 74 B1 ACALL Q0418 ;0716 91 18 ACALL Q0462 ;0718 91 62ACALL Q073C ;071A F1 3C MOV 0E5H,#03H ;071C 75 E5 03 ACALL Q0727 ;071F F1 27 ACALL Q073C ;0721 F1 3C ACALL Q0735 ;0723 F1 35 AJMP Q0055 ;0725 01 55Q0727: MOV 0E3H,DPH ;0727 85 83 E3 MOV 0E4H,DPL ;072A 85 82 E4 RET ;072D 22;==================================================================== ======Q072E: MOV 44H,#34H ;072E 75 44 34 MOV 45H,#0D3H ;0731 75 45 D3 RET ;0734 22;==================================================================== ======Q0735: MOV 44H,#00H ;0735 75 44 00 MOV 45H,#00H ;0738 75 45 00 RET ;073B 22;==================================================================== ======Q073C: MOV A,44H ;073C E5 44 CJNE A,#34H,Q0747 ;073E B4 34 06 MOV A,45H ;0741 E5 45 CJNE A,#0D3H,Q0747 ;0743 B4 D3 01 RET ;0746 22;==================================================================== ======Q0747: AJMP Q0434 ;0747 81 34Q0749: MOV A,#68H ;0749 74 68 ACALL Q0418 ;074B 91 18 MOV A,#0BH ;074D 74 0B ACALL Q041F ;074F 91 1F MOV A,25H ;0751 E5 25 CJNE A,#64H,Q0747 ;0753 B4 64 F1 MOV A,41H ;0756 E5 41 CJNE A,#9BH,Q0747 ;0758 B4 9B EC MOV A,42H ;075B E5 42 CJNE A,#7CH,Q0747 ;075D B4 7C E7 MOV A,43H ;0760 E5 43 CJNE A,#52H,Q0747 ;0762 B4 52 E2 ACALL Q03AA ;0765 71 AA ACALL Q032A ;0767 71 2A ACALL Q03B8 ;0769 71 B8。

存储芯片24C02中文资料.doc

LTH 二线制串行EEPROM—AT24C01/02/04/08/16概述与特点♦AT24C01/02/04/08/16是低工作电压的1K/2K/4K/8K/16K位串行电可擦除只读存储器，内部组织为128/256/512/1024/2048个字节，每个字节8位，该芯片被广泛应用于低电压及低功耗的工商业领域。

主要特性♦工作电压：1.8V〜5 5V♦输入/输岀引脚兼容5V♦应用在内部结构：128x8(1K)# 256x8(2K), 512x8(4K)r 1024x8(8K), 2048x8(16K)♦二线串行接口♦输入引脚经施密特触发器滤波抑制噪声♦双向数据传输协议♦兼容400KHz (1. 8V, 2. 5V r 2. 7V, 3. 6V )♦支持硬件写保护♦高可靠性：读写次数:1,000,000次-数据保存:100年极限额定参数工作温度-55°C 〜+125°C 存储温度-65°C 〜+150°C 任何引脚的对地电压-1.0V 〜+7.0V站大工作电压 6.25V直流输出电流 5.0 mATSOT23-5LSCLGNDSDA引脚定义ETlrTIrT] VCC节主：如果外加条件超过“极限额定参数”的额定值，将会对芯片造成永久杵的破坏。

这些仪是外加条件的极限额定参数，本说明书屮止常工作条件卞的功能和忤能参数并不适用于这些极限条件或其它任何超过本说明书标明的止常工作条件外的情况。

长时间处于极限条件卜，将影响器件引脚名称引脚功能A0-A2廉件地址输入SDA半厅数据输入输出SCL串行时钟输入WP写保护VCC电源封装类型Y 译码引脚说明串行时钟值号引N (SCL ):在SCL 输入时钟信号的上升沿将数据洪入EEPROM 器件，井在时钟的下降沿将数据读出。

串行数据输入/输出引脚(SDA)： SDA 引脚可实现双向串行数据传输。

该引脚为开漏输出，可与其它多个开漏输出器件或开集电极器件线或连接。

湿敏传感器湿度计

目录摘要 (1)关键词 (1)1 引言 (1)2 湿敏传感器的组成 (1)2.1 DHT11的特性 (1)2.2.2电源引脚说明 (2)2.2.2 串行接口 (2)2.3显示部分：LCD (3)2.3.1 LCD1602液晶简介 (3)2.3.2 LCD1602主要技术参数 (3)2.3.3引脚功能说明 (3)2.4单片机ST89C52 (4)2.4.1ST89C52引脚图 (4)2.4.2 引脚功能 (5)3湿敏传感器湿度计原理 (6)3.1 湿度定义 (6)3.2 湿度计量分类 (6)3.3 湿度计湿度定义 (6)3.4 湿度测量方法 (6)3.5 湿度测量方案的选择 (7)3.6 精度的选择 (8)3.7 湿敏传感器原理图 (9)4 结论 (10)致谢语 (10)参考文献 (10)英文翻译 (11)湿敏传感器湿度计王强重庆三峡学院机械工程学院机械设计专业2010级重庆万州 404000摘要:湿度是生活生产中的重要的参数。

本设计为基于单片机的湿度检测与控制系统，采用模块化、层次化设计。

用新型的智能湿度传感器DHT11主要实现对湿度的检测，将湿度信号通过传感器进行信号的采集并转换成数字信号，再运用单片机ST89C52进行数据的分析和处理, 。

单片机是常用于控制的芯片，在智能仪器仪表、工业检测控制、机电一体化等方面取得了令人瞩目的成果，使用单片机能够实现湿度全程的自动控制，而且单片机易于学习掌握，性价比高。

使用单片机设计湿度控制系统，可以即时精确的反应室内湿度的变化。

将此系统应用到室内当中无疑为植被生长提供了更加适宜的环境。

对于大棚种植和花圃、花卉栽培，必须在某些特定环境安装湿度装置对其进行监控。

关键词：单片机 DHT11湿度传感器控制系统1 引言湿度是指大气中的水蒸气的含量，湿度直接影响到存储物资的使用寿命和工作可靠性。

湿度传感器是非密封性的，为保护测量的准确度和稳定性，应尽量避免在酸性、碱性及含有机溶剂的气氛中使用。

RC7222-A2

FAX: +86-10-89719741
V1.1
2005-09-20
V1.20
2005-12-22
V1.21
2007-09-19
注意：V2.00 以上版本适用于 RC7222-A1 芯片 V2.00 V2.01 V2.02 2009-06-01 2009-06-18 EL: +86-10-80106100
RC7222-A2 用户手册 V2.11
Page 3
3.修改通过 I2C 接口访问 PHY 的指令 2 芯片注意：V2.10 以上版本适用于 RC7222-A RC7222-A2 V2.10 V2.11 2010-07-01 2010-07-20 1.增加 SSI 接口描述； 2.增加 GFP 封装描述； 1. 章节整理，文字错误整理；
Page 2
版本记录
版本编号 V1.0 日期 2005-01-30 更改说明文档创建。本文档适用于 RC7222 1、原文档的 23 页，删除表 3.2.2。 2、原文档中管脚 119，名称由 STBUS_PLUSO，改为 STBUS_PULSEO。 3、原文档的37页，4.6.3节中“和网管寄存器04H 的bit1-0 bit3-1”。 4、原文档的 37 页“建议 ADDR_FILTI 与以太网 PHY 芯片的全 /半双工指示管脚连接”描述不全面，改为“建议使用 PHY 芯片输出的固定电平的信号（半双工指示或 10M 速率指示）连接 RC7222 的 ADDR_FILTI 管脚”。 5、原文档 46 页， 4.13.1 节修改对 TEST3_LEDO、 TEST4_LEDO 的功能描述。 6、原文档 49 页，表 5.1.2.3，对指令类型的描述“00H02H：查询 RC7222”。 7、原文档 49 页，表 5.1.2.3，对配置数据的描述“如果配置 RC7222 内部寄存器，只有字节 98 有效；配置 PHY 的 MDIO 寄存器，字节 9、118、10 有效，其中 9 8 为高字节”。 8、原文档表5.4.1中04H的bit2，将名称MAC_FULL改为 DUPLEX_MOD。 9、原文档60页，表5.4.6对53H-56H的带宽对应顺序描述颠倒了，“对07H 至0AH 的配置，53H 对应07H，56H 对应0AH” 改为“对0AH至07H的配置，53H对应0AH，56H对应07H”。 10、增加了与 SDRAM 兼容型号的提示。 1、网管寄存器 06H 改为不允许被配置。要求不写入 52H 和 59H。 2、更改了 Uart 查询和设置指令帧格式，将表 5.1.2.1 和表 5.1.2.3 中 REGAddr 的排列顺序进行了颠倒。 3、更改 P121 UART_DO/SDA 管脚属性，该管脚不是三态。 4、将表 5.4.1 中“从 REG07 最高比特 7 至 REG10 最低比特 0” 的描述改称为“从 07H 最高比特 7 至 0AH 最低比特 0”。 5、将 State_Alarm0、State_Alarm1、State_Alarm2、 State_Alarm3 命名改为 Status_Alarm0、Status_Alarm1、 Status_Alarm2、Status_Alarm3。 6、在 4.5.1 节增加了对 sdram 型号支持的说明。 1.更新管脚排列图 2.修改 5.6 章节和 5.7 章节的内容文档创建。本文档适用于 RC7222-A1 增加 RJ017 帧格式描述 1.修改书签显示错误； 2.将各图中环回方向进行精确描述

167022-2资料

167022-2 Product DetailsHome | Customer Support | Suppliers | Site Map | Privacy Policy | Browser Support© 2008 Tyco Electronics Corporation All Rights Reserved SearchProducts Documentation Resources My Account Customer Support Home > Products > By Type > PCB Connectors > Product Feature Selector > Product Details167022-2TE Part Number: 167022-2ActiveAdd to Part List .100 AMPMODU Headers, Housings &ContactsAlways EU RoHS/ELV Compliant (Statement of Compliance)Product Highlights:?Contact?Contact Type = Receptacle?Terminate To Wire?Wire Insulation Diameter = 1.20 mm?Wire Range = 0.03-0.09²[32-28] mm[AWG]View all Features | Find SimilarProductsCheck Pricing &AvailabilitySearch for ToolingProduct FeatureSelectorContact Us AboutThis ProductQuick LinksDocumentation & Additional InformationProduct Drawings:?amp modu mod. 4 receptacle(PDF, English)Catalog Pages/Data Sheets:?None AvailableProduct Specifications:?None AvailableApplication Specifications:?None AvailableInstruction Sheets:?None AvailableCAD Files: (CAD Format & Compression Information)?2D Drawing (DXF, Version O)?3D Model (IGES, Version O)?3D Model (STEP, Version O)List all Documents Additional Information:?Product Line InformationRelated Products:?ToolingProduct Features (Please use the Product Drawing for all design activity)Product Type Features:?Product Type = Contact?Wire Insulation Diameter (mm [in]) = 1.20[0.047]?Connector Series = Mod V?Wire Termination Type = Crimp?With Insulation Support = Yes?Applied Pressure = High?Comment = For 0.63 mm "Round" Post and0.63 x 0.63 mm "Square" Post.Electrical Characteristics:?Voltage Rating (VAC) = 250?Contact Current Rating (Amps.) = 3?Termination Resistance (m?) = 12?Insulation Resistance (M?) = 5,000?Dielectric Withstanding Voltage (V) = 750 Termination Related Features:?Crimp Area Plating = Gold FlashBody Related Features:?Wire Range (mm [AWG]) = 0.03-0.09²[32-28] Contact Related Features:?Contact Type = Receptacle?Contact Mating Area Plating Material = Gold(30)?Contact Material = Phosphor Bronze?Approved Standards = UL E28476, CSA LR7189 Industry Standards:?RoHS/ELV Compliance = RoHS compliant, ELVcompliant?Lead Free Solder Processes = Not relevant forlead free process?RoHS/ELV Compliance History = Always wasRoHS compliantConditions for Usage:?Terminate To = Wire?Operating Temperature (°C) = -65 –+105 Packaging Related Features:?Packaging Method = ReelOther:?Brand = AMPProvide Website Feedback | Contact Customer Support。

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Document Number: 43006For technical questions, contact: tantalum@Revision: 10-Dec-0791STCVishay SpragueSubminiature, Leaded Solid Tantalum CapacitorsPolar or Non-PolarFEATURES•Subminiature package size and light weight •Rectangular case with axial or radial leads •2 to 35 V DC•0.1 µF to 470 µF•Operating temperature range: - 55 °C to + 125 °C •High stability and reliability•Tested in accordance with MIL-PRF-49137•Unique and comprehensive custom design capabilityELECTRICAL CHARACTERISTICSOperating temperature range: - 55 °C to + 125 °CCapacitance: Measured at 120 H z and 25 °C with a maximum of 2.2 V DC bias and 1.0 V rms signal.Capacitance Tolerance: Standard tolerance is ± 20 % for ratings 0.1 µF and above, and + 40, - 20 % for ratings below 0.1 µF. Special tolerances are also available.Dissipation Factor: When measured simultaneously with capacitance, DF shall not exceed the value shown in the ratings tables.DC Leakage Current (DCL Max.):When measured with DC voltage applied through a 1000 Ωresistor for 5 min, DC leakage (µA) shall not exceed:At 25 °C: Leakage current shall not exceed the values listed in the Standard Ratings TablesAt 85 °C: Leakage current shall not exceed 10 times the values listed in the Standard Ratings TablesAt 125 °C and 66 % of Rated Voltage: Leakage current shall not exceed 15 times the values listed in the Standard Ratings TablesOperating Voltage: Full working voltage up to 85 °C. From 85 °C to 125 °C working voltage derates linearly to 66 % of the 85 °C working voltageAPPLICATIONS•Hearing aids•Portable communications •Space/avionics •Laptop computersMECHANICAL SPECIFICATIONSSolder coated nickel leads (type N32 per MIL-STD-1276) are standard on all case sizesLeads are weldable and/or solderableSpecial leads are available on request (e.g. bare nickel, gold plated nickel or ribbon leads)Lead length is 1 1/2" [38.1 mm] minimum on nonpolar parts On polar parts the negative lead is 1 1/4" [31.8 mm] minimum and the positive lead is 1 1/2" [38.1 mm] minimumNote:(1) To complete part number in rating tables, add A or R.Change suffix if special capacitance tolerance is required.ORDERING INFORMATIONSTC 1.035C2A (1)MMODELCAPACITANCEIN µFDC VOLTAGE RATINGAT + 85 °CCASE CODE LEADCONFIGURATION CAPACIT ANCE TOLERANCE C = PolarN = Non-polarA = Axial R = RadialE = + 40, - 20 %M = ± 20 %K = ± 10 %J = ± 5 %Example of Part Number Code: STC1.0-35C2AM For technical questions, contact: tantalum@ Document Number: 43006 92Revision: 10-Dec-07Document Number: 43006For technical questions, contact: tantalum@Revision: 10-Dec-0793STCSubminiature, Leaded Solid T antalum CapacitorsPolar or Non-PolarVishay SpragueSTANDARD RATINGS - POLAR CAPACITORSCAPACITANCE(µF)MAXDF (%)MAX. DCL AT + 25 °C (µA) CASE CODE PART NUMBER 2 WVDC AT + 85 °C0.0022 10 0.5 CX STC.0022-2CX (1)E 0.0033 10 0.5 CX STC.0033-2CX (1)E 0.004710 0.5 CX STC.0047-2CX (1)E 0.0068 10 0.5 CX STC.0068-2CX (1)E 0.10 10 0.5 CX STC.10-2CX (1)M 0.15 10 0.5 CX STC.15-2CX (1)M 0.22 10 0.5 CX STC.22-2CX (1)M 0.33 10 0.5 CX STC.33-2CX (1)M 0.47 10 0.5 CX STC.47-2CX (1)M 0.68 10 0.5 CX STC.68-2CX (1)M 1.0 10 0.5 CX STC1.0-2CX (1)M 1.5 10 0.5 CX STC1.5-2CX (1)M 2.2 10 0.5 CX STC2.2-2CX (1)M 2.2 10 0.5 C0 STC2.2-2C0 (1)M 6.8 10 0.5 C1 STC6.8-2C1 (1)M 100 10 2.0 C3 STC100-2C3 (1)M3 WVDC AT + 85 °C1.5 10 0.5 C0 STC1.5-3C0 (1)M 22 10 1.0 C2 STC22-3C2 (1)M 68 102.0 C3 STC68-3C3 (1)M 100 103.0 C4 STC100-3C4 (1)M4 WVDC AT + 85 °C1.0 10 0.5 C0 STC1.0-4C0 (1)M 4.7 10 0.5 C1 STC4.7-4C1 (1)M 10 8 1.0 C2 STC10-4C2 (1)M 15 8 1.0 C2 STC15-4C2 (1)M 47 82.0 C3 STC47-4C3 (1)M 68 83.0 C4 STC68-4C4 (1)M 220 15 9.0 C5 STC220-4C5 (1)M 470 15 10.0 C6 STC470-4C6 (1)M6 WVDC AT + 85 °C0.68 10 0.5 C0 STC.68-6C0 (1)M 3.3 8 0.5 C1 STC3.3-6C1 (1)M 33 6 2.0 C3 STC33-6C3 (1)M 47 6 3.0 C4 STC47-6C4 (1)M 150 10 9.0 C5 STC150-6C5 (1)M 330 15 10.0 C6 STC330-6C6 (1)M10 WVDC AT + 85 °C0.47 10 0.5 C0 STC.47-10C0 (1)M 1.5 6 0.5 C1 STC1.5-10C1 (1)M 2.2 6 0.5 C1 STC2.2-10C1 (1)M 6.8 6 1.0 C2 STC6.8-10C2 (1)M 22 6 2.0 C3 STC22-10C3 (1)M 33 6 3.0 C4 STC33-10C4 (1)M 100 8 9.0 C5 STC100-10C5 (1)M 220 6 0.5 C6 STC220-10C6 (1)M15 WVDC AT + 85 °C1.0 6 0.5 C1 STC1.0-15C1 (1)M 4.7 6 1.0 C2 STC4.7-15C2 (1)M 15 62.0 C3 STC15-15C3 (1)M 22 63.0 C4 STC22-15C4 (1)M 68 6 6.0 C5 STC68-15C5 (1)M 150 10 10.0 C6 STC150-15C6 (1)MNote:(1) Add A for axial, R for radialSTCVishay SpragueSubminiature, Leaded Solid Tantalum CapacitorsPolar or Non-Polar For technical questions, contact: tantalum@Document Number: 4300694Revision: 10-Dec-07STANDARD RATINGS - POLAR CAPACITORSCAPACITANCE(µF)MAXDF (%)MAX. DCL AT+ 25 °C (µA) CASE CODE PART NUMBER 20 WVDC AT + 85 °C0.68 6 0.5 C1 STC.68-20C1 (1)M 3.3 6 1.0 C2 STC3.3-20C2 (1)M 6.8 6 2.0 C3 STC6.8-20C3 (1)M 10 6 2.0 C3 STC10-20C3 (1)M 15 6 3.0 C4 STC15-20C4 (1)M 47 6 6.0 C5 STC47-20C5 (1)M 100 10 10.0 C6 STC100-20C6 (1)M25 WVDC AT + 85 °C0.47 6 0.5 C1 STC.47-25C1 (1)M 2.2 6 1.0 C2 STC2.2-25C2 (1)M 3.3 6 2.0 C3 STC3.3-25C3 (1)M 4.7 6 2.0 C3 STC4.7-25C3 (1)M 10 6 3.0 C4 STC10-25C4 (1)M 15 6 6.0 C5 STC15-25C5 (1)M 22 6 6.0 C5 STC22-25C6 (1)M 33 6 6.0 C5 STC33-25C5 (1)M 68 6 10.0 C6 STC68-25C6 (1)M35 WVDC AT + 85 °C0.33 6 0.5 C1 STC.33-35C1 (1)M 0.68 6 1.0 C2 STC.68-35C2 (1)M 1.0 6 1.0 C2 STC1.0-35C2 (1)M 1.5 6 1.0 C2 STC1.5-35C2 (1)MNote:(1) Add A for axial, R for radialSTANDARD RATINGS - NON-POLAR CAPACITORSCAPACITANCE(µF)MAX DF (%)MAX. DCL AT + 25 °C (µA)CASE CODEPART NUMBER2 WVDC AT + 85 °C10 10 1.0 N1 STC10-2N1 (1)M3 WVDC AT + 85 °C33 10 2.0 N2 STC33-3N2 (1)M 47 8 3.0 N3 STC47-3N3 (1)M 100 10 6.0 N4 STC100-3N4 (1)M4 WVDC AT + 85 °C6.8 8 1.0 N1 STC6.8-4N1 (1)M 22 8 2.0 N2 STC22-4N2 (1)M 33 8 3.0 N3 STC33-4N3 (1)M 68 8 6.0 N4 STC68-4N4 (1)M6 WVDC AT + 85 °C4.7 6 1.0 N1 STC4.7-6N1 (1)M 15 6 2.0 N2 STC15-6N2 (1)M 22 6 3.0 N3 STC22-6N3 (1)M 47 6 6.0 N4 STC47-6N4 (1)M10 WVDC AT + 85 °C3.3 6 1.0 N1 STC3.3-10N1 (1)M 10 6 2.0 N2 STC10-10N2 (1)M 15 6 3.0 N3 STC15-10N3 (1)M 33 6 6.0 N4 STC33-10N4 (1)MNote:(1) Add A for axial, R for radialDocument Number: 43006For technical questions, contact: tantalum@Revision: 10-Dec-0795STCSubminiature, Leaded Solid T antalum CapacitorsPolar or Non-PolarVishay SpragueSTANDARD RATINGS - NON-POLAR CAPACITORSCAPACITANCE(µF)MAX. DF (%)MAX. DCL AT + 25 °C (µA)CASE CODEPART NUMBER15 WVDC AT + 85 °C2.2 6 1.0 N1 STC2.2-15N1 (1)M 6.8 6 2.0 N2 STC6.8-15N2 (1)M 10 63.0 N3 STC10-15N3 (1)M 22 6 6.0 N4 STC22-15N4 (1)M20 WVDC AT + 85 °C1.5 6 1.0 N1 STC1.5-20N1 (1)M 4.7 62.0 N2 STC4.7-20N2 (1)M 6.8 63.0 N3 STC6.8-20N3 (1)M 15 6 6.0 N4 STC15-20N4 (1)M25 WVDC AT + 85 °C1.0 6 1.0 N1 STC1.0-25N1 (1)M2.2 6 2.0 N2 STC2.2-25N2 (1)M3.3 6 2.0 N2 STC3.3-25N2 (1)M4.7 6 3.0 N3 STC4.7-25N3 (1)M 10 6 6.0 N4 STC10-25N4 (1)M35 WVDC AT + 85 °C0.68 6 1.0 N1 STC.68-35N1 (1)MNote:(1) Add A for axial, R for radialMARKINGSTC Capacitors case sizes C3 - C6 and N2 - N4 are print marked:- Capacitance is in picofarads- 1st and 2nd digits are significant figures - 3rd digit indicates the number of zeros.All other case sizes are have color dot marking:Capacitance Color Digit In picofarads, indicated by 3 dots. 1st and 2nd dot give the significant digits.3rd dot indicates the number of zeros.Color dot location is shown on the dimensional sketches.Black dot is omitted on black sleeve.Black 0 Brown 1 Red 2 Orange 3 Y ellow 4 Green 5Capacitance Tolerance Color ToleranceBlue 6 Is indicated by a dot on the side of the case. Black dot is omitted.Gold ± 5 %Violet 7 Silver ± 10 %Grey 8 None ± 20 %White9None+ 40 %/- 20 %The positive lead is indicated by a color dot of red epoxy on the unit.e.g. Yellow-Violet-Green = 4 700 000 pf= 4.7 µFSTCVishay SpragueSubminiature, Leaded Solid Tantalum CapacitorsPolar or Non-Polar For technical questions, contact: tantalum@Document Number: 4300696Revision: 10-Dec-07PERFORMANCE AND RELIABILITYThe capacitors are tested in accordance with MIL-PRF-49137, with specific requirements as follows:Temperature Stability: When tested per MIL-PRF-49137/6, capacitance shall be within ± 15 % at - 55 °C and 85 °C,and ± 10 % at 25 °C after exposure to temperature extremes.DF shall be within 200 % of initial limit at - 55 °C, 150 % of initial limit at 85 °C, and meet the initial at 25 °C. DCL shall be within 10 x initial limit at 85 °C, and meet the initial limit at 25°C.Moisture Resistance: (per Method 106 of MIL-STD-202)After 10 cycles of 24 h at 25 °C to 65 °C and 80 - 98 % RH;capacitance shall be within ± 15 % of initial value, DF within 1.5 x initial limit and leakage within 3 x initial limit.Life: (per Method 108 of MIL-STD-202) after 1000 h at 85 °C and rated voltage; capacitance shall be within ± 10 % of initial limit, DF within initial limits, and leakage within 200 % of initial limit.Surge Voltage: (per MIL-PRF-49317) After 1000 cycles at 85 °C and 1.3 x WVDC; capacitance shall be within ± 10 %of initial limit, DF and leakage within initial limits.Resistance to Soldering Heat: (per Method 210 of MIL-STD-202, Condition B) After immersion in 260 °C molten solder to within a 1/4” of the body of the unit, there shall be no evidence of mechanical or electrical degradation.Solderability: (per Method 208 of MIL-STD-202) After dipping leads in 235 °C molten solder to within 0.125" of the body of the unit, the solder shall cover 95 % of the lead surface.Terminal Strength: (per Method 211 of MIL-STD-202) After the following test there shall be no loosening of the terminals or permanent damage to the terminals. Test Condition A:(Pull Test) 0.010" leads withstand 1 pound, 0.016"leads 2pounds and 0.007" leads 1/2 pound. Test Condition C: (Bend Test) All leads shall withstand 3 - 90° bends with a 1/2 pound applied force.Document Number: 91000Revision: 18-Jul-081DisclaimerLegal Disclaimer NoticeVishayAll product specifications and data are subject to change without notice.Vishay Intertechnology, Inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, “Vishay”), disclaim any and all liability for any errors, inaccuracies or incompleteness contained herein or in any other disclosure relating to any product.Vishay disclaims any and all liability arising out of the use or application of any product described herein or of any information provided herein to the maximum extent permitted by law. The product specifications do not expand or otherwise modify Vishay’s terms and conditions of purchase, including but not limited to the warranty expressed therein, which apply to these products.No license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by any conduct of Vishay.The products shown herein are not designed for use in medical, life-saving, or life-sustaining applications unless otherwise expressly indicated. Customers using or selling Vishay products not expressly indicated for use in such applications do so entirely at their own risk and agree to fully indemnify Vishay for any damages arising or resulting from such use or sale. Please contact authorized Vishay personnel to obtain written terms and conditions regarding products designed for such applications.Product names and markings noted herein may be trademarks of their respective owners.元器件交易网。