B2_U06_A

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LM258中文资料_数据手册_参数

LM258中文资料_数据手册_参数

LM158, LM158A, LM258, LM258A LM358, LM358A, LM2904, LM2904V
SLOS068T – JUNE 1976 – REVISED APRIL 2015

Table of Contents
1 Features .................................................................. 1 2 Applications ........................................................... 1 3 Description ............................................................. 1 4 Revision History..................................................... 2 5 Pin Configuration and Functions ......................... 3 6 Specifications......................................................... 4
Brushless DC, High-Voltage, Low-Voltage, Permanent Magnet, and Stepper Motor • Oscilloscopes • TV: LCD and Digital • Temperature Sensors or Controllers Using Modbus • Weigh Scales
Device Information(1)

USB Type-C脚位说明

USB Type-C脚位说明

USB-C(USB Type-C)脚位说明管脚及信号的定义USB Type-C接口有24个管脚,插座和插头在管脚信号的定义上有一点点的不同,分别如下:A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 GND TX1+ TX1- V BUS CC1D+ D- SBU1V BUS RX2- RX2+ GNDGND RX1+ RX1- V BUS SBU2D- D+ CC2V BUS TX2- TX2+ GNDB12 B11 B10 B9 B8 B7 B6 B5 B4 B3 B2 B1表格1:USB Type-C Receptacle Interface (Front View)A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 GND RX2+ RX2- V BUS SBU1D- D+ CC V BUS TX1- TX1+ GNDGND TX2+ TX2- V BUS V CONN SBU2V BUS RX1- RX1+ GND B1 B2 B3 B4 B5 B6 B7 B8 B9 B10 B11 B12 表格2:USB Full-Featured Type-C Plug Interface (Front View)以上信号按照功能可以分为5类:1)Power有关的信号,包括a)V BUS,USB线缆的bus power(和我们通常意义上V BUS保持一致)。

b)V CONN(只有在插头上才会有该信号),用于向插头供电(由此可以推测出有些插头中可能会有电路)。

c)GND,接地。

2)USB 2.0数据线,D+/D-。

它们在插头端只有一对,和旧的USB 2.0规范一致。

但为了支持正反随意插。

在插座端定义了两组,这样插座端可以根据实际情况进行合适的mapping。

3)USB3.1数据线,TX+/-和RX+/-,用于高速的数据传输。

插头和插座端都有两组,用于支持正反随意插。

大众点评店铺精细化运营方案

大众点评店铺精细化运营方案

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24AA02

24AA02


600

ns
Output valid from clock
Taa

3500

900
ns (Note2)
Bus free time
Tbuf
4700

1300

ns Time the bus must be free before a new transmission can start
Output fall time from VIH
• Data retention > 200 years
• 8-pin DIP or SOIC package
• Available for extended temperature ranges
- Commercial (C): - Industrial (I)
0°C to +70°C -40°C to +85°C
ICC Read — —
— 0.5 — 0.05
Standby current
ICCS





3
Note:This parameter is periodically sampled and not 100% tested.
— .3 VCC

.40 10 10 10
3 — 1 — 100 30 —
Units
Remarks
Min Max Min Max
Clock frequency
Fclk

100

400 kHz
Clock high time
Thigh 4000

600

CP2108

CP2108
Total
Virtual COM Port Drivers
Works
with existing COM port PC applications distribution license Windows 8/7/Vista/XP/Server 2003 Mac OS X Linux
Royalty-free
of 16 GPIO pins with configurable options pin support Usable as inputs, open-drain or push-pull outputs 4 configurable clock outputs for external devices RS-485 bus transceiver control Toggle LED upon transmission Toggle LED upon reception
6
DSR(0-3) RTS(0-3)
UART1
CTS(0-3) RX(0-3) TX(0-3)
Data FIFO
UARTn (0-3)
VIO
UART2
GPIO.0 – GPIO.15
18 EEPROM (Product Customization)
RESET
SUSPEND
UART3
/SUSPEND
(3.0 V to VDD) (2.7 to 6.0 V)
independent UART interfaces Integrated USB transceiver; no external resistor required Integrated clock; no external crystal required Integrated programmable EEPROM for storing customizable product information On-chip power-on reset circuit On-chip voltage regulator: 3.3 V output

晶屏型号屏定义大全

晶屏型号屏定义大全

IBM 00K3120 DF14 调 中宇 单灯窄口 5V ZANIBM 07K5540 JAE20pin 佳显 单灯窄口 3.3V ZAN3 4.0LVD IBM 0978ET DF14 红叶信 单灯窄口 3.3V ZAN3V4.0LVDS IBM 15UXGA 不能点 鑫合基IBM 25L8400 JAE 20pin C-.C+.G.2-.2+.G.1-.1+.G.0-.0+.NC.NC.N IBM 26L4500 袁立灿IBM 39H7160 IBM线 众亿 单灯宽口 5V ZAN3V2.0TTL 39 IBM 47L8300 DF14 金鼎络 单灯窄口 5v 5020单lvds 20 IBM 73H7020 41A TOPS 单灯宽口 5V ZAN3.V2.0TTL 73H IBM 73H7020 41A 35脚为0 单灯宽口 5V ZAN34.0TTL 46H3 IBM 73H8240 FFC40 样品 单灯宽口 2004.4.7 样品IBM 74H0700 41A 袁立灿 单灯宽口 5V ZAN3V4.0 2004. IBM 74H0740 41A 花邦 单灯宽口 5V ZAN3V4.0TTL 3971 IBM 82H5335 IBM线 兴万和 单灯宽口 5V ZAN34.0TTL 8 IBM F DF14 30pin 伊麦 单灯宽口 5V 9011B ITXG93 IBM IAUX14S 38D94 改 鑫合基 单灯窄口 3.3V 9011B IBM IBM1-SXGA 38D94 单灯窄口 3.3V ZAN3SL TX38D94 IBM ITSX94N M1700 毛海平 六灯小口 12V 9011B 170EH IBM ITSX95 38D94 单灯窄口 5V 9011B ITSX95 2004.7. IBM ITXG64 单8bit 惠日 单灯窄口 5V ZAN3XL LP141X2 IBM ITXG70 DF14 .V.V.G.G.0-.0+.1-.1+.2-.2+.CLK-.CLK+ 单灯IBM ITXG71 DF14 20pin V.V.G.G.0-.0+.1-.1+.2-.2+.C-.C+ 华精IBM ITXG71 双六位 华精 单灯窄口 5V ZAN3XL NA19020 IBM ITXG72E2 DF14 佳显 单灯窄口 3.3V ZAN3V4.0LVDS IBM QD141F1LH03 91138D94 中宇 单灯窄口 3.3V 9011B IBM QD141X1LH12 中宇IMES OFM14000 FFC 袁立灿 双灯窄口 5V ZAN32.0FFC A LG 41A 双灯 3.3V 普通LG 141X2 DF14跳V.V.V.V.G. G. G.G.0-0G+1-1+G2-2+GC-C+ 鑫合LG L150X05 SHARPDG51 易唯 双灯 5V ZAN34.0TTL L150 LG LB104V03(A1) LB104V03(A1) 双灯小口 3.3 ZAN3V4.0TTL LG LB121S02_A2 41A 韩诺 双灯 3.3V ZAN3V2.0LVDS 12 LG LC150X02(A4) DF14单八位 四灯小口 3.3 ZAN3SL BL15 LG LC151X01(A3) 能士 四灯宽口 5V ZAN25.0TMDS gane LG LC151X01(C3)(M3) 5020单8bit 四灯小口 5v 5020V1.4 LG LC151X01_A3 DF19 G.C-.C+.NC.0-.0+.NC.1-.1+.NC.2-.2+.NC.G LG LCA4SE01A 41B 鹏信 单灯宽口 3.3V ZAN3 2.0TTL L LG LCA4VE02A 31A 单灯宽口 5V ZAN3V4.0TTL LCA4VE02A LG LG_LC151X01 DF148bit 鑫合基 四灯小口 3.3V ZAN3V4 LG LM150 X06(C3) SHARPDG51 高美 双灯 5V ZAN3.V2.0TT LG LM150X02 SHARPDG51 双灯 3.3v ZAN34.0TTL NA19020_LG LM150X05(E2) SHARPDG51 双灯 3.3v ZAN34.LG LM150X05(E2) SHARPDG51 晶明 双灯 5V ZAN34.0TTL LG LM150X05(E2) SHARPDG51 晶明 双灯 5V ZAN34.0TTL LG LM150X06 DF14 易唯 双灯 3.3V ZAN3V4.0LVDS ITXG LG LM150X06(D3) DF14 单灯宽口 3.3v ZAN3V4.0lvds 200 LG LM150X07_A4M1 力嘉 双灯 ZAN34.0TTL 2004.6.14LG LM150X07_A4M1 SHARPDG51 力嘉 双灯 5V ZAN34.0TTL LG LM150X08(A4)(NA) DF14单八位 双灯宽口 3.3 ZAN3V4.0T LG LM150X2 SHARPDG51 双灯 5V ZAN3V4.0TTL SHARPDG51 LG LM150X2(B2SH) DG51FFC 双灯宽口 5 ZAN3V4.0TTL LQ1 LG LM151X02(C2TH) 41A 双灯宽口 3.3 ZAN3V4.0TTL ZAN3 LG LM151X05(A3C1) 41A 双灯宽口 3.3 ZAN3V4.0TTL ZAN3 LG LM151X1 JAE21pin 技博 四灯宽口 5VLG LM151X2 41A 惠科 双灯窄口 5V ZAN3V4.0TTL LM151 LG LM151X2 41A 徐小姐 双灯 3.3v ZAN34.0TTL LM151X LG LM151X3 38D31 双灯LG LM151X3 38D31 双灯 5V ZAN34.0TTL NA190104040 2 LG LM151X3(B3AP) DF1920pin+DF1914PIN 徐小姐 双灯 3.3V LG LM151X4(A3M1) 41A 22B301 双灯 5v ZAN3V4.0TTL L LG LM151X4(A3M1) 41Asp; 柯荣 双灯 5v ZAN3V4.0TTL LTM151X2 2004.11.03LG LM15X05(A3C12) 41A 双灯 3.3v ZAN34.0TTL LM151X2 LG LM1701W1 DF148bit 鑫合基 四灯小口 5V ZAN3V4.0 LG LM190E02 170EH D8B LVDS 30Pin 安棋 四灯小口 12伏 LG LM190E03 170EH D8B LVDS 30Pin OK 四灯小口 5 2221 LG LM190E03(TL)(B1) 170EH D8B LVDS 30Pin 四灯小口 5 2 LG LP104S2 41A 塞维LG LP104S2 41B 单灯宽口 3.3V ZAN34.0TTL 121S1 200 LG LP121S3 DF14 单灯宽口 3.3V ZAN3V4.0LVDS 800X600L LG LP121S3 DF14 和兴 单灯宽口 3.3V ZAN3V4.0单lvds LG LP121SA DF19 单灯窄口 3.3V ZAN3V4.0LVDS HSD121SH LG LP121SL D841A 鹰扬 DLW 3.3 gmZAN3T V4.0 LP121S LG LP133X1_A DF14跳V.V.V.V.G.G.G.G.0-0G+1-1+G2-2+GC-C+.G LG LP133X2_B DF14 单灯窄口 3.3V ZAN3V4.0LVDS 141X7 LG LP133X2_B DF14 鑫合基 单灯窄口 3.3V 5020v1.3LVDS LG LP133X3_A DF14 三盟 单灯窄口 3.3V 5020 13INCH LG LP133X3_A DF14 三盟 单灯窄口 3.3V 5020 13INCH LG LP133X3_A 单8bit 伊麦 单灯窄口 3.3V ZAN3XL 141 LG LP133X4 DF14跳V.V.V.V.G.G.G.G.0-0G+1-1+G2-2+GC-C+.G 单LG LP133X7 2004.7.20LG LP141E05(B1) 38D94 惠日 单灯窄口 3.3V ZAN3SL L LG LP141E2 38D94 顺全 单灯窄口 3.3V 9011B 150P2N LG LP141E2 911 38D94 三盟 单灯窄口 5V 5020V1.3 双LV LG LP141X3 DF14 单灯宽口 3.3V ZAN3V4.0LVDS ITXG72 LG LP141X6A(11B) DF14 易唯 单灯窄口 3.3V ZAN3V4.0LV LG LP141XA 单8bit 惠日 单灯窄口 3.3V ZAN3XL LT141 LG LP141XA 2PCS DF14 袁立灿 单灯窄口 3.3V ZAN3 V4.0LG LP141XA(A1) DF14 中宇 单灯窄口 3.3V 5LG LP141XA(A1NA) DF14 金鼎络 单灯窄口 3.3V 5020单lv LG LP141XAD DF14 单灯窄口 3.3v ZAN2V4.0lvds ITXG72 LG LP141XB DF14单6 LVDS 20PIN 装机 DLN 3.3 5020.711 LG LP141XB 单8bit 惠日 单灯窄口 3.3V ZAN3XL LT141 LG LP150E01 38D94 惠日 单灯窄口 5V ZAN3SL 38D94 LG LP150U03_A2 38D94 华精 单灯窄口 3.3V 9011B M20 LG LP150U06 38D94 万信联 单灯小口 3.3 ZAN3SL IBM(LG LP150X05(02) ZAN3 38D94 卓耀 单灯窄口 3.3V ZAN3L LG LP150X08(A3) ZAN3 38D94 华晶 单灯窄口 3.3V ZAN3V LG LP150X08(A3) ZAN338D94 晶明 单灯窄口 3.3v ZAN2V4 LG LP150X1 DF14 毛海平 单灯窄口 3.3V ZAN3V4.0LVDS LG LP150X1 DF14 卓耀 单灯窄口 3.3V ZAN3V4.0LVDS 1 LG LP150X1(F21B) 9PCS DF14 卓耀 单灯窄口 3.3V ZAN3 LG LP150X2 单8bit 单灯窄口 3.3V ZAN3XL 141X7 2004 LG LP150XO5(A2)(C1) 38D94 万信联 单灯小口 3.3 ZAN3S LG LP150XO8(A3) 38D94 万信联 单灯小口 3.3 ZAN3SL LG LP150XO8(A5)(N1) 38D94 万信联 单灯小口 3.3 ZAN3S LG LP151X1 单8bit 单灯窄口 3.3V ZAN3XL LT141X2 20 LG LP154W01_B3 zan3 38d94 徐小姐 单灯窄口 3.3v ZAN3 LG LP157E1(A2TS) DF1930 2004.6.19LG LS150X03_A3 80PIN母头 华烽成 双灯LG LS150X05_A3 FFC50PIN屏线为单FFC 华烽成 双灯宽口 LG LS170E01_A5 30+50FFC 华烽成 四灯宽口LG LT140X1 151X1 鑫合基 四灯小口 3.3V 50201.3TTL LG LT140X1 151X1 鑫合基 四灯小口 3.3V ZAN3V4.0 LT LG LT151X2 41A 晶明 双灯 3.3V ZAN3V2.0TTL LT151X2 MIRSUBISHII AA141XE02 DF14向后跳一位 芃峰 单灯窄口 3. MITSUBISHI AA10SD6C_ADFD 41B 单灯宽口 3.3v ZAN3V4. MITSUBISHI AA121SB12 41A 35脚为0 华精 单灯宽口 3.3V MITSUBISHI AA142XE02 DF14跳V.V.V.G.G.0-0G+1-1+G2-2+GC-C+ MITSUBISHI AA150QB01 DF14 TMDS V.V.G.G.2+.2-.G.1+.1-.G.0+.0 NEC 8060_31_01 41A 单灯宽口 3.3V ZAN32.0LVDS NL8060 NEC NL10276AC30_04R DF14 特高 双灯 5V ZAN3 V4.1 L NEC NL10276BC_28_21 JAE20pin 姜波 单灯宽口 3.3V 502 NEC NL10276BC228_21ANEC NL10276BC24_04 5020V1.3双 LVDS 天之骄 单灯宽口 3. NEC NL10276BC24_04 ZAN2双6BIT TOPS 单灯宽口 5V 5020 NEC NL10276BC26_01 5020双6位 金鼎络 单灯窄口 2004 NEC NL10276BC26_09NEC NL10276BC26_09 ZAN2双6BIT 鑫合基 单灯宽口&nbs, p; 5 NEC NL10276BC26_11C DF14 2004.9.23NEC NL10276BC28_11F DF14 袁立灿 单灯窄口 3.3V ZAN3 NEC NL10276BC28_21A JAE20pin 单灯窄口 3.3V ZAN3V4.0LV NEC NL10276BC28_27 DF14 高美 单灯窄口 5V 5020v1.3LV NEC NL12876BC26_22F DF14 新锐博 双灯 单口 3.3V ZAN3 NEC NL644833_18 31A 万秀军 单灯宽口 5V ZAN3 2.0TTLNEC NL6448AC20_06 31A 双灯单边 3.3v ZAN3V4NEC NL6448AC32_02 屏线为14+15双头 缺线NEC NL6448AC33_13 41A 单灯宽口 3.3V ZAN3V2.0TTL NL6 NEC NL6448BC20_08 31A 姜波 双灯 3.3V 5020v1.3TTL NEC NL6448BC33_21 41A 单灯宽口 3.3V ZAN34.0TTL NL64 NEC NL806029_01 41A 芃峰 单灯宽口 3.3V ZAN3V4.0TTL NEC NL8060AC31_02 41A 单灯宽口 3.3V ZAN3V2.0TTL N NEC NL8060AC31_02 41A 塞维 单灯宽口 3.3V ZAN3V2.0TT NEC NL8060BC26_05 26_05线 塞维 单灯宽口; 3.3V 50201.3TTL LP121S1 2004.9.5 OKNEC NL8060BC26_15 S6B LVDS 14Pin 3.3 gmZAN3L V4.0 NEC NL8060BC29_01 41A 晶明 单灯宽口 3.3V ZAN3V2.0TT NEC NL8060BC29_06 41B 单灯宽口 5v ZAN3V4.0TTL NL806 NEC NL8060BC31_01 41A 芃峰 单灯宽口 3.3V ZAN3V4.0TT NEC NL8060BC31_09 41A 芃峰 单灯宽口 3.3v ZAN34.0TTL NEC NL8060BC31_13A DF14 鑫合基 单灯窄口 3.3V ZAN2V4 NEC NL8060BC31-02 5PCS 41A 塞维 单灯窄口 3.3V ZAN3 QDI QD17ER01 30+50FFC 华烽成 四灯宽口 QUANTA QD141x1LH01 DF14 佳显 单灯窄口 3.3V ZAN3V4.0 QUANTA QD14XL19 38D94 单灯窄口 3.3V 9011B LT141X7口 5V ZAN3 V4.1 ITXG72 2004.4.1 屏线跳成133X1型式口 3.3V ZAN3 4.0LVDS ITXG72 2004.8.223.3V ZAN3V4.0LVDS 141X7 04.03.02G.1-.1+.G.0-.0+.NC.NC.NC.NC.G.G.G.V.V 单灯窄口 3.3V ZAN3V4.0LVDS ITXG72 2004.9.10 ok5V ZAN3V2.0TTL 39H7160 2004.5.11 OK5v 5020单lvds 2004.4.15V ZAN3.V2.0TTL 73H7020 2004.4.25V ZAN34.0TTL 46H3640 2004.8.242004.4.7 样品5V ZAN3V4.0 2004.5.21 点不亮5V ZAN3V4.0TTL 397160 2004.8.14口 5V ZAN34.0TTL 82H5335 2004.6.295V 9011B ITXG93 2004.8.10灯窄口 3.3V 9011B 2004.7.26V ZAN3SL TX38D94 2004.10.18口 12V 9011B 170EH 2004.7.8011B ITSX95 2004.7.205V ZAN3XL LP141X2 2004.10.19.2-.2+.CLK-.CLK+ 单灯窄口 5V ZAN3V4.0KVDS ITXG72 2004.9.2 OK1-.1+.2-.2+.C-.C+ 华精 单灯窄口 5V ZAN3 4.0LVDS LQ150X1LH042 2004.8.245V ZAN3XL NA19020C35 2004.9.20 OK3.3V ZAN3V4.0LVDS ITXG72 2004.8.4灯窄口 3.3V 9011B 38D95 04..3.19 此屏为单六位911OK5020需V1.3 PIN线改口 5V ZAN32.0FFC AA150XA03 04.03.13 此屏为富士通70PIN线没有定义用30PIN 45PIN FFC线带转接板 G+1-1+G2-2+GC-C+ 鑫合基 单灯窄口 3.3V ZAN2V4.0lvds ITXG72 2004.6.105V ZAN34.0TTL L150X1M 2004.6.24小口 3.3 ZAN3V4.0TTL LQ12S05.3V ZAN3V2.0LVDS 121S1 04.03.16口 3.3 ZAN3SL BL150XH8 2006.02.285V ZAN25.0TMDS ganeral 2004.6.30灯小口 5v 5020V1.4 LC151X01(C3)(M3) 2004.5.8 OK.NC.1-.1+.NC.2-.2+.NC.G.G.G.V.V.V.G 宇田 四灯宽口 3.3 ZAN2 5.0TMDS ganeral 2004.7.203.3V ZAN3 2.0TTL LP121SL 2004.4.12 OKAN3V4.0TTL LCA4VE02A 2004.10.15四灯小口 3.3V ZAN3V4.0 LG_LC151X01 2004.5.6 OK双灯 5V ZAN3.V2.0TTL NA19020_4040 2004.4.6 OKZAN34.0TTL NA19020_4040 2004.7.31.3v ZAN34.0TTL NA19020_4040 2004.8.1双灯 5V ZAN34.0TTL NA190104040 2004.11.03双灯 5V ZAN34.0TTL NA190104040 2004.6.11V ZAN3V4.0LVDS ITXG72 2004.7.243v ZAN3V4.0lvds 2004.6.24.0TTL 2004.6.14双灯 5V ZAN34.0TTL NA190104040 2004.6.14灯宽口 3.3 ZAN3V4.0TTL m150x4_l06_1024x768lvds8LVDS 2006.02.27AN3V4.0TTL SHARPDG51 2004.9.165 ZAN3V4.0TTL LQ150X1DG11FFC 2006.02.27.3 ZAN3V4.0TTL ZAN3V4.0TTL 2006.02.27.3 ZAN3V4.0TTL ZAN3V4.0TTL 2006.02.27口 5VV ZAN3V4.0TTL LM151X2 04.03.13v ZAN34.0TTL LM151X2 2004.6.27.0TTL NA190104040 2004.6.3徐小姐 双灯 3.3V 2004.8.35v ZAN3V4.0TTL LTM151X2 2004.5.16 OK151X2 2004.11.03ZAN34.0TTL LM151X2 2004.7.31小口 5V ZAN3V4.0 LM1701W1 2004.5.6 OK安棋 四灯小口 12伏 ZAN3SL HSD170ME13 2006.02.28K 四灯小口 5 2221B HT17E13-100-ok 2006.2.150Pin 四灯小口 5 2221 HT17E13-100艾科 2006.21AN34.0TTL 121S1 2004.8.8ZAN3V4.0LVDS 800X600LVDS 2004.9.53.3V ZAN3V4.0单lvds HSD121S1 2004.4.7 OKZAN3V4.0LVDS HSD121SH11 2004.7.27gmZAN3T V4.0 LP121SL 03.12.12-0G+1-1+G2-2+GC-C+.G 单灯窄口 3.3 ZAN3V4.0lvds ITXG72 2004.7.23 ZAN3V4.0LVDS 141X7 2004.7.24口 3.3V 5020v1.3LVDS 13INCH 2004.4.13 OK3.3V 5020 13INCH 2004.7.283.3V 5020 13INCH 2004.7.28口 3.3V ZAN3XL 141X7 2004.10.6G+1-1+G2-2+GC-C+.G 单灯窄口 3.3 ZAN3V4.0lvds ITXG72 2004.7.23窄口 3.3V ZAN3SL LP141E05(B1) 2004.10.163.3V 9011B 150P2N 2004.9.14 ok口 5V 5020V1.3 双LVDS 38D95 2004.6.25ZAN3V4.0LVDS ITXG72 2004.8.4窄口 3.3V ZAN3V4.0LVDS 141X7 2004.9.10 ok3.3V ZAN3XL LT141X8_L02 2004.10.20窄口 3.3V ZAN3 V4.0LVDS 141X7 04.03.11口 3.3V 5020V1.3单lvds 141X7 04.03.17灯窄口 3.3V 5020单lvds ITXG72 2004.4.1ZAN2V4.0lvds ITXG72 2004.6.19DLN 3.3 5020.7114 V1.3 141X7 03.12.163.3V ZAN3XL LT141X8_L02 2004.10.205V ZAN3SL 38D94 2004.10.19口 3.3V 9011B M201EA01 2004.8.29 此屏为笔记本屏 3.3VOK 5V不亮口 3.3 ZAN3SL IBM(1600X1200) 2006.2.19单灯窄口 3.3V ZAN3LVDS LP150X1_1 04.03.06单灯窄口 3.3V ZAN3V4.0LVDS LP150X1_1 2004.7.29单灯窄口 3.3v ZAN2V4.0lvds ITXG72 2004.6.143.3V ZAN3V4.0LVDS 141X7 2004.7.243.3V ZAN3V4.0LVDS 141X7 04.03.02单灯窄口 3.3V ZAN3 V4.0LVDS 141X7 04.03.06ZAN3XL 141X7 2004.9.26单灯小口 3.3 ZAN3SL BL150XH6 2006.2.19灯小口 3.3 ZAN3SL BL150XH6 2006.2.19单灯小口 3.3 ZAN3SL BL150XH6 2006.2.19ZAN3XL LT141X2 2004.10.18单灯窄口 3.3v ZAN3V4.0lvds LP154W01_B3 2004.6.27双灯华烽成 双灯宽口四灯宽口3.3V 50201.3TTL LT140X1 2004.5.7 OK3.3V ZAN3V4.0 LT140X1 2004.5.6 OKZAN3V2.0TTL LT151X2 2004.8.4芃峰 单灯窄口 3.3V ZAN2V4.0lvds ITXG72 2004.5.24 OK宽口 3.3v ZAN3V4. 121S1 04.03.20华精 单灯宽口 3.3V ZAN34.0TTL LP121S1 2004.8.24.0-0G+1-1+G2-2+GC-C+ 鑫合基 单灯窄口 3.3V ZAN3V4.0LVDS ITXG72 2004.8.3.G.2+.2-.G.1+.1-.G.0+.0-.G 2004.6.14ZAN32.0LVDS NL8060BC31_01 2004.8.15灯 5V ZAN3 V4.1 LT133X5_128 DF14 2004.4.1单灯宽口 3.3V 5020 13inch 2004.8.8天之骄 单灯宽口 3.3V 5020双LVDS NL10276BC24_04 2004.4.15 OK单灯宽口 5V 50201.3双LVDS NL10276BC24_04 2004.4.23 OK 络 单灯窄口 2004.4.1基 单灯宽口&nbs, p; 5V 5020V1.5 NL10276BC26_09 2004.4.23 9KEY 单灯窄口 3.3V ZAN3 V4.0LVDS 141X7 04.03.11窄口 3.3V ZAN3V4.0LVDS ITXG72 2004.8.4灯窄口 5V 5020v1.3LVDS 13INCH 2004.6.1双灯 单口 3.3V ZAN3V4.0LVDS NL12876BC26_22F 2004.7.29宽口 5V ZAN3 2.0TTL NL6448BC33_06 2004.4.21 OK.3v ZAN3V4. NL6448AC20_06 04.03.20缺线.3V ZAN3V2.0TTL NL6448BC33_213.3V 5020v1.3TTL NL6448BC20_08 2004.4.13 OK.3V ZAN34.0TTL NL6448BC33_06 2004.9.5 屏带线口 3.3V ZAN3V4.0TTL 121S1 2004.6.13.3V ZAN3V2.0TTL NL8060AC31_02 2004.7.9宽口 3.3V ZAN3V2.0TTL NL8060AC31_02 2004.5.10 OK 单灯宽口3.3 gmZAN3L V4.0宽口 3.3V ZAN3V2.0TTL NL8060BC26_12-01 2004.8.4v ZAN3V4.0TTL NL8060BC31_01 2004.12.10宽口 3.3V ZAN3V4.0TTL NL8060BC31-01 2004.5.21 OK 宽口 3.3v ZAN34.0TTL LQ11S53 2004.6.19单灯窄口 3.3V ZAN2V4.0lvds 141X7 2004.6.7单灯窄口 3.3V ZAN3 2.0TTL NL8060BC26-12灯宽口灯窄口 3.3V ZAN3V4.0LVDS ITXG72 2004.8.4.3V 9011B LT141X7 2004.8.4.10 ok5PIN FFC线带转接板 ral 2004.7.20。

铁塔智能设备接入指导

铁塔智能设备接入指导

一、开关电源:二、普通空调:五、门禁系统:铁塔智能设备接入指导一、开关电源1、华为址改为1。

SMU06C串口接靠外面那个网口。

参数设置过程如下图:为1。

SMU02B串口要接下面的那个网络。

SMU02B后期有些新设备,FSU需要选择设备型号为SMU06C才能正常。

M810G这个设备型号,该型号支持模块故障告警,告警出来后再改回PSM15即可。

7、8为232接口)可直接接入(2接TX,3接RX,5接GND)。

需要将地址改为1,通信方式改为Modem,开关电源参数设置密码:0000017、8为232接口)可直接接入(3接TX ,7接RX ,6接GND )。

7、8为232接口)可直接接入(对于DB9头版本:2接TX ,3接RX ,5接GND 。

对于RJ45水晶头版本,3接 TX ,7接RX ,6接GND )。

7、8为232接口)可直接接入(3接TX ,7接RX ,6接GND )。

在华为开关电源监控模块的LCD 界面上,配置如下参数:将“通信方式”设置为“YDN1363”,将“地址”设置为“1”,将“波特率”设置为“9600”,密码是000001。

LCD 路径:主菜单→参数设置→系统参数设置。

2、 中达可直接接入(R接TX,T接RX,G接GND)。

可直接接入(2接TX,3接RX,5接GND)。

接口)可直接接入(2接TX,3接RX,5接GND)。

接口)可直接接入(2接TX,3接RX,5接GND)。

接口)可直接接入(2接TX,3接RX,5接GND)。

可直接接入(R接TX,T接RX,G接GND)。

可直接接入(2接TX,3接RX,5接GND)。

可直接接入(2接TX,3接RX,5接GND)。

可直接接入(2接TX,3接RX,5接GND)。

可直接接入(2接TX ,3接RX ,5接GND )。

FSU 网页网管上请将设备地址修改为0。

注:旧版本FSU 需配RS232/RS485转换器。

新版本FSU 自带RS232(串口7、8为232接口)可直接接入(2接TX ,3接RX ,5接GND )。

TR-ECE-BA-DGB-0037(Cxx-58-Cxx-65 Can DeviceNet)-Software 4376D8-4376D9-437687

TR-ECE-BA-DGB-0037(Cxx-58-Cxx-65 Can DeviceNet)-Software 4376D8-4376D9-437687

TR - ECE - BA - DGB - 0037 - 05 09/20/2011
Single-Turn / Multi-Turn Absolute rotary encoder series Cxx-58/65 with CAN DeviceNet interface
TR-Electronic GmbH
• Zusätzliche Sicherheitshinweise • Installation • Inbetriebnahme • Konfiguration / Parametrierung • Fehlerursachen und Abhilfen

• Additional safety instructions • Installation • Commissioning • Configuration / Paramees
Rotary Encoders
Linear Encoders
Motion
System
D GB
Seite 2 - 38 Page 39 - 76
• Software/Support DVD: 490-01001
- Soft-No.: 490-00407
4376D8 / 4376D9 / 437687
Benutzerhandbuch / User Manual
Schreibweisen Kursive oder fette Schreibweise steht für den Titel eines Dokuments oder wird zur Hervorhebung benutzt. Courier-Schrift zeigt Text an, der auf dem Display bzw. Bildschirm sichtbar ist und Menüauswahlen von Software. < > weist auf Tasten der Tastatur Ihres Computers hin (wie etwa <RETURN>).

PK步进电机参数

PK步进电机参数

机转矩,为机器小型化带来贡献。采用操作性能卓越的连接器连接
方式。
◇大惯性型
400pulses/rev.
39
加大转子尺寸,提高转矩。
转子
转轴

39
即使驱动惯性负载较大的装置,也比

标准机型更能发挥高响应性。

大型化
□42 □56.4
标准P型
PK244PA 0.39 N·m
机型 品名 保持转矩
标准型
PK264-02A 0.39 N·m
2相步进电动机 2相 电动机安装尺寸 电动机外壳 电动机分类 A∶单转轴
PK系列
2∶28mm
长度
B ∶双转轴
SG∶SH减速机型 减速比
◇安装尺寸 42mm、60mm、90mm
PK 2 6 4 A 1 - SG 10
2相步进电动机 2相 电动机安装尺寸 电动机外壳
PK系列
4∶42mm
长度
6∶60mm
9∶90mm
●高分辨率型
品名(单转轴) PK243M-01A PK243M-02A PK243M-03A PK244M-01A PK244M-02A PK244M-03A PK245M-01A PK245M-02A PK245M-03A PK264M-01A PK264M-02A PK264M-03A PK266M-01A PK266M-02A PK266M-03A PK268M-01A PK268M-02A PK268M-03A
0.2 0.02
0.1 0.01
品名(双转轴)
PK223PB-SG7.2 PK223PB-SG9 PK223PB-SG10 PK223PB-SG18 PK223PB-SG36 PK243B1-SG3.6 PK243B2-SG3.6 PK243B1-SG7.2 PK243B2-SG7.2 PK243B1-SG9 PK243B2-SG9 PK243B1-SG10 PK243B2-SG10 PK243B1-SG18 PK243B2-SG18 PK243B1-SG36 PK243B2-SG36 PK243B1-SG50 PK243B1-SG100 PK264B1-SG3.6 PK264B2-SG3.6 PK264B1-SG7.2 PK264B2-SG7.2 PK264B1-SG9 PK264B2-SG9 PK264B1-SG10 PK264B2-SG10 PK264B1-SG18 PK264B2-SG18 PK264B1-SG36 PK264B2-SG36 PK264B2-SG50 PK264B2-SG100 PK296B1-SG3.6 PK296B2-SG3.6 PK296B1-SG7.2 PK296B2-SG7.2 PK296B1-SG9 PK296B2-SG9 PK296B1-SG10 PK296B2-SG10 PK296B1-SG18 PK296B2-SG18 PK296B1-SG36 PK296B2-SG36

CRISPRCas9在自身免疫性疾病中的应用

CRISPRCas9在自身免疫性疾病中的应用

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All Rights Reserved.]ifd gXk`\ek`JM=j X]k\i^\efd\\[`k`e^f]k_\j`Zbc\gf`ek dlkXk`feUDV,Mk\d=\ccj*0./3*11|3}8/25.+/257, U05V>\\gk`>\j_gXe[\*Dfi[Xe IiXe^\,L\gif^iXdd`e^BldXe N=\cc@leZk`fe Xe[Mg\Z`]`Z`kp Q`k_Hfe+P`iXc A\efd\ NXi^\k`e^UDV,J\[`Xki`Zj*0./7*/22|M/}8M41+M42,U06V MX]Xi`@Xk\d\_*@XiXae`X MX]Xi*;ipX GXipXd*\k Xc,=LCMJL Xe[g\ijfeXc`q\[Ni\^k_\iXgp8e\n`ej`^_kj`ekf k_\ki\Xkd\ek f]i_\ldXkf`[Xik_i`k`jUDV,Cddlefg_XidXZfcf^p Xe[`ddlefkfo`Zfcf^p*0./6*2.|1}80./+0//,U07V I[hm`jk F`eX*D\me`bXi TXcX*L``j\L\Y\ZZX*\k Xc,A\e\k`Z mXi`Xk`fej`e;0.>O<[fdX`e gifm`[\X^\e\k`Z c`eb kf Z`kilcc`eXk`fe Xe[e\lkifg_`c\okiXZ\cclcXi kiXgj`e jpjk\d`Z clglj\ipk_\dXkfjljUDV,;eeXcj f]k_\i_\ldXk`Z[`j\Xj\j*0./7*56|/.}8/141+/15.,U1.V MkXZp F Gljfe\*E`dY\icp?NXpcfi*N`dfk_p N Fl*\k Xc,Glck`gc\gfcpdfig_`jdj`e k_\NH@;CJ1i\^`fe Xi\`e[\g\e[\ekcp XjjfZ`Xk\[n`k_jpjk\d`Z clglj\ipk_\dXkfjljUDV,HXkli\A\e\k`Zj*0..6*2.|7}8/.40+/.42,U1/V DXd\j Ff[fcZ\\k Xc,;]i`ZXe+[\i`m\[A\e\k`Z Jfcpdfig_`jdj`e NH@;CJ1G\[`Xk\L`jb]fi;lkf`ddle`kpUDV,=c`e`ZXc Cddlefcf^p*0./.*/138M22+M22,U1/V Ff[fcZ\DXd\j J*Efcf[q`\a FXli\e?*L_\\F\jc\p*\k Xc,;]i`ZXe+[\i`m\[^\e\k`Z gfcpdfig_`jdj`e NH@;CJ1d\[`Xk\ i`jb]fi Xlkf`ddle`kpUDV,DflieXc f]`ddlefcf^p|<Xck`dfi\*G[,8/73.}*0./.*/62|/0}85../+7,U10V>\;ieXY*>X`e`Z_`N\ilb`*LXk_`eXd=_fq_X P\e[Xe*\k Xc,N_\[\lY`hl`k`eXj\XZk`m`kp f];0.`j[`jg\ejXYc\]fi H@+E<j`^eXc`e^,UDV,?G<I i\gfikj*0./2*/3|5}8553+561,U11V>\;ieXY*>X`e`Z_`N\ilb`*LXk_`eXd=_fq_X P\e[Xe*\k Xc,*N_\[\lY`hl`k`eXj\XZk`m`kp f];0.`j[`jg\ejXYc\]fi H@+E<j`^eXc`e^,UDV,?G<I i\gfikj*0./2*/3|5}8553+61,U12V=LCMJL-=;M7+G\[`Xk\[A\efd\?[`k`e^f]d`LH;+/33Ce_`Y`kj Jif`e]cXddXkfip=pkfb`e\Jif[lZk`fe Yp L;Q042,5=\ccjU12V D`e^Q*T_Xe^R*Mle Q*\k Xc,=LCMJL-=;M7+G\[`Xk\[A\efd\?[`k`e^f]d`LH;+/33Ce_`Y`kj Jif`e]cXddXkfip =pkfb`e\Jif[lZk`fe Yp L;Q042,5=\ccjUDV,<`fd\[L\j\XiZ_Cek\ieXk`feXc*0./3*0./38/+5,U13V?nXik>Xm`[N Xe[J\k\ijfe?i`b D Xe[Mk\\i=c`]]fi[D,A\e\\[`k`e^]fi`e]cXddXkfip[`jfi[\ij,UDV,;eeXcj f]k_\ i_\ldXk`Z[`j\Xj\j*0./7*56|/}84+/3,U13V?nXik>Xm`[N*J\k\ijfe?i`b D*Mk\\i=c`]]fi[D,A\e\\[`k`e^]fi`e]cXddXkfip[`jfi[\ijUDV,;eeXcj f]k_\i_\ldXk`Z [`j\Xj\j*0./7*56|/}84+/3,CB|<?U4}。

E5电器原理图册

E5电器原理图册

电器原理图目录第一节电器件位置分布图 (4)一、前舱 (4)二、驾驶室 (6)第二节继电器、保险丝位置分布图 (8)一、仪表板配电盒及仪表外挂继电器 (8)二、前舱配电盒 (17)三、前舱外挂继电器盒 (24)第三节线束图 (26)3.1 右后门线束 (26)3.2 右前门线束 (28)3.3 左后门线束 (30)3.4 左前门线束 (32)3.5 顶棚线束 (34)3.6 前保险杠线束 (36)3.7 前舱线束 (38)3.8 仪表板线束 (49)3.9 仪表板线束Ⅱ (57)3.10 地板线束 (59)第三节电器原理图 (65)1、启动/电源 (67)2、BCM(1) (68)3、BCM(2) (69)4、BCM(3) (70)5、BCM(4) (71)6、RCM(1) (72)7、RCM(2) (73)8、RCM(3) (74)9、Keyless系统(1) (75)10、Keyless系统(2) (76)11、DLC 网关 (77)12、 ABS (78)13、SRS(1) (79)14、SRS(2) 制动灯控制系统 (80)15、点烟器大灯调节 (81)16、多功能显示屏 (82)17、高压电控总成(1) (83)18、高压电控总成(2) (84)19、高压电控总成(3) (85)20、P档电机及控制器 (86)21、充电口 (87)22、主控制器 (88)23、空调(1) (89)24、空调(2) (90)25、组合仪表(1) (91)26、组合仪表(2) (92)27、转向/告警灯控制系统 (93)28、室外灯系统 (94)29、室内灯系统 (95)30、电池管理器(1) (96)31、电池管理器(2)车载终端 (97)32、换档机构 (98)33、EPB (99)34、R-EPS 电子风扇 (100)35、双路电 (101)36、ECO、组合开关 (102)37、窗控系统(1) (103)38、窗控系统(2) (104)39、窗控系统(3) (105)40、电动外后视镜控制系统 (106)41、CD+收音机 (107)42、舒适网 (108)43、启动网动力网 (109)44、ESC网时钟弹簧 (110)45、车速传感器出租车配电 (111)46、熔断器 (112)47、继电器 (114)维修手册说明●本手册中的线束零部件明细编号规则参照BYDXS-SG-001-2008中的要求。

AN5693K

AN5693K

s Electrical Characteristics at Ta = 25 °C
Parameter Power supply Supply current 1 Supply current 2 Steady state supply voltage Steady state supply Current Steady state supply input resistance Interface Video adjust gain Video adjust output resistance VPO RO29 DC measurement 20 log DC measurement output(0A = F8) output(0A = 08) 5 70 3.10 2.10 7.8 0.1 6 120 3.40 2.40 8.1 0.8 7 170 3.70 2.70 8.7 1.0 dB Ω V V V V Symbol I14 I35 V39 I39 R39 Conditions Current when V14 = 9 V Current when V35 = 5 V When Pin39 current I = 15 mA,Pin39 voltage Current when V39 = 5 V DC measurement input resistance when I39 = 10 mA ∼ 25 mA Min 38 48 5.8 2 1 Typ 48 60 6.5 5 5 Max 58 72 7.2 7 10 Unit mA mA V mA Ω DAC data is standard.
AN5693K
Black Level Det/Blank Off SW Y Input Ver. Sync. Clamp Ver. Sync. Input Hor. Sync. Input VCC3(Chroma/Jungle/DAC) Chroma Input/Black Exp. Start GND(Video/Chroma/Jungle) FBP Input VCC2(Hor. Stability Supply) Hor. AFC 2 Filter Hor. AFC 1 Filter Hor. VCO(32 fH) X-Ray Protection Input Hor.Pulse Output Ver. 50/60 Hz Detect Output Ver. Pulse Output SECAM Interface/CW Output −(B−Y)Output −(R−Y)Output Sandcastle Pulse Output −(B−Y)Input −(R−Y)Input

BUV98AV中文资料

BUV98AV中文资料

BUV98AVNPN TRANSISTOR POWER MODULEs HIGH CURRENT POWER BIPOLAR MODULE s VERY LOW R th JUNCTION CASEsSPECIFIED ACCIDENTAL OVERLOAD AREASs ISOLATED CASE (2500V RMS)s EASY TO MOUNTsLOW INTERNAL PARASITIC INDUCTANCEINDUSTRIAL APPLICATIONS:s MOTOR CONTROL s SMPS &UPSs WELDING EQUIPMENTINTERNAL SCHEMATIC DIAGRAMSeptember 1997ISOTOPPin 4not connectedABSOLUTE MAXIMUM RATINGSSymbol ParameterValue Unit V CEV Collector-Emitter Voltage (V BE =-5V)1000V V CEO(sus)Collector-Emitter Voltage (I B =0)450V V EBO Emitter-Base Voltage (I C =0)7V I C Collector Current30A I CM Collector Peak Current (t p =10ms)60A I B Base Current8A I BM Base Peak Current (t p =10ms)16A P t ot Total Dissipation at T c =25oC 150WT stg Storage Temperature-55to 150o C T j Max.Operating Junction Temperature 150o C V I SOInsulation Withstand Voltage (AC-RMS)2500oC 1/7THERMAL DATAR thj-ca se R t hc-h Thermal Resistance Junction-case MaxThermal Resistance Case-heatsink With ConductiveGrease Applied Max0.830.05o C/Wo C/WELECTRICAL CHARACTERISTICS(T case=25o C unless otherwise specified)Symbol Parameter Test Conditions Min.Typ.Max.UnitI CER Collector Cut-offCurrent(R BE=5Ω)V CE=V CEVV CE=V CEV T j=100o C18mAmAI CEV Collector Cut-offCurrent(V BE=-5V)V CE=V CEVV CE=V CEV T j=100o C0.44mAmAI EBO Emitter Cut-off Current(I C=0)V EB=5V2mAV CEO(SUS)*Collector-EmitterSustaining Voltage I C=0.2A L=25mHV c lamp=450V450Vh FE∗DC Current Gain I C=24A V CE=5V9V CE(sat)∗Collector-EmitterSaturation Voltage I C=16A I B=3.2AI C=24A I B=5A1.55VVV BE(sat)∗Base-EmitterSaturation VoltageI C=16A I B=3.2A 1.6Vdi C/dt Rate of Rise ofOn-state Collector V CC=300V R C=0t p=3µsI B1=6A T j=100o C100A/µsV CE(3µs)Collector-EmitterDynamic Voltage V CC=300V R C=15ΩI B1=6A T j=100o C8VV CE(5µs)Collector-EmitterDynamic Voltage V CC=300V R C=15ΩI B1=6A T j=100o C4Vt s t f Storage TimeFall TimeI C=16A V CC=50VV BB=-5V L B=1.5µHV c lamp=300V I B1=3.2AL=750µH T j=100o C50.4µsµsV CEW Maximum CollectorEmitter VoltageWithout Snubber I CWoff=30A I B1=6AV BB=-5V V CC=50VL=750µH L B=15µHT j=125o C350V∗ Pulsed:Pulse duration=300µs,duty cycle1.5% BUV98AV2/7Safe Operating AreasDerating CurveCollector Emitter Saturation Voltage Thermal ImpedanceCollector-emitter Voltage Versusbase-emitter ResistanceBase-Emitter Saturation VoltageBUV98AV3/7Reverse Biased SOAReverse Biased AOA Switching Times Inductive Load Foward Biased SOAForward Biased AOASwitching Times Inductive Load Versus Temperatur eBUV98AV 4/7(1)Fast electronics switch(2)Non-inductive load Dc Current Gain Turn-on Switching Test Circuit Turn-on Switching WaveformsTurn-off Switching Test Circuit (1)Fast electronic switch(2)Non-inductive load (3)Fast recovery rectifier Turn-off Switching WaveformsBUV98AV5/7DIM.mm inch MIN.TYP.MAX.MIN.TYP.MAX.A 11.812.20.4660.480B 8.99.10.3500.358C 1.95 2.050.0760.080D 0.750.850.0290.033E 12.612.80.4960.503F 25.1525.50.990 1.003G 31.531.71.240 1.248H 40.157J 4.1 4.30.1610.169K 14.915.10.5860.594L 30.130.3 1.185 1.193M 37.838.21.488 1.503N 40.157O7.88.20.3070.322BEHONJ K L MFACGDISOTOP MECHANICAL DATABUV98AV6/7BUV98AV Information furnished is believed to be accurate and reliable.However,SGS-THOMSON Microelectronics assumes no responsability for the consequences of use of such information nor for any infringementof patents or other rights of third parties which may results from its use.No license is granted by implication or otherwise under any patent or patent rights of SGS-THOMSON Microelectronics.Specifications mentionedin this publication are subject to change without notice.This publication supersedes and replaces all informationpreviously supplied.SGS-THOMSON Microelectronics products are not authorized for use as critical components in life support devices or systems without express written approval of SGS-THOMSON Microelectonics.©1997SGS-THOMSONMicroelectronics-Printed in Italy-All Rights ReservedSGS-THOMSON Microelectronics GROUP OF COMPANIESAustralia-Brazil-Canada-China-France-Germany-Hong Kong-Italy-Japan-Korea-Malaysia-Malta-Morocco-The Netherlands-Singapore-Spain-Sweden-Switzerland-Taiwan-Thailand-UnitedKingdom-U.S.A...7/7。

微机原理课后习题答案

微机原理课后习题答案

微机原理课后习题答案2.1 8086 CPU 在内部结构上由哪几部分组成?其功能是什么?【答】8086 的内部结构-成两部分:总线接口部件BIU,负责控制存储器读写。

执行部件EU,EU 从指令队列中取出指令并执行。

8086 是16 位微处理器,有16 根数据线、20 根地址线,内部寄存器、运算部件以及内部操作都是按16 位设计的。

2.2 8086 的总线接口部件有那几部分组成?【答】8086 的总线接口部件主要由下面几部分组成:4 个段寄存器CS/DS/ES/SS, 一个16 位的指令指针寄存器IP, 一个20 位地址加法器, 6 字节的指令队列,内部暂存器以及输入输出电路组成.2.3 8086 的执行部件有什么功能?由那几部分组成?【答】8086 的执行部件主要由下面几部分组成:(1)四个16 位通用寄存器AX、BX、CX、DX, 通用四个16 位专用寄存器,包括二个指针寄存器SP、BP, 二个变址寄存器SI、DI, 算术逻辑单元ALU,标志寄存器。

2.4 8086CPU 状态标志和控制标志又何不同?程序中是怎样利用这两类标志的? 8086 的状态标志和控制标志分别有哪些?【答】标志分两类:状态标志(6 位):反映刚刚完成的操作结果情况。

控制标志(3 位):在某些指令操作中起控制作用。

2.5 8086/8088 和传统的计算机相比在执行指令方面有什么不同?这样的设计思想有什么优点? 8086CPU 执行转移指令时,指令队列寄存器内容如何变化?【答】传统的计算机一般按照取指令、指令译码/执行指令的步骤工作。

在8086/8088 中,指令的提取与执行分别由总线接口部件BIU 与执行部件EU 完成,8086/8088 可以在取指令同时又可以执行指令,这种并行工作方式有力的提高了CPU 的工作效率。

2.6 将两数相加,即0100 1100 加0110 0101,CF、PF、AF、ZF、SF、OF 各为何值?【答】0100 1100+0110 0101=10110001CF=0,PF=1,AF=1,ZF=0,SF=1,OF=12.7 存储器的逻辑地址由哪几部分组成?存储器的物理地址是怎样形成的?一个具有20 位地址线的CPU,其最大物理地址为多少?【答】存储器的逻辑地址由段地址与段内偏移地址组成。

AN_SY8292_rye_leo

AN_SY8292_rye_leo

Application Note: AN_SY8292High Efficiency, 800kHz, 40V Input, 2A Non-Synchronous Step Down Regulator Preliminary Specification General DescriptionThe SY8292 is a high efficiency 800 kHz, adaptive constant OFF time controlled non-synchronous stepdown DC-DC regulator capable of delivering 2A output current. The SY8292 can operate over a wide input voltage range from 5V to 40V and integrate main switch with very low Rds(on) to minimize the conduction loss. Low output voltage ripple and small external inductor and capacitor sizes are achieved with 800 kHz switching frequency.Features• 5-40V input voltage range • Low Rds(on) for internal N-channel Power FET: 180 mΩ • 800kHz switching frequency • Adaptive constant OFF time control • Internal softstart limits the inrush current • 2% 0.6V reference • Hic-cup mode short circuit protection • Cycle by cycle peak current limit • Thermal shutdown protection • RoHS Compliant and Halogen Free • Compact package: SOT23-6SY8292 □(□□)□ Temperature Code Package Code Optional Spec Code Temperature Range: -40°C to 85°C Ordering Number SY8292ABC Package type SOT23-6 Note --Typical ApplicationsCo rpVIN CIN 4.7uFINBS LX.C onCBS 100nF L 6.8uH VOUT=5V COUT 2*22uFer gyD FBSilEN GNDOFF/ONR2 13.7kΩFigure 1. Schematic DiagramfidR1 100kΩentia l-P re p• • • • •ApplicationsSet Top Box Portable TV Access Point Router DSL Modem LCD TVAN_SY8292 Rev. 0.2Silergy Corp. Confidential- Prepared for Customer Use Onlyar edOrdering InformationfoFigure2. Efficiency Figurerrye1AN_SY8292Pinout (top view)BS GND FB 1 2 3 6 5 4LX IN EN(SOT23-6) Top Mark: HDxyz (Device code: HD, x=year code, y=week code, z= lot number code)Supply Input Voltage -------------------------------------------------------------------------------------------------- 5V to 40V BS to LX Voltage ---------------------------------------------------------------------------------------------------------------3.3V Junction Temperature Range ------------------------------------------------------------------------------------- -40°C to 125°C Ambient Temperature Range -------------------------------------------------------------------------------------- -40°C to 85°CAN_SY8292 Rev. 0.2Siler gyRecommended Operating Conditions (Note 3)Co rp(Note 1) Supply Input Voltage ----------------------------------------------------------------------------------------------------------- 42V Enable Voltage------------------------------------------------------------------------------------------------------ -----VIN + 0.6V FB Voltage------------------------------------------------------------------------------ ---------------------------------------- 3.6V BS to LX Voltage------------------------------------------------------------------- ------------------------------------------- 3.6V Power Dissipation, PD @ TA = 25°C, SOT23-6-------------------------------------------------------------------------- 0.4W Package Thermal Resistance (Note 2) θ JA -------------------------------------------------------------------------------------------------------------- 250°C/W θ JC -------------------------------------------------------------------------------------------------------------- 130°C/W Junction Temperature Range ------------------------------------------------------------------------------------- ---------- 150°C Lead Temperature (Soldering, 10 sec.) ----------------------------------------------------------------------- ------------ 260°C Storage Temperature Range ------------------------------------------------------------------------------------- -65°C to 150°CAbsolute Maximum Ratings.C onSilergy Corp. Confidential- Prepared for Customer Use Onlyfidentia l-P re pEN IN LX4 5 6ar edfoGND FB2 3rryePin Name BSPin Number 1Pin Description Boot-Strap Pin. Supply high side gate driver. Decouple this pin to LX pin with 0.1uF ceramic cap. Ground pin Output Feedback Pin. Connect this pin to the center point of the output resistor divider (as shown in Figure 1) to program the output voltage: VOUT=0.6*(1+R1/R2) Enable control. Pull high to turn on. Do not float. Input pin. Decouple this pin to GND pin with at least 1uF ceramic cap Inductor pin. Connect this pin to the switching node of inductor2AN_SY8292Electrical Characteristics(VIN = 12V, VOUT = 5V, L=6.8uH, COUT =22uF, TA = 25°C, IOUT = 1A unless otherwise specified)Parameter Input Voltage Range Input UVLO threshold Input UVLO threshold Input UVLO hysteresis Quiescent Current Shutdown Current Feedback Reference Voltage FB Input Current Power FET RON Power FET Current Limit EN rising threshold EN falling threshold Minimum OFF Time Minimum ON Time Oscillator Frequency Thermal Shutdown TemperatureSymbol VIN VUVLO VUVLO_HYS IQ ISHDN VREF IFB RDS(ON)1 ILIM VENH VENL TOFF TOFF FOSC TSDTest Conditions Rising Falling Negative edge IOUT=0, VFB=VREF+5% EN=0 VFB=VINMin 5Typ 4.5 4.3 200 160Max 400.588 -50 2.4 1.50.6 18010 0.612 50ar edVIN = 12V, VOUT = 5V,L = 6.8uH, COUT = 22uF, Steady-statefo0.4 100 100800 150Unit V V V mV µA µA V nA mΩ A V V ns ns kHz °CNote 1: Stresses beyond the “Absolute Maximum Ratings” may cause permanent damage to the device. These are stress ratings only. Functional operation of the device at these or any other conditions beyond those indicated in the operational sections of the specification is not implied. Exposure to absolute maximum rating conditions for extended periods may affect device reliability. Note 2: θ JA is measured in the natural convection at TA = 25°C on a low effective single layer thermal conductivity test board of JEDEC 51-3 thermal measurement standard. Note 3: The device is not guaranteed to function outside its operating conditionsAN_SY8292 Rev. 0.2Siler gyCo rp.C onSilergy Corp. Confidential- Prepared for Customer Use Onlyfidentia l-P re prrye3AN_SY8292Block DiagramFET DriverPeak Current SenseInput UVLOENThermal ShutdownAN_SY8292 Rev.0.2Siler gyCo rp.C onSilergy Corp. Confidential-prepared for Internal Use Onlyfidentia l-P re par edforr4ye1.5VControl BlockAN_SY8292Typical Performance CharacteristicsShort Circuit Protection.C onfidenCo rp(VIN=12V, VOUT=5V, 2A to Short)VOUT5V/divtia l-P re pShort Circuit Protection(VIN=12V, VOUT=5V, Open to Short) VOUT 5V/divSiler gyIL1A/divar edIL 1A/divTime (2ms/div)Time (2ms/div)AN_SY8292 Rev.0.2Silergy Corp. Confidential-prepared for Internal Use Onlyforr5yeAN_SY8292AN_SY8292 Rev.0.2Siler gyCo rp.C onSilergy Corp. Confidential-prepared for Internal Use Onlyfidentia l-P re par edforr6yeAN_SY8292OperationSY8292 is a non-synchronous buck regulator IC that integrates the PWM control, main switch on the same die. With ultra low Rds(on) power switch and proprietary PWM control, this regulator IC can achieve high efficiency and fast transient response. High switch frequency minimizes the external inductor and capacitor size, thus achieving the minimum solution footprint.The output capacitor is selected to handle the output ripple noise requirements. Both steady state ripple and transient requirements must be taken into consideration when selecting this capacitor. For the best performance, it is recommended to use X5R or better grade ceramic capacitor with greater than 22uF capacitance. Output inductor L: There are several considerations in choosing this inductor. 1) Choose the inductance to provide the desired ripple current. It is suggested to choose the ripple current to be about 40% of the maximum output current. The inductance is calculated as:SY8292 also features cycle by cycle current limit, output short circuit protection and thermal shutdown protection.Applications InformationBecause of the high integration in the SY8292 IC, the application circuit based on this regulator IC is rather simple. Only input capacitor CIN, output capacitor COUT, output inductor L and feedback resistors (R1 and R2) need to be selected for the targeted applications. Feedback resistor dividers R1 and R2: Choose R1 and R2 to program the proper output voltage. To minimize the power consumption under light loads, it is desirable to choose large resistance values for both R1 and R2. A value of between 10kΩ and 1MΩ is highly recommended for both resistors. If Vout is 5V, R1=100k is chosen, then using following equation, R2 can be calculated to be 13.7k:tia l-P re pVOUT R1The SY8292 regulator IC is quite tolerant of different ripple current amplitude. Consequently, the final choice of inductance can be slightly off the calculation value without significantly impacting the performance. 2) The saturation current rating of the inductor must be selected to be greater than the peak inductor current under full load conditions.ar edenISAT, MIN > IOUT, MAX +3).C onR2 =0.6V R1 . VOUT − 0.6V0.6VFBfidGNDR2Co rpInput capacitor CIN:The DCR of the inductor and the core loss at the switching frequency must be low enough to achieve the desired efficiency requirement. It is desirable to choose an inductor with DCR<50mΩ to achieve a good overall efficiency.The ripple current through input capacitor is calculated as:I CIN _ RMS = I OUT ⋅ D(1 − D) .To minimize the potential noise problem, place a typical X5R or better grade ceramic capacitor really close to the IN pin and the negative end of rectifier. A low ESR ceramic capacitor is recommended with greater than 4.7uF capacitance. Output capacitor COUT:er gyExternal Bootstrap Cap This capacitor provides the gate driver voltage for internal high side MOSEFET. A 100nF low ESR ceramic capacitor connected between BS pin and LX pin is recommended.BS CB 100nF LXAN_SY8292 Rev.0.2SilSilergy Corp. Confidential-prepared for Internal Use OnlyfoWhere FSW is the switching frequency and IOUT,MAX is the maximum load current.rrVOUT(1-VOUT/VIN,MAX) 2 ⋅ FSW ⋅ Lye7L=VOUT (1 − VOUT /VIN, MAX ) FSW × I OUT, MAX × 40%AN_SY8292Load Transient Considerations: The SY8292 regulator IC integrates the compensation components to achieve good stability and fast transient responses. In some applications, adding a small ceramic cap in parallel with R1 may further speed up the load transient response and is it is recommended for high step load applications. 1) It is desirable to maximize the PCB copper area connecting to GND pin to achieve the best thermal and noise performance. If the board space allowed, a ground plane is highly desirable. 2) The loop area formed by IN, LX, CIN and the rectifier must be minimized. 3) The PCB copper area associated with LX pin must be minimized to avoid the potential noise problem. 4) The components R1 and R2 , and the trace connecting to the FB pin must NOT be adjacent to the LX net on the PCB layout to avoid the noise problem. 5) If the system chip interfacing with the EN pin has a high impedance state at shutdown mode and the IN pin is connected directly to a power source, it is desirable to add a pull down 1Mohm resistor between the EN and GND pins to prevent the noise from falsely turning on the regulator at shutdown mode.AN_SY8292 Rev.0.2Siler gyCo rp.C onSilergy Corp. Confidential-prepared for Internal Use Onlyfidentia l-P re par edThe layout design of SY8292 regulator is relatively simple. For the best efficiency and minimum noise problem, we should place the following components close to the IC: CIN, L, R1 and R2.forrLayout Design:ye8AN_SY8292SOT23-6 Package outline & PCB layout design1.902.80 - 3.102.402.70 - 3.001.000.950.60ar edfo0.30 - 0.50Recommended Pad Layouttia l-P re prr0.25 REF1.0 - 1.3 0.95 TYP 1.90 TYP 0.01 - 0.10.1 - 0.15Notes: All dimensions are in millimeters. All dimensions don’t include mold flash & metal burr.AN_SY8292 Rev.0.2Siler gyCo rp.C onSilergy Corp. Confidential-prepared for Internal Use Onlyfid0.3 - 0.6enye91.50 - 1.70。

ATV320_安装手册_CN_NVE41294_01

ATV320_安装手册_CN_NVE41294_01

18
尺寸与重量. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
19
变频器额定值 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
40
线缆长度说明 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
42
接线图 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
43
漏型 / 源型开关配置 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
47
电源接线端子的特性 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

BL串行控制系统参数设置

BL串行控制系统参数设置

X29:28
输入功能选择
第11页/共134页
功能号
0 1 2 3 4 5 6 7 8 9 10
定义 检修输入 上行输入 下行输入 上端站2输入 下端站2输入 ▲上限位输入 ▲下限位输入 上端站1输入 下端站1输入 上平层输入 下平层输入
功能号
17 18 19 20 21 22 23 24 25 26 27
• Fu12=ON时,Fu10必须设为ON。(西威、科比F4变 频器多段)
方向 使能
段速 X19(J2) Y16(抱闸)
t1=0 t2′
第31页/共134页
t3(零速时间) t4 (Breale off time)
t1=0(运行信号有效后等待时间) t2′=为变频器决定,F4为LF70,西威为Open brake deley (电梯时序参数)原t2(主板Brake on time时间无效) t3(零速时间)=210ms t4(抱闸时间)=500ms (蓝光曳引机) (其他厂的曳引机 500~800ms)
段速/模拟
运行信号延时(Run input time)
t2提前开闸时间 Breale on time
如:Fu10=ON时,t1=0其他时间可设。
第30页/共134页
t3= 零 速 时 间 ( 新 版 本可设) Zero time
t4抱闸时间(Breale off time)( 该时间设置要小于2秒)
果想设置X29为“1”,必须设置X28为其它为占用的功能号或设置为“28”(备用 输入)。
不建议更改输入端口的设置。 注意:端站、门区信号输入即时性要求较高,多功能输入 口不可替换其输入功能。
第14页/共134页
4. 输出功能选择
Output Select

计算机硬件技术基础_万晓冬_习题

计算机硬件技术基础_万晓冬_习题

1—1 简述计算机和微型计算机经过了哪些主要发展阶段?1—2 什么叫微处理器?什么叫微型计算机?什么叫微型计算机系统?1—3 写出下列机器数的真值:(1)01101110(2)10001101(3)01011001(4)110011101—4 写出下列二进制数的原码、反码和补码(设字长为8位)(1)+010111(2)+101011(3)-101000(4)-1111111—5 当下列各二进制数分别代表原码、反码和补码时,其等效的十进制数值为多少?(1)00001110(2)11111111(3)10000000(4)100000011—6 已知x(l)=+0010100,y(1)=+0100001,x(2)=-0010100,y(2)=-0100001,试计算下列各式(字长8位)(1)[x(l)+y(1)]补(2)[x(l)-y(2)]补(3)[x(2)-y(2)]补(4)[x(2)+y(2)]补(5)[x(l)+2y(2)])L(6)[x(2)+y(2)/8]补1—7 用补码来完成下列计算,并判断有无溢出产生(字长为8位):(1)85+60(2)-85+60(3)85-60(4)-85-601—8 在微型计算机中存放两个补码数,试用补码加法完成下列计算,并判断有无溢出:(1)[x]补+[y]补=01001010+0ll00001(2)[x]补一[y]补=0110101—9 试将下列各数转换成BCD码:(1)(30)十进制(2)(127)十进制(3)00100010B(4)74Hl—10 试查看下列各数代表什么ASCII字符(1)41H(2)72H(3)65H(4)20H1—11 试写出下列字符的ASCII码:9,*,=,$,!1—12 若加上偶校验,题1—11字符的ASCII又是什么?1—13 假定微型计算机中用10位二进制数来表示数,对定点数用1位(MSB)表示数符,9位表示数值,对浮点数用4位表示阶码(其中MSB为阶符),6位表示尾数(其中MSB为数符)。

微机原理习题答案

微机原理习题答案

微型计算机原理及应用习题集专业班级学号姓名目录第1章概述 (2)第2章微处理器及其结构 (4)第3章8086/8088CPU指令系统 (9)第4章汇编语言程序设计 (17)第5章存储器系统 (28)第6章输入输出与中断技术 (32)第7章微型计算机的接口技术 (40)第1章概述一、填空题1.运算器和控制器集成在一块芯片上,被称作CPU。

2.总线按其功能可分数据总线、地址总线和控制总线三种不同类型的总线。

3.迄今为止电子计算机所共同遵循的工作原理是程序存储和程序控制的工作原理。

这种原理又称为冯·诺依曼型原理。

4.写出下列原码机器数的真值;若分别作为反码和补码时,其表示的真值又分别是多少?(1) (0110 1110)二进制原码=(+110 1110)二进制真值=(+110)十进制真值(0110 1110)二进制反码=(+110 1110)二进制真值=(+110)十进制真值(0110 1110)二进制补码=(+110 1110)二进制真值=(+110)十进制真值(2) (1011 0101)二进制原码=(-011 0101)二进制真值=(-53)十进制真值(1011 0101)二进制反码=(-100 1010)二进制真值=(-74)十进制真值(1011 0101)二进制补码=(-100 1011)二进制真值=(-75)十进制真值5.写出下列二进制数的原码、反码和补码(设字长为8位)。

(1) (+101 0110)二进制真值=(0101 0110)原码=(0101 0110)反码=(0101 0110)补码(2) (-101 0110)二进制真值=(1101 0110)原码=(1010 1001)反码=(1010 1010)补码6.[X]补=78H,则[-X]补=(88 )H。

7.已知X1= +0010100,Y1= +0100001,X2= -0010100,Y2= -0100001,试计算下列各式(设字长为8位)。

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H 6. 7. 1. 2. 3.
His looking
Typical grind Underweight Awkward Peering through eyeglasses Messy grey uniform Spoke rather unclearly A slight lisp A figure of classroom fun Respected by his friends Avoided by most
His high school
His interest His talent His looking His popularity
His high school
His interests
1. In Galileo which means science; 2. classical music; 3. Books written by smart authors like Bertrand Russell, etc.
Known to millions, …(Line 2) Past participial phrases can be used as adverbials. e.g. Stephen Hawking is known to millions, far and wide, for his book “A Brief History of Time”. He is a star Time”. scientist in more ways than one. one. Known to millions, far and wide, for his book A Brief History of Time, Stephen Hawking is a star scientist in more ways than one. one.
His fame
The finest mind alive mind The greatest genius of the late 20th century genius Einstein’s heir heir Star Star scientist An instant celebrity celebrity His book a bestseller bestseller Earned a place in the Guinness Book of Earned a place Records
To reveal the mysteries of the universe An instant celebrity Be completely paralyzed To overcome incredible obstacles Specialize in tropical diseases The Solar System To hang around with sb. Instinctive insight Incurable disease Physical condition worsened A crucial factor Theoretical research The origin and expansion of the universe Be immune to …
Language points
Fine Alive Known to millions instant earn Virtually Paralyse/paralyze intellectual Fall apart Fascinate Maintain Literally In a sense
More to do
Exercises Structure VIII. Rewrite the following pairs of sentences as single sentences using past participial phrases as adverbials.
《读写教程 originally VIII, in London. It was 》 1. The museum was II》:Ex.located p. 142 London. moved to Hertfordshire in 1946. 1946.
Exercises Structure VIII. Rewrite the following pairs of sentences as single sentences using past participial phrases as adverbials. 3. This symphony was composed in 1878. It’s based on a 1878. It’ classical Chinese love story. story. Composed in 1878, this symphony is based on a classical 1878, Chinese love story. 4. Many modern museum exhibits are designed for visitors to touch or play with. They are at once entertaining and with. educational. educational. Designed for visitors to touch or play with, many modern with, museum exhibits are at once entertaining and educational.
His conclusion
What can we infer about his attitudes towards life from his conclusion?
Answers to the questions
His talent His interest His enthusiasm His determination His positive attitude
Originally located in London, the museum was moved to London, Hertfordshire in 1946. 2. The manager was asked what his plan was for the coming year. year. He promised to further develop the domestic market. market. Asked what his plan was for the coming year, the manager promised to further develop the domestic market.
21st Century College English: Book 2
Unit 6 : Part A
A Brief History of Stephen Hawking
Why is it so named?
Find them in the text
揭示宇宙的奥秘 迅速成名的人 完全瘫痪 克服难以置信的障碍 专门研究热带疾病 太阳系 与某人混在一起 本能的洞察力 不治之症 身体状况每况愈下 关键因素 理论研究 宇宙的起源与扩张 对…免疫
1. 2. 1. 2. 3. 4. His disease: Progressive & incurable A progressive and incurable nerve disease Grim prognosis by doctors Its effects: bored Made him bored determined Made him determined worsenedcondition worsened while reputation grew Physical & grew A crucial factor in focusing his attention
His talent
1. Little time spent on math homework with full marks; 2. not having to think about a complicated problem to give an answer; 3. instinctive insight impressing his teachers: the answer given to the “milk”question; building a simple computer in 1958
Elite
Complicated Pose Peer Have nothing to do with That sort of = that kind of Share Fit … in Progressive Condition Acknowledge Black hole Be immune to Muscle power VS mind power
He has been proclaimed “the finest mind alive” ... alive” (Line 1) alive a. — (predicative) having life; living living a. (attributive) e.g. I have no living relatives in my hometown. hometown. e.g. The doctors are trying every possible means to keep him alive. alive. It is reported that more than forty people were burned alive in yesterday’s fire.
His family background
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