RN1110中文资料
NNSS22001166接口4线电阻触摸屏控制器用户手册说明书
N S2016用户手册V1.0深圳市纳芯威科技有限公司2009年7月目录1 功能说明 (4)2 主要特性 (4)3 应用领域 (4)4 典型应用电路 (4)5 极限参数 (5)5.1 电气特性 (6)6 芯片管脚描述 (8)6.1 管脚分配图 (8)6.2 引脚功能描述 (8)7 NS2016典型参考特性 (9)8 工作原理 (11)8.1 基本原理描述 (11)8.2 模拟输入特性 (11)8.3 内部参考电压 (12)8.4 单端工作模式 (12)8.5 差分工作模式 (13)8.6 触摸屏应用建议 (13)8.7 温度测量 (14)8.8 电池电压测量 (15)8.9 压力测量 (15)9 数字接口 (16)9.1 写命令 (16)9.2 读命令 (17)9.3 高速模式 (18)9.4 数字时序 (18)9.5 数据格式 (20)9.6 笔中断输出 (20)10 应用注意事项 (21)11 芯片封装物理尺寸 (22)11.1 TSSOP-16封装 (22)图目录图1 NS2016典型应用电路 (4)图2 TSSOP-16封装管脚分配图 (8)图3 NS2016模拟输入简图 (11)图4 内部电压源示意图 (12)图5 单端模式工作示意图（C3=0，Y方向驱动开关闭合，XP作为模拟输入） (13)图6 差分参考源工作模式简图（C3=1，Y方向驱动开关闭合，XP作为模拟输入） (13)图7 温度测量功能示意图 (14)图8 电池电压测量功能模块图 (15)图9 压力测量模块图 (16)图10 I2C接口写命令时序图 (16)图11 I2C接口读命令时序图 (17)图12 NS2016数字接口时序图 (18)图13 理想情况输入电压和输出编码对应关系 (20)图14 PENIRQ功能模块图 (20)图15 TSSOP-16封装尺寸 (22)表目录表1 芯片极限参数表 (5)表2 NS2016电气特性表 (6)表3 ADC输入信号配置 (11)表4 地址字节 (16)表5 命令字节 (17)表6 PD1、PD0控制位 (17)表7 时序规范说明 (18)1功能说明NS2016是一款4线制电阻式触摸屏控制器，内含12位分辨率A/D转换器。
GM1110A中文简易说明
概述：GM1110A是一款工业级以太网进行数据透明传输的嵌入式转换模块（DTU），提供全透明数据通道，可以方便的实现远程、网络化的通信方式；內建TCP/IP通讯协议和SOCKET插口标准，用户利用它可以直接与以太网终端设备、路由器、交换机等直接连接，让您的设备轻松实现与Internet 的连接。
GM1110A具有组网灵活快捷（配有以太网络接口即可使用）的优点。
可应用于电力系统、工业监控、交通管理、气象、水处理、环境监控、金融证券、煤矿、石油等行业。
功能特点：l完善的自动重联机制，强大的数据通道自恢复能力；l集成TCP／IP协议，全透明传输；l支持点对点互连功能；l串口转10M以太网接口；l支持局域网／广域网通信；l支持中心为固定IP或动态域名；l支持AT命令方式配置参数，可设置IP地址、网关、目标地址等参数；l尺寸极小，易于安装。
持术参数：l额定电压为12V，支持9V-32V 宽范围交直流供电；l工作电流@ 12V最大50mA 、在线待机电流≤30 mAl可适应高温和低温工作环境，温度范围-20°C to +70°C安装指南：本产品必须正确安装及设置后才能达到预期的设计要求，本节主要说明产品的安装步骤。
1、外形尺寸2、网线连接该产品配有RJ45网络接口，将通用的RJ45水晶头插入卡紧即可。
3、串口电缆安装该产品采用DB9 MALE接口，插座外形和编号下图所示。
标准RS232输出，如需与PC连接需配接EX232转换数据线，该转换线在内部已做交叉。
引脚的功能如下表1所示。
表中的“方向”都是对于DTU设备而言的，比如“OUT”表示该引脚为DTU 的输出引脚。
引脚编号信号名称说明方向12 TXD DTU 数据发送OUT3 RXD DTU 数据接收IN45 GND ——67 RXD1 DTU 备用数据接收IN8 TXD1 DTU 备用数据发送OUT9注意：DB9 接口信号的电平符合RS232 标准（±12V），不能直接连接TTL电平，否则可能损坏外部器件（比如不使用232 电平变换芯片，而直接将单片机与DTU连接）。
CC1110 无线部分中文参考手册
CC1110无线部分中文参考手册版本:V1.002009年3月23日·andyla·ZigBee&IAR学习小组无线CC1110Fx/CC1111Fx的简化结构图如上Figure47.低中频(10w-IF)接收是CC1110的特性之一。
CC1110'收到的RF信号被低噪声放大器(LNA)放大，并且将收到的同相信号和正交相位信号(1/Q)降频转换为中频(IF)信号。
过滤掉残余在中频(2MHz)信号中的1/Q信号后，放大中频信号。
在中频信号中通过ADC数字化、自动增益控制，以及精细信道的过滤、解调字节和包同步(byte synchronization)等，所有这些都通过数字逻辑完成。
CC1110的发射端基于RF频率直接合成。
频率合成器包括一套完整的片上电感器电容器(LC)、电压控制振荡器(VCO)和一个90度移相器，用来产生同相信号、正交相位信号(I/Q)和本地振荡器(LO)信号给接收端的降频合成器。
26M的晶振作为频率合成器产生参考频率，同时为ADC和数字部分提供时钟脉冲。
一个特殊寄存器作为CPU访问的数据缓冲区。
配置和状态寄存器统一映射到外部XDATA区的寄存器进行访问。
数字基频包括频带配置支持，数据包处理和数据缓冲。
一个片上电压管理器用来调节传递1.8V的供电电压.15．1CPU使用了一系列选通命令来控制CC1110的无线操作。
选通命令可以看成是单字节指令，每条命令用来控制某个无线模块的功能。
这些命令可以实现使能频率合成器、使能接收模式、使能发送模式，以及其他功能。
图33简化状态表及典型用法和电流消耗上图33中展示了一个简化状态表及典型用法和电流消耗。
该表表明了在选通控制命令下的状态转换。
想看完整的状态转换机图可参考15.12节图中命令简介：FSTXON：快速TX准备TX_OFF_MODE:发送完数据时下一步选择做什么RX_OFF_MODE:接收到数据后下一步选择做什么选通命令通过写RFST寄存器发出。
NJW1110中文资料
VREF
No Signal
4.0
4.5
♦AC CHARACTERISTICS (Ta=25°C, V+=9V, VIN=0dBV (0dBV=1Vrms), f=1kHz, RL=47kΩ)
PARAMETER
SYMBOL
TEST CONDITION
MIN.
TYP.
Maximum Output Voltage
100dB typ.
• Variable Gain Buffer
0, 3 to 8dB/0.5dB step
• I2C Bus Interface (Comply with fast mode and 3V I/F)
• Selectable 2-Slave Address
• Bi-CMOS Technology
PARAMETER
Standard mode
Fast mode
SYMBOL
UNIT
MIN. TYP. MAX. MIN. TYP. MAX.
Low Level Input Voltage
VIL
0.0
-
1.5 0.0
-
1.5
V
High Level Input Voltage
VIH
2.7
-
5.0 2.7
• Operating Current
8mA typ.
• 9-Input, 3-Output Stereo Audio Selector
• Low Distortion
0.0007% typ.
• Low Output Noise
116dB typ.
• Low Crosstalk
110dB typ.
RN1111FV中文资料
TOSHIBA Transistor Silicon NPN Epitaxial Type (PCT Process)RN1110FV,RN1111FVSwitching, Inverter Circuit, Interface Circuit And Driver Circuit ApplicationsWith built-in bias resistors Simplify circuit designReduce a quantity of parts and manufacturing process Complementary to RN2110FV, RN2111FVEquivalent CircuitMaximum Ratings (Ta = 25°C)Characterisstic Symbol Rating UnitCollector-base voltage V CBO 50 V Collector-emitter voltage V CEO 50 V Emitter-base voltage V EBO 5 VCollector currentI C 100 mACollector power dissipation P C (Note)150 mWJunction temperature T j 150 °C Storage temperature rangeT stg−55~150 °CNote : Mounted on FR4 board (25.4 mm × 25.4 mm × 1.6mmt )Electrical Characteristics (Ta = 25°C)Characteristic SymbolTestCircuitTest ConditionMin Typ.MaxUnitCollector cut-off current I CBO ― V CB = 50V, I E = 0 ― ― 100nA Emitter cut-off current I EBO ― V EB = 5V, I C = 0 ― ― 100 nA DC current gainh FE ― V CE = 5V, I C = 1mA 120― 700 ―Collector-emitter saturation voltage V CE (sat) ― I C = 5mA, I B = 0.25mA ― 0.1 0.3 V Translation frequency f T ― V CE = 10V, I C = 5mA ― 250 ― MHz Collector output capacitance C ob―V CB = 10V, I E = 0, f = 1MHz―3― pFRN1110FV 3.29 4.7 6.11Input resistorRN1111FV R1 ― ― 7 10 13k ΩUnit:mmRN1110FV(m A )RN1110FVRN1111FV(m A )RN1111FVRN1110FV RN1110FV RN1111FV RN1111FVType Name MarkingRN1110FVRN1111FV• The information contained herein is subject to change without notice.• The information contained herein is presented only as a guide for the applications of our products. No responsibility is assumed by TOSHIBA for any infringements of patents or other rights of the third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of TOSHIBA or others. • TOSHIBA is continually working to improve the quality and reliability of its products. Nevertheless, semiconductor devices in general can malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing TOSHIBA products, to comply with the standards of safety in making a safe design for the entire system, and to avoid situations in which a malfunction or failure of such TOSHIBA products could cause loss of human life, bodily injury or damage to property.In developing your designs, please ensure that TOSHIBA products are used within specified operating ranges as set forth in the most recent TOSHIBA products specifications. Also, please keep in mind the precautions and conditions set forth in the “Handling Guide for Semiconductor Devices,” or “TOSHIBA Semiconductor Reliability Handbook” etc.. • The TOSHIBA products listed in this document are intended for usage in general electronics applications (computer, personal equipment, office equipment, measuring equipment, industrial robotics, domestic appliances, etc.). These TOSHIBA products are neither intended nor warranted for usage in equipment that requires extraordinarily high quality and/or reliability or a malfunction or failure of which may cause loss of human life or bodily injury (“Unintended Usage”). Unintended Usage include atomic energy control instruments, airplane or spaceship instruments, transportation instruments, traffic signal instruments, combustion control instruments, medical instruments, all types of safety devices, etc.. Unintended Usage of TOSHIBA products listed in this document shall be made at the customer’s own risk.• TOSHIBA products should not be embedded to the downstream products which are prohibited to be produced and sold, under any law and regulations.030619EAARESTRICTIONS ON PRODUCT USE。
帕顿1110用户手册.pdf说明书
All warranty and non-warranty repairs must be returned freight prepaid and insured to Patton Electronics. All returns must have a Return Materials Authorization number on the outside of the shipping container. This number may be obtained from Patton Electronics Technical Service at (301) 975-1007. Packages received without an RMA number will not be accepted.
Like all fiber optic modems, the Model 1110 is inherently immune to RFI/EMI noise, ground loops and transient surges. The carrier may be switch selected as either “Continuously On” or “Controlled by RTS”, while an easily accessible DCE/DTE switch eliminates the need for cumbersome RS-232 crossover cables. Two easy-to-read LED indicators monitor the status of carrier detect and fiber optic output. Drawing all necessary power from the RS-232 interface, the Model 1110 requires no AC power or batteries to operate.
IR1110中文资料
ADVANCE INFORMATION Data Sheet No. PD60164AIR1110Product SummaryV DDS /V SS+/- 5VI SS /I DD +/- 5mADC bus registration 100msec (typ.)response timeMin. DC bus regulation 35% of V DCMAX voltage with capacitive load Programmable 100msec to DC bus ramp time330msec (typ.)SOFT START CONTROLLER ICFeatures•Self-contained soft charging of DC bus capacitor •DC bus voltage regulation •3-phase or 1-phase AC input•Applicable to 115/230/380/460/575V AC input •Drives SCR phase controlled half bridge •Programmable ramp rate•Protection against DC bus short circuit•Fast power dip ride through with automatic ramp back •Selectable shutdown on single phase loss •1-phase and 3-phase loss fault output •Insensitive to phase rotation •High line or low line fault output •Low power consumption•Integrated watchdog function for each phase •64-pin MQFP packageDescriptionThe IR1110 is a high performance analog IC designed2IR1110Absolute Maximum RatingsAbsolute maximum ratings indicate sustained limits beyond which damage to the device may occur. All voltage param-eters are absolute voltages referenced to AGND and DGND, all currents are defined positive into any lead. The thermal resistance and power dissipation ratings are measured under board mounted and still air conditions.Recommended Component ValuesAll capacitors are rated 6.3V unless otherwise specified. All resistors are rated 1/16W unless otherwise specified. The typical connection diagram is shown in figure 3. For proper operation the device should be used with the recommendedIR111034IR1110Special Mode of Operation1. Dedicated single phase operationFor operation with a one-phase bridge, connect 1PHSEL (pin12) to V SS . Use the U and V inputs. Connect WIN (pin3) to ground. Use the SCRU (pin47) and SCRV (pin46) outputs. Use R PKD = 3.0M Ω, R WDU, R WDV = 1.0M Ω , CINTU,CINTV =0.0068υF 2%.The following components can be omitted: R W1, R W2, R WDW , C WDW , R INTW , R INTRW , C INTW .2. Operation without DC bus voltage regulationFor operation without bus voltage, ie. maximum DC bus voltage only, connect VBREF (pin8) to VSS. RERR and CERR can be omitted. Connect DCREGC (pin10) to ground.Recommended Operating Conditions cont.All capacitors are rated 6.3V unless otherwise specified. All resistors are rated 1/16W unless otherwise specified. The typical connection diagram is shown in figure 3. For proper operation the device should be used with the recommended componens specified below.Note 1) Power rating is based on 550VAC rms maximum. For lower AC line voltage, power can be reduced proportionally. Vac rms max = Maximum operating RMS value of AC line voltage. Use the nearest standard 1% value to calculated value. Resistor must be rated for peak line voltage.Note 2) R POS2 is not required if no series inductor(s) in place on positive DC bus. Resistor must be rated for peak line voltage.Note 3) V DD = 5.0V ±2.5%. If 5.1V ±2% zener diode sets V DD , use 866k 1%.Note 4) With these values LNLED is used for low line detection and is low at line voltage greater than approximately 57% of Vacrms maximum voltage.Note 5) Use the nearest standard 1% value to calculated value.Note 6) C RAMP and R RAMP sets the bus voltage ranp-up time. Minimum value of C RAMP is 0.68µF, maximum value is 3.3µF. See Operation Description - Ramp Circuit.5IR1110DC Electrical CharacteristicsR BIAS = 249K/1%, V DD = 5.1V, V SS = 5.1V and T A = 25°C unless otherwise specified.See notes on page 66IR1110Notes for DC Electrical CharacteristicsNote 1) VBREF=5.0V will assure full SCR firing on to produce the maximum amount of DC bus voltage and faster conver-gence to the maximum DC bus voltage. Although VBREF=4.0V corresponds to the maximum voltage, it will take longer time to converge to the maximum DC bus voltage.Note 2) These voltage values are linearly proportional to VLNSET. For example, if VLNSET = 2.0V, then all values are twice of those values listed in the table.Note 3) VDD must be regulated within ±2.5%. VSS must be regulated within ±5%.IR1110 Notes for AC Electrical CharacteristicsNote 1) Delay is proportional to the capacitor values with minimum allowed value of C3PH = .01µFNote 2) Depends on C PKLL charge conditionNote 3) C UVLO = .1µF, C1PH = .001µF. Increasing C UVLO increases the delay/response time of the 1phase lockout. Note 4) Pulse width is proportional to C1PH. Maximum allowed values of C1PH is .001µF.Note 5) Power up delay is set by C UVLO or by V DD rise time whichever takes longer. In this condition, V DD rise time must not be less than 100msec, and 1-phase shutdown must be enabled. If this is less than 100msec or 1-phase shut down is disabled, C UVLO must be increased to 0.22µF in order to increase the undervoltage lockout time to greater than 100msec. See Note 3) above on additional effect of increasing C UVLO.Note 6) Ramp time is proportional to the capacitor value.Note 7) This value corresponds approximately to 15V minimum SCR firing voltage. For 15V minimum SCR firing voltage, (R SG2/R SG1) X V DD = (R U2/R U1) X 15.Note 8) PPUBAL applies to steady operation, is deviation of any firing point to closest balanced set of firing points.Note 9) Firing angle is defined with respect to zero delay (ie. max output voltage.System Operating Characteristics and SpecificationsAll peripheral component values are those listed in the recommended operating condition unless otherwise specified.Symbol Definition Min.Typ.Max.Units Test Conditions V AC Line-to-line AC voltage range (1%)80120140R u1,R v1,R w1=475KR POS1,R NEG1=453K161230276V RMS R u1,R v1,R w19537KR POS1,R NEG1=887K322460552R u1,R v1,R w1=2X953KR POS1,R NEG1=887Kf LINE Input line frequency4750/6063HzV BRANGE DC bus voltage controllable range35—-99.8%V BREF=1.4V to 4V V BREG DC bus voltage regulation—-2—-%V BRES DC bus voltage step response time—-100—-msec V BUS=35% to 100%Note 6 t RAMP1DC bus voltage ramp up time at power up—150—-msec C RAMP = 1µFR RAMP = 82k(Note 7) t RAMP2DC bus voltage ramp up time at power dip—-75—-msec C RAMP = 1µF ride through R RAMP = 82k(Note 7) t d PWR Power up delay time before ramp up—-190—-msec C RAMP = 1µFC UVLO = 0.1µFNote 9) t d DIP1Delay time to start ramp-up after recovery from15msec Voltage drop belowa transient loss of line voltage the reference voltageat B DIP2 pina FIRE Firing angle range 1.5—-160°Figure 2, Note 14t d1PHS Delay time to shutdown SCR firing pulses after15—-30msec1PHEN = V DD loss of one phase inputt d1PHE Delay time to start ramp-up after recovery from a—-30—-msec1PHEN = V DD loss of one phase input78IR1110Notes for System Operating CharacteristicsNote 6) Step change of V BREF may result in excessive bus capacitor charging current. Rate of change of V BREF shouldbe decreased in order to limit bus capacitor charging current for practical application.Note 7) Time to ramp up to 99.8% DC bus level at a power up. It does not include the power up delay time. The practicallimitation of the minimum time (50msec) depends on the inrush current to the DC bus capacitor. Ramp time is proportional to C RAMP .Note 8) Time to ramp back to 99.8% DC bus level from 50% DC bus level at a momentary power dip. This does notinclude the delay time to start ramp-up (t DDIP )Note 9) The value depends on C UVLCKNote 10) The value depends on C RAMP , R PK , R RAMP Note 11)The value depends on C RAMPNote 12)See operation description - Ramp CircuitNote 13)Firing angle defined with respect to fully off (zero output voltage) firing angle.Note 14)Firing angle defined with respect to zero delay.t d 1FIREFirst SCR firing angle at ramp-up—2032°CRAMP=1µF,R RAMP = 82k (Note 10)1625°CRAMP=2.2µF,R RAMP = 47k (Note 10)1422°CRAMP=3.3µF,R RAMP = 30k (Notes10,12, 13)RLIM FIRERate of advance of firing angle from last max firing —-1020° CRAMP = 1µF,angle during ramp-upR RAMP = 82k714CRAMP=3.3µF,R RAMP = 30k (Notes 11 and 13)System Operating Characteristics and SpecificationsAll peripheral component values are those listed in the recommended operating condition unless otherwise specified.9IR1110Note 1) LNLSLED may toggle high once for 2msec after event of phase loss.Note 2) 1PHLED and LNLSLED are completely synchronized and complementary.uldctical e isIR1110IR111011IR1110Symbol Pin #DescriptionDVDD44Logic positive supply voltage.DGND43Logic groundDVSS31Logic negative supply voltageAVDD17Analog positive supply voltageAGND25,26,43Analog groundAVSS4,31,51Analog negative supply voltageUIN/VIN/WIN1,2,3Phase U/V/W voltage inputsVBAMPP5DC bus OP Amp. positive input, connect to DC bus(-) via resistor VBAMPN6DC bus OP Amp. negative input, connect to DC bus (+) via resistor VBUSO7DC bus OP Amp. outputVBREF8DC bus regulation voltage reference inputDCREG29DC bus error amplifier output via series diodeDCREG111DC bus error amplifier outputDCREGC10DC bus error compensation (External capacitor connection pin)1PHSEL12Single phase input mode select.Note 1)on page 12 1PHEN13Single phase shutdown mode enable.Note 2)on page 12 LNLSSL14Phase loss Fault Output Select.Note 3)on page 12 1PHCAP15Single phase loss detect timing capacitor3PHCAP16Three phase loss detect timing capacitorVRAMP18Buffered voltage ramp circuit outputRAMPERR19Ramp error amplifier inputCRAMP20Ramp timing capacitorRRAMP21Ramp timing resistorRBIAS22Bias current resistorVPKLL23Line-to-line peak voltage holding capacitorUVLOCAP24Under voltage lockout delay capacitorBDIP129DC bus voltage dip detection 1BDIP227DC bus voltage dip detection 2BDIPHLD30DC bus voltage dip hold capacitorBDIPCAP28DC bus voltage dip timing capacitorVPKDISC133Line synchronization timing wave peak voltage discharging resistor VPKDISC232No connectionVPK34Line synchronization timing wave peak voltageVPKREC35Line synchronization timing waveformWDCAPU/V/W38,37,36Watchdog timing capacitor for phase U, V, and WLNSET39Line voltage comparator reference inputLNLSLED40Line Loss Fault Output1PHLED41Single Phase Loss Fault OutputLNLED42High/Low line status OutputCINTU/V/W61,57,53Phase U/V/W integral amplifier outputINTNU/V/W62,58,54Phase U/V/W integral amplifier negative inputRINTU/V/W63,59,55Phase U/V/W integral amplifier resistor connectionRSTRU/V/W64,60,56Phase U/V/W integral discharge resistorSCRU/V/W47,46,45Phase U/V/W SCR gate signalTEST148Test purpose pin (Should be tied to VDD)TEST249Test purpose pin (No connection should be made)SCRREF50SCR gate signal reference12IR1110Lead DefinitionsNote 1) 1PHSEL = VDD for 3 phase operation, 1PHSEL = VSS for 1 phase operation. See OperatingMode/Fault Output Matrix Chart for the detail.Note 2) 1PHEN = VDD for enable, 1PHEN = VSS for disable. See Operating Mode/Fault Output Matrix Chart for the detail.Note 3) LNLSSL = VDD for total line loss only, LNLSSL = VSS for multiplexing total line loss/1 phase loss. See Operating Mode/Fault Output Matrix Chart for the detail.IR1110Operation DescriptionOverall Functional DiagramA detailed functional diagram of the IR1110 and peripheral components is shown in Figure 4.The IR1110 receives signals from the AC input lines U, V, W, and DC bus voltage, DC+, DC-, via resistor dividers, and delivers line-synchronized pulses SCRU, SCRV, SCRW to external SCR gate driver circuits. The timing of these pulses controls the DC bus voltage.The IR1110 also delivers Status Feedback signals, that denote loss of all input phases, loss of one input phase and low/high AC line voltage.The “ground” of the IR1110 is common with the SCR cathodes.Line Voltage Processing circuitThe inputs to the line voltage processing circuit represent the voltage across the SCRs.Each of the three outputs of this circuit, RINTU, RINTV, RINTW is a voltage waveform that is negative over the range of control of firing angle of the associated SCR, and positive outside this range.The possible portion only of these waveforms appears at RSTRU, RSTRV, RSTRW. Timing Wave IntegratorsEach Timing Wave Integrator integrates the negative portions of the output waveforms of the Line Voltage Processing circuit, via R INT, and the positive portions, via R INT and R INTR in parallel.The outputs, CINTU, CINTV, CINTW are a set of line synchronized “sawtooth” timing waves. These have the desired phase relationship to the line voltages, so that intersection of these waves with the Timing Wave Reference defines the SCR firing instants. See Figure 5.V PKL-L StoreVoltages U IN-V IN, V IN-W IN, W IN-U IN are rectified and the peak value, proportional to the peak line voltage, is stored on C PKLL. The time constant of R PKLL1 and R PKLL2 with C PKLL allowsV PLL to track changes of line voltage that take place over a number of cycles, while maintaining an essentially smooth waveform.WatchdogThe watchdog resets the Timing Wave Integrator within a few milliseconds of the normal reset point, should an abnormality in the line voltage waveshapes, such as one or all input phases missing, prevent resetting at the normal time.In the normal operation, the watchdog circuit plays only a passive role.14IR1110C RAMP=3.3uF and R RAMP open, ramp-up time increases to about 1.2 seconds.The maximum first firing angle is specified at maximum AC input voltage, and assumes that worst case cumulative tolerances of the governing external components cause sufficient phase-to-phase unbalance that firing on one phase only occurs during the early part of ramp-up.The circuit in Figure 15(a) will reduce the maximum first firing angle to 17°, if desired. If the voltage regulation function is not used, and the circuit of Figure 13 is not used, the Figure15(b) circuit can be used in place of the Figure 15(a) circuit for the same purpose. With either circuit, both t DPWR and t RAMP will increase to about 400msec.Ramp Clamp CircuitWhen Q4 is OFF, the ramp clamp is enabled, and Q3 is controlled by the output of the Ramp Error Amplifier. This amplifier compares |V BUSO|, via R CLAMP1, with V RAMP, via R CLAMP2. The amplified output drives Q3 in a linear mode, diverting I RAMP from C RAMP and forcing V RAMP to be essentially equal to V BUSO x R CLAMP2/R CLAMP1.15IR111016IR111017IR111018IR111019IR111020IR11102122IR1110E DE DC R C R23IR1110UVWUVWWV U SCR Timing Comparator OutputU,V,W Timing Waveforms Timing Wave Reference =V - V RAMPPK Figure 5 Timing Waveforms, Timing Wave ReferenceSCR Timing ComparatorsFigure 6 Circuit for Reducing the DC loop gainD C RE G 1PIN 11D C RE G C PIN 1024IR1110INPUTs to 3P H /1P H ComparatorNORMAL 3-PHASE OPERATIONOutput of<0>INPUTs to 3P H /1P H ComparatorOutput of1-Phase Loss Circuit+12.5 to +15VS C R U S C R V S C R WS C R G A T E U, V, WFigure 7 SCR Gate Driver CircuitFigure 8, 8(a) Principle of Generation of 1-Phase Loss Pulses25IR1110INPUTs to 3P H /1P H Comparator(b) ABNORMAL DIP OF LINE VOLTAGEOutput ofINPUTs to 3P H /1P H ComparatorOutput ofFigure 8(b), 8(c) Principle of Generation of 1-Phase Loss PulsesIR1110480V AC 3-Phase Input-5.1V+5.1VUVWD C+Figure 10 Snubber Derived Power SupplyFigure 9 Circuit for PWM Control of DC Bus VoltageP W M I N P U T23TOV B U S R E FPIN8 ofIR11102627IR11101.0msec < T0 - T1 < 80msec 100msec < T1 - T2T3 - T4 < 40msecVSS should track VDD within +/-10% during rise/fall timeNote: T4 is the event of Undervoltage LockoutFigure 11 Power Supply RequirementTO U V L O C A P (PIN24IR1110)TO 1P H L E D (PIN41IR1110)(PIN42IR1110)L N L (1) If Pin14 to VDD, use CUVLO=.1uF and omit D1,R2(2) If Pin14 to VSS, use CUVLO=.22uF and omit C1,D1,R2(3) If power supply rise time < 80msec (Figure 11), connect pin 14 to VSS, use CUVLO=.22uF, and omit C1,D1,R2.(4) If Figure 13 circuit is used. Connect pin 14 to VDD. Use CUVLO=0.22uF and R1=0.(5) Set RLS1, RLS2 for LNLED low above 85% of min operating voltageFigure 12 Loss of Line and Low Line Shutdown Circuits28IR1110TO PIN24IR1110NOTE:Figure 13 Circuit for Enabling 1-Phase Shutdown During Ramp-Up, Disabling DuringNormal Operation (Bus Voltage Control Function Not Used)to zero To pin6 of IR1110V S SFigure 14 Circuit for Externally Clamping V RAMP to zero29IR1110V D DV S STo PIN20 IR1110)To PIN20 IR1110)V D D2N4401To PIN11 IR1110Note 1) Use CRAMP = 0.33uF2) Remove CERR and RERR3) Connect PIN10 IR1110 to ground 4) Set VBUSREF = -0.8Vb)a)120k 5% 1/16W1/16WFigure 15 Circuits for reducing t D1FIREIR1110Operating Scenarios and Design OptionsPower Supply Response CharacteristicsThe UV comparator responds to the amplitude of the V DD supply, to control the ramp clamp.In order to correctly accomplish this function, the power supply should have the response characteristics illustrated in Figure 11, and 1-phase shutdown must be enabled. A minimum rise time of 100msec during initial power-up is required to provide sufficient delay time, before the output of the UV comparator goes high, for V PK to become established before ramp-up commences.During loss of line voltage, V DD should not hold up above 4.0V for more than 40msec, to ensure timely clamping of the ramp via the UV comparator.The snubber derived power supply in Figure 10 has the required rise time, however hold-up time exceeds 40msec. Timely clamping of the ramp can instead be accomplished by the external Loss of Line Shutdown circuit, described below.If 1-phase shutdown is disabled, the rise time of VDD must be increased to about200msec to control the ramp clamping function. In this case it may generally be better to control the ramp clamp via the UVLO comparator, by increasing CUVLO to 0.22uF. The rise time of VDD is no longer critical, and can have a minimum value of 1msec.Loss of Line Shutdown circuitsThe Loss of Line Shutdown circuit in Figure 12 clamps the ramp during line outage, via the Undervoltage Lockout Comparator.The Note (3) option of Figure 12 also eliminates dependence on a minimum power supply rise time of 80msec. C UVLO is increased to 0.22uF, to provide sufficient delay during power-up, via the UVLO Comparator. The rise time of the power supply is not now critical, and can have a minimum value of 2.0msec.A side effect of increasing C UVLO is to increase the shutdown time when one phase is lost. With Pin 14 connected to V SS, this is corrected by Q1 being turned on during each 1-phase loss pulse, which adds to the discharge current for C UVLO, via R1.Low Line Shutdown circuitThe Low Line Shutdown circuit in Figure 12 clamps the ramp and removes the SCR firing pulses if the line voltage falls to less than 85% of the minimum normal operating level. This circuit may not be necessary for all applications, but its inclusion will provide added insurance of correct operation during abnormal low line conditions.Loss of one phase during three phase operationThe 1-Phase Shutdown circuit clamps the ramp and removes the SCR firing pulses if one input phase is lost for more than about one cycle. When the missing phase returns, the ramp is unclamped and the bus voltage ramps back to the set value.If 1-Phase Shutdown is disabled, the IR1110 will continue to deliver DC bus voltage when one input phase is lost. A potential problem arises, however, if the bus voltage is being regulated significantly below the maximum value. If one phase is lost and the ramp remains unclamped for more than one or two cycles, when the missing phase returns the bus voltage may transiently jump to almost the maximum possible value, before it is regulated back to the set value. This can30IR111031IR111032。
RN系列一体印刷机故障代码详解
1.l如机器发生故障，一项故障信息会与一个图示同时显示在操作版面上，而故障号码则将故障信息传递予用户l故障信息显示，包括有一相关故障类别的类别代号，及包括有一相应故障情况的故障代码。
举例：T99-123T99：为故障类别代号123：为故障号码1)故障类别下表为故障类别显示的优先次序。
2)故障号码下表为故障信息显示的分类情况121300dpi = 021-97140-xxx /FB-CE 300dpi = 021-97111-xxx /FB-300C 400dpi = 021-97500-xxx /FB-M 400dpi= 021-97510-xxx/FB-400XC2-1仍参考第17-24页中附属于“G”字头故障代码的其它类别A的卡纸故障。
2-2G-[400dpi]3-1仍参考第17-28页中附属于“G”字头故障代码的故障类别的卡纸故障。
3-2G[400dpi]45面板信息由珠海理想科学工业有限公司发行6面板信息由珠海理想科学工业有限公司发行7面板信息由珠海理想科学工业有限公司发行面板信息由珠海理想科学工业有限公司发行面板信息由珠海理想科学工业有限公司发行面板信息由珠海理想科学工业有限公司发行面板信息由珠海理想科学工业有限公司发行面板信息由珠海理想科学工业有限公司发行8. MIB()面板信息由珠海理想科学工业有限公司发行2G-400dpi卡纸故障（包括ADF进稿故障，分页机：卡纸故障）被分配内部故障代码，例如[A**]和[B**],但当故障代码组合在一起时，面板显示故障信息[G**]。
在[G**]代码下的“**”用于卡纸时对应的可应用故障（如下图所示的5种类别）的位的数字值之和。
当按下“*”时便会显示详细故障代码。
例如，当发生故障A08和B03,面板显示[G10]。
3以下列出的各项故障将会被备案而且即使是关闭机器电源也不会被清除。
.[18-1]1.………………………………………………..……..………………..……..……,,………..………18-31)启动步骤…………………………………….………..…….…..……………………….……….….,,,,,.18-32)操作步骤…………………………………………….……….……..…………….……………….,,,.….18-33)结束步骤…………………………………………………..………..………………..……................….18-32.…………………………………………………………….……….………..…………………18-4检查各传感器和各开关……………………………………………………………………...……………….18-4检查各电机和各线圈……………………………………………………………………..….………….……18-4检查各单元运作……………………………………………………………………………...….……………18-4数据检查………………………………………………………………………………………………………18-4数据设定………………………………………………………………………………………………………18-43./…………………………………………..……………………….…………………18-5测试模式001-066……………………………………………………………………………………………..18-5测试模式070-084……………………………………………………………………………………………..18-6测试模式085-093……………………………………………………………………………………………..18-7测试模式094-099……………………………………………………………………………………………..18-84./…………………………………………..…………………………....…………….…18-9测试模式100-158………………………………………………………………………………………..…..18-10测试模式180-184………………………………………………………………………………………..…..18-10测试模式185-188…………………………………………………………………………..………….……..18-11测试模式189-193…………………………………………………………………………..………………..18-12测试模式194-197…………………………………………………………………………….……………...18-13测试式198-199…………………………………………………………………………….…………….…..18-145.………………………………………………….…………..…………………..…………….18-15测试模式200-271…………………………………………………………………………….…………..….18-15测试模式280-287……………………………………………………………………………..............….….18-166.………………………………………………….………….…..………………..……………18-17测试模式300-389………………………………………………………………………………………...….18-177./………………………………………………………….……………….…………..….18-18测试模式400-471……………………………………………………………………………………..……..18-19测试模式480-490……………………………………………………………….………………………..….18-20测试模式491-499……………………………………………………………………….…….………….….18-218.……………………………………………………………………..…….………….…..18-21测试模式500-573……………………………………………………………………………..………….….18-22测试模式580-587…………………………………………………………………………..……….……….18-22测试模式588-592…………………………………………………………………………..…….………….18-239.……………………………………………………………….………..…...……………..…..18-24测试模式600-684………………………………………………………………………………..…………..18-24测试模式688-699………………………………………………………………………………...............….18-2510.1…………………………………………………….…………………….…………...….18-26测试模式700-759……………………………………………………………………………………...…….18-26测试模式772-786…………………………………………………………………………………...……….18-27测试模式787-796…………………………………………………………………………………...……….18-28测试模式797-798………………………………………………………………………………………...….18-2911.……………………………………………………………....……………...…18-30测试模式1301-1302…………………………………………………………………...…….………………18-30测试模式1203-1205…………………………………………………………………………...…………….18-30测试模式1220-1224…………………………………………………………………..…….………….……18-31[参考模式]印刷滚筒代码设置……………………………..….………………….........……….…….……..18-32半色调曲线基础格式（适用于300dpi 机型）…………….…….………….…..….….…………18-3218。
农药中英文对照
农药中英文对照杀菌剂AAgrimycin 农霉素amicarthiazol 拌种灵Amobam 代森铵（阿巴姆）anilazine 敌菌灵asomate 福美胂azaconazole 戊环唑azoxystrobin 嘧菌酯（阿米西达）Bbenalaxy 苯霜灵benomyl 苯莱特（苯莱特）bitertanol 百科Blasticidin 灭瘟素（稻瘟散）Bordeaux mixture 波尔多液brassinoilide 芸苔素内酯（天丰素，益丰素）bromuconazole 糠菌唑buthiobate 粉病定（丁赛特）Ccaptafol 敌菌丹captan 克菌丹carbendazim 多菌灵carboxin 萎锈灵Cellocidin 叶枯散（灭胞素）Chloramphenicol 氯霉素chloropicrin 氯化苦chlorothalonil 百菌清chlozolinate 乙菌利copper hydroxide 氢氧化铜（可杀得，丰护安）copper sandoz 氢氧化铜（靠山）copper sulfate 碱式硫酸铜copper sulphate 硫酸铜cyazofamid氰霜唑Cycloheximide 放线菌酮cyclofuranid 环菌胺cyprodinil 环丙嘧菌胺cymoxanil 霜脲氰Ddazomet 棉隆（必速灭）dichlozoline 菌核利diclobutrazole 苄氯三唑醇difenoconazole 恶醚唑diethofencarb 乙霉威（万霉灵）dimethachlone 菌核净（纹枯利）dimethirimol 甲菌定dimethomorph 烯酰吗啉diniconazole 烯唑醇（速保利）dodemorph 吗菌灵dodine 多果定Eedifenphos 克瘟散etaconazole 乙环唑（乙嘧酚）ethonrophos 丙线磷（益舒宝）Ffamoxadone 恶唑菌酮fenaminosulf 敌磺钠（敌克松，地可松fenamiphos 苯线磷（克线磷）fenapronil 菌灭腈fenarimol 氯苯嘧啶醇（乐必耕）fenoxanil氰菌胺fenpiclonil 拌种咯fenpropidine 苯锈啶fenpropimorph 丁苯吗啉fentin-acetate 三苯醋锡fentin chloride 三苯基氯化锡fentin hydroxide 氢氧化三苯锡（毒菌锡）ferbam 福美锌fluazinam 氟啶胺fludioxonil 氟咯菌腈（适乐时）flumorph氟吗啉flusilazole 氟硅唑（福星）flutolanil 氟纹胺flutriafol 粉唑醇fluotrimazole 三氟苯唑folpet 灭菌丹fongorene 丰谷隆formalin 福尔马林fuberidazole 麦穗宁furalaxyl 呋霜安furconazole 呋菌唑furophanate 呋菌隆GGrisefulvin 灰黄霉素Hhealthied 稻瘟酯（净种灵）hexaconazole 己唑醇hymexazole 恶霉灵（土菌消）Iimazalil 抑霉唑imibenconazole 酰胺唑（霉能灵）iprodione 异菌脲isoprothiolane 稻瘟灵（富士一号）KKasugamycin 春日（雷）霉素kitazim（EBB）稻瘟净kitazin-P（IBP）异稻瘟净kresoxim-methyl 苯氧菌酯LLime sulfur 石硫合剂Mmancopper 代森锰铜mancozeb 代森猛锌（大生）maneb 代森锰mebenil 灭锈胺（纹达克）mepanipyrim 嘧菌胺metalaxyl 甲霜灵（瑞毒霉）methasulfocarb 磺菌胺methfuroxam 呋菌胺metomeclan 氯苯咯菌胺metominostrobin苯氧菌胺methylbromide 溴甲烷metsulfovax 噻菌胺myclobutanil 腈菌唑（信生）NNatamycin 游链霉素nuarimol 氟苯嘧啶醇Ooxadixyl 恶霜灵oxycarboxin 氧化萎锈灵Oxytetracycline 土霉素Pphenazine 杀枯净（5-氧吩嗪）phosethyl-Al 乙磷铝（疫霜灵）picoxystrobin 啶氧菌酯polyoxin 多氧霉素probendazole 烯丙异噻唑（噻瘟唑）prochloraz 咪鲜安procymidone 二甲菌核利（速克灵）propamocarb 霜霉威propanenitrile 唑菌腈propiconazole 丙环唑（敌力脱）pyraclostrobin唑菌胺酯pyrazophos 定菌磷pyrimethanil 甲基嘧菌胺（施佳乐）pyrifenox 啶斑肟proxychlor 吡氯灵Qquintozene 五氯硝基苯SStreptomycin 链霉素Ttebuconazole 戊唑醇tecloftalam 叶枯酞thiabendazole 噻菌灵（特克多）thiophanate 硫菌灵thiophanate-methyl 甲基硫菌灵（甲基托布津）thiram 福美双tolclofos-methyl 甲基立枯磷triadimenol 三唑醇triadimefon 三唑酮triamiphos 威菌磷triarimol 嘧菌醇tricyclazole 三环唑tridemorph 十三吗啉trifloxstrobin肟菌酯triflumizole 氟菌唑triforine 嗪胺灵Vvinclozolin 乙烯菌核利Validamycin 井冈霉素（有效霉素）ZZinc methanearsonate 稻脚青（甲基胂酸锌）zineb 代森锌ziram代森铵1001 六六六HCH,BHC1002 林丹lindane1003 滴滴涕DDT1004 甲氧滴滴涕methoxychlor1005 毒杀芬camphechlor1006 艾氏剂HHDN or aldrin(含95%HHDN) 1007 异艾剂isodrin1008 狄氏剂HEOD or dieldrin(含>85%HEOD) 1009 异狄氏剂endrin1010 七氯heptachlor1011 氯丹chlordane1012 硫丹endosulfan1013 三氯杀虫酯plifenate<建议名>1014 丙虫磷propaphos<草案>1015 甲基毒虫畏dimethylvinphos1016 敌敌钙calvinphos1017 敌敌畏dichlorvos1018 二溴磷naled1019 速灭磷mevinphos1020 久效磷monocrotophos1021 百治磷dicrotophos1022 磷胺phosphamidon1023 巴毒磷crotoxyphos1024 杀虫畏tetrachlorvinphos1025 毒虫畏chlorfenvinphos1026 敌百虫trichlorfon1027 庚烯磷heptenopos1028 氯氧磷chlorethoxyfos1029 异柳磷isofenphos1030 甲基异柳磷isofenphos_methyl(中国) 1031 畜蜱磷cythioate(非通用名)1032 氯唑磷isazofos1033 虫螨畏methacrifos1034 治螟磷sulfotep1035 双硫磷temephos1036 甲基对硫磷parathion_methyl1037 对硫磷parathion1038 杀螟硫磷fenitrothion1039 除线磷dichlofenthion1040 倍硫磷fenthion1041 异氯磷dicapthon(美国昆虫学会,简称ESA) 1042 皮蝇磷fenchlorphos1043 溴硫磷bromophos1044 乙基溴硫磷bromophos_ethyl1045 碘硫磷iodfenphos TOP1046 杀螟睛cyanophos1047 丰索磷fensulfothion1048 伐灭磷famphur(ESA)1049 三唑磷triazophos1050 毒死蜱chlorpyrifos1051 甲基毒死蜱chlorpyrifos_methyl1052 恶唑磷isoxathion(草案)1053 嘧啶磷pirimiphos_ethyl1054 甲基嘧啶磷pririmiphos_methyl1055 虫线磷thionazin1056 二嗪磷diazinon1057 嘧啶氧磷pirimioxyphos(中国)1058 蔬果磷dioxabenzofos(草案)1059 蝇毒磷coumaphos1060 喹硫磷quinalphos1061 内吸磷demeton(ESA)1062 畜虫磷coumithoate1063 吡硫磷pyrazothion(非通用名)1064 乙嘧硫磷etrimfos1065 水胺硫磷isocarbophos(非通用名)1066 辛硫磷phoxim1067 甲基辛硫磷phoxiom_methyl(中国)1068 氯辛硫磷chlorphoxim1069 哒嗪硫磷pyridaphenthione(JMAF)1070 毒壤膦trichloronat1071 苯硫膦EPN(ESA)1072 溴苯膦leptophos1073 苯腈膦cyanofenphos1074 吡唑硫磷pyraclofos(草案)1075 甲基吡恶磷azamethiphos TOP1076 甲基内吸磷demeton_S_methyl1077 甲基乙酯磷methylacetophos(非通用名)1078 乙酯磷acetophos(非通用名)1079 氧乐果omethoate1080 果虫磷cyanthoate1081 异亚砜磷oxydeprofos1082 亚砜磷oxydemeton_methyl1083 蚜灭磷vamidothion1084 因毒磷endothion1085 灭线磷ethoprophos1086 硫线磷cadusafos(草案)1087 砜吸磷demeton_S_methylsulphone1088 噻唑膦fosthiazate(草案)1089 丙溴磷profenofos1090 田乐磷demephion demephion_O(I) demephion(II) (英国标准学会,简称BSI) 1091 硫丙磷sulprofos1092 特丁硫磷terbufos1093 地虫硫膦fonofos1094 噻唑硫磷colophonate(非通用名)1095 乙硫磷ethion1096 丙硫磷prothiofos1097 甲基乙拌磷thiometon1098 甲拌磷phorate1099 乙拌磷disulfoton1100 砜拌磷oxydisulfoton1101 异拌磷isothioate1102 氯甲硫磷chlormephos1103 三硫磷carbophenothion1104 芬硫磷phenkapton1105 家蝇磷acethion TOP1106 马拉硫磷malathion1107 稻丰散phenthoate1108 乐果dimethoate1109 益硫磷ethoate_methyl1110 发硫磷prothoate1111 苏硫磷sophamide1112 赛硫磷amidithion1113 茂硫磷morphothion1114 灭蚜磷mecarbam1115 安硫磷formothion1116 灭蚜硫磷menazon1117 敌恶磷dioxathion1118 亚胺硫磷phosmet1119 氯亚胺硫磷dialifos1120 伏杀硫磷phosalone1121 保棉磷azinphos_methyl1122 益棉磷azinphos_ethyl1123 杀扑磷methidathion1124 四甲磷mecarphon1125 丁苯硫磷fosmethilan(草案)1126 丁硫环磷fosthietan1127 八甲磷schradan1128 苯线磷fenamiphos1129 育畜磷crufomate1130 硫环磷phosfolan1131 甲基硫环磷phosfolan_methyl(中国) 1132 地胺磷mephosfolan1133 甲胺磷methamidophos1134 乙酰甲胺磷acephate1135 甘氨硫磷phosglycin(非通用名) 1136 胺丙畏propetamphos TOP 1137 丙胺氟磷mipafox1138 甲氟磷dimefox1139 丁酯膦butonate1140 灭多威methomyl1141 涕灭威aldicarb1142 久效威thiofanox1143 杀线威oxamyl1144 害扑威CPMC(JMAF)1145 速灭威metolcarb1146 灭杀威xylylcarb(草案)1147 灭除威XMC(JMAF)1148 混灭威dimethacarb(中国)1149 混杀威trimethacarb1150 甲硫威methiocarb1151 兹克威mexacarbate1152 灭害威aminocarb1153 除害威allyxycarb1154 多杀威EMPC(JMAF)1155 乙硫苯威ethiofencarb1156 异丙威isoprocarb1157 残杀威propoxur1158 猛杀威promecarb1159 仲丁威fenobucarb(草案)1160 畜虫威butacarb1161 合杀威bufencarb1162 二氧威dioxocarb1163 恶虫威bendiocarb1164 甲萘威carbaryl1165 克百威carbofuran1166 丙硫克百威benfuracarb(草案) TOP 1167 丁硫克百威carbosulfan(草案)1168 敌蝇威dimetilan(BSI)1169 异索威isolan(法国)1170 吡唑威Pyrolan(商品名)1171 嘧啶威Pyramat(商品名)1172 抗蚜威pirimicarb1173 地麦威Dimetan(商品名)1174 涕灭砜威aldoxycarb1175 硫双威thiodicarb1176 戊氰威nitrilacarb1177 丁酮威butocarboxim1178 丁酮砜威butoxycarboxim1179 蜱虱威promacyl(澳大利亚)1180 棉铃威alanycarb(草案)1181 苯氧威fenoxycarb(草案)1182 唑蚜威triaxamate1183 呋线威furathiocarb(草案)1184 除线威cloethocarb(草案)1185 环线威Tirpate(商品名)1186 杀螟丹cartap1187 杀虫双disosultap(中国)1188 杀虫单monosultap(中国)1189 杀虫环thiocyclam1190 杀虫钉trithialan(中国)1191 多噻烷polythialan(中国)1192 杀虫磺bensultap1193 除虫菊素pyrethrins1194 除虫菊素I pyrethrin I1195 除虫菊素II pyrethrin II1196 瓜叶菊素I cinerin I1197 瓜叶菊素II cinerin II TOP1198 茉酮菊素I jasmolin I1199 茉酮菊素II jasmolin II1200 喃烯菊酯japothrins(商品名)1201 环戊烯丙菊酯terallethrin1202 烯丙菊酯allethrin1203 右旋烯丙菊酯d_allethrin1204 富右旋反式烯丙菊酯rich_d_transallethrin(中国) 1205 生物烯丙菊酯bioallethrin1206 Es_生物烯丙菊酯esbiothirn1207 S_生物烯丙菊酯S_bioallethrin1208 胺菊酯tetramethrin1209 右旋胺菊酯d-tetramethrin1210 苄菊酯dimethirn1211 苄呋菊酯resmethrin1212 生物苄呋菊酯bioresmethrin1213 苯醚菊酯phenothrin1214 右旋苯醚菊酯d_phenothrin1215 右旋烯炔菊酯empenthrin(草案)1216 炔呋菊酯furamethrin(JMAF)1217 甲呋炔菊酯proparthrin(JMAF)1218 苄烯菊酯butethrin(JMAF)1219 右旋炔丙菊酯prallethrin(草案)1220 环虫菊酯cyclethrin(非通用名)1221 噻恩菊酯Kadethrin(非通用名)1222 苯醚氰菊酯cyphenothrin(草案)1223 甲氰菊酯fenpropathrin1224 氯菊酯permethrin1225 生物氯菊酯biopermethrin1226 氯烯炔菊酯chlorempenthrin(中国)1227 氯氰菊酯cypermethrin TOP1228 顺式氯氰菊酯alpha-cypermethrin(草案)1229 高效氯氰菊酯beta_cypermethrin(草案)1230 氟氯氰菊酯cyfluthrin(草案)1231 高效氟氯氰菊酯beta-cyfluthrin(草案) 1232 吡氯氰菊酯fenpirithrin(草案)1233 戊烯氰氯菊酯pentmethrin(中国)1234 溴氯氰菊酯tralocythrin(非通用名)1235 溴氰菊酯deltamethrin(草案)1236 溴苄呋菊酯bromethrin(非通用名)1237 四溴菊酯tralomethrin(草案)1238 联苯菊酯bifenthrin(草案)1239 氯氟氰菊酯cyhalothrin(草案)1240 高效氯氟氰菊酯lambda-cyhalothrin(草案) 1241 七氟菊酯tefluthrin(草案)1242 氟丙菊酯acrinathrin(草案)1243 氟氯苯菊酯flumethrin(英国)1244 四氟苯菊酯transfluthrin1245 五氟苯菊酯fenfluthrin1246 戊菊酯valerate(中国)1247 氰戊菊酯fenvalerate1248 S_氰戊菊酯esfenvalarete1249 乙氰菊酯cycloprothrin(草案)1250 氟氰戊菊酯flucythrinate(草案)1251 溴氟菊酯brofluthrinate(中国1252 溴灭菊酯brofenvalerate(中国)1253 氟胺氰菊酯tau-fluvalinate(草案)1254 氟硅菊酯salifluofen1255 醚菊酯etofenprox(草案)1256 除虫脲diflubenzuron TOP1257 灭幼脲chlorbenzuron(中国)1258 啶蜱脲fluazuron1259 氟啶脲chlorfluazuron(草案)1260 杀铃脲triflumuron(草案)1261 氟苯脲teflubenzuron草案)1262 氟虫脲flufenoxoron(草案)1263 除幼脲dichlorbenzuron(中国)1264 氟幼脲penfluron(非通用名)1265 氟铃脲hexaflumuron(草案)1266 虱螨脲lufenuron1267 灭虫脲chloromethiuron1268 丁醚脲diafenthiuron1269 哒幼酮1270 噻嗪酮buprofezin(草案)1271 氟虫胺sulfluramid(草案)1272 灭蝇胺cyromazine(草案)1273 噻丙腈thiapronil(非通用名)1274 氟蚁腙hydramethylnon(草案)1275 氟蚁灵nifluridide(草案)1276 吡丙醚pyriproxyfen(草案)1277 诱虫烯muscalure(ESA)1278 抑食肼1279 虫酰肼tebufenozide1280 驱蚊灵dimethylcarbate1281 驱虫特dibutyl succinate1282 避蚊酮butopyronoxyl(美国药典)1283 避蚊胺diethyltoluamide1284 避蚊酯dimethyl phthalate1285 驱蚊醇ethohexadiol(美国药典)1286 避虫醇2_(octylthio)ethanol TOP1287 驱蝇啶dipropyl pyridine 2,5-dicarboxylate 1288 烯虫酯methoprene1289 烯虫硫酯triprene1290 烯虫乙酯hydroprene(草案)1291 烯虫炔酯kinoprene1292 保松噻levamisole(非通用名)1293 恶虫酮metoxadiazone(草案)1294 吡虫啉imidacloprid(草案)1295 唑蚜威triazamate1296 吡蚜酮pymetrozine1297 虫螨腈AC1298 环虫腈CGA1299 氟虫腈fipronil1300 烯啶虫胺nitenpyram1301 啶虫脒acetamiprid1302 苯虫醚difenolan1303 磷化铝aluminium phosphide1304 溴甲烷methyle bromide1305 氯化苦chloropicrin1306 二溴氯丙烷dibromochloropropane1307 硫酰氟sulfuryl fluoride1308 对二氯苯p_dichlorobene1309 藜芦碱vertrine1310 楝素toosedarin1311 苦参碱matrine1312 茴蒿素1313 鱼藤酮rotenone1314 烟碱nicotine1315 新烟碱anabasine(JMAF)1316 原烟碱nornicotine TOP1317 苏云金杆菌bacillus thuringiensis(Bt)1318 阿维菌素abamectin1319 氟硅酸钠sodium fluosilicate 1320 氟乙酰胺floroacetamide 1321 溴乙酰胺bromoacetamide 1322 砷酸铅lead arsenate1323 砷酸钙calcium arsenate 1324 四聚乙醛metaldehyde1325 杀螺胺niclosamide1326 杀螺吗啉trifenmorph除草剂安全剂1943 解草嗪benoxacor(草案)1944 解草酯cloquitocet_mexyl 1945 解草胺腈cyometrinil(草案) 1946 解草烯DKA_241947 解草唑fenchlorazole(草案) 1948 解草啶fenclorim(草案)1949 解草胺flurazole(WSSA)1950 解草恶唑furilazole1951 解草腈oxabetrinil(草案)1952 解草烷MG191 TOP 序号通用名称国际通用名称(E-ISO)杀螨剂1327 杀螨醇chlorfenethol1328 三氯杀螨醇dicofol1329 乙酯杀螨醇chlorobenzilate 1330 丙酯杀螨醇chloropropylate 1331 溴螨酯bromopropylate1332 三氯杀螨砜tetradifon1333 杀螨醚chlorbenside1334 芬螨酯fenson1335 杀螨酯chlorfenson1336 格螨酯Genit(商品名)1337 敌螨特chlorfensulphide1338 杀螨特aramite(JMAF)1339 乐杀螨binapacry1340 消螨通dinobuton1341 消螨酚dinex1342 杀虫脒chlordimeform1343 双甲脒amitraz1344 单甲脒monoamitraz(中国)1345 杀螨脒medimeform(中国)1346 伐虫脒formetanate1347 苯硫威fenothiocarb(草案)1348 抗螨唑fenazaflor1349 灭螨猛chinomethionate1350 克杀螨thioquinox1351 快螨特propargite1352 苯螨特benzoximate1353 苯丁锡fenbutatin oxide1354 三唑锡azocyclotin1355 三环锡cyhexatin1356 苯螨噻triarathene(草案)1357 虫螨磷chlorthiophos1358 噻螨威tazimcarb1359 四螨嗪clofentezine(草案)1360 环螨酯cycloprate(曾用名)1361 苯螨醚phenproxide1362 噻螨酮hexythiazox(草案)1363 苄螨醚halfenprox1364 嘧螨醚pyrimidifen1365 华光霉素nikkomycin(中国)1366 浏阳霉素liuyangmycin(中国)1367 喹螨醚fenazaquin(草案)1368 唑螨酯fenpyroximate(草案)1369 螨蜱胺Tifatol(商品名)1370 氟环脲flucycloxuron(草案)1371 哒螨灵pyridaben(草案)1372 吡螨胺tebufenpyrad(草案) TOP增效剂1373 八氟二丙醚octachlorodipro pylether(中国) 1374 增效特Bucarpolate(商品名)1375 增效砜sufoxide(ESA)1376 增效醚pieronyl butoxide1377 增效酯propylisome(ESA)1378 增效环piperonyl cyclonene(中国)1379 增效磷1380 甲基增效磷1381 增效胺TOP灭鼠剂1382 碳酸钡barium carbonate1383 硫酸亚铊thallous sulphate1384 磷化锌zine phosphide1385 安妥antu1386 毒鼠磷phosazetin1387 鼠甘伏glitor(中国)1388 杀鼠酮Valone(商品名)1389 鼠完pindone1390 敌鼠diphacinone1391 敌鼠钠sodium diphacinone(中国)1392 杀鼠灵warfarin1393 克鼠灵coumafuryl1394 敌鼠灵melitoxin(中国)1395 氯灭鼠灵coumachlor1396 溴鼠灵brodifacoum1397 氟鼠灵flocoumafen TOP1398 鼠得克difenacoum1399 溴敌隆bromadiolone1400 灭鼠特thiosemicarbazide(中国)1401 灭鼠肼promurit(中国)1402 鼠立死crimidine1403 鼠特灵norbormide1404 氯鼠酮chlorophacinone1405 杀鼠醚coumatetralyl1406 灭鼠优pyrinuron1407 灭鼠安1408 溴鼠胺bromethalin(草案)1409 毒鼠硅silatrane1410 噻鼠灵difethialone(草案)1411 氟鼠啶flupropadine(草案)杀菌剂1412 硫磺sulfur1413 石硫合剂lime sulfur(ESA)1414 硫酸铜copper sulfate(化学名称)1415 波尔多液bordeaux mixture1416 氢氧化铜copper hydroxide(化学名称) 1417 碱式碳酸铜copper carbonate(化学名称) 1418 王铜copperchloride1419 氧化亚铜cuprous oxide1420 喹啉铜oxine-copper1421 络氨铜cuaminosulfate(中国)1422 氯化乙基汞ethylmercury chloride1423 乙酸苯汞phenylmercury acetate1424 氯化苯汞phenylmercury chloride1425 三苯锡fentin TOP1426 三苯基乙酸锡fentin acetate1427 三苯基氯化锡fentin chloride1428 三苯基氢氧化锡fentin hydroxide1429 田安MAFA(日本)1430 甲基胂酸锌zine methanearsonate 1431 福美胂asomate1432 福美甲胂urbacide(JMAF)1433 甲基硫化胂methylarsenic sulphide 1434 稻瘟净EBP(JMAF)1435 异稻瘟净iprobenfos(草案)1436 灭菌磷ditalimfos1437 苯稻瘟净inezin(中国)1438 敌瘟磷edifenphos1439 威菌磷triamiphos1440 三乙膦酸铝fosetyl-aluminium(草案) 1441 甲基立枯磷tolclofos-methyl1442 氯瘟磷phosdiphen(JMAF)1443 吡菌磷pyrazophos1444 克菌磷1445 灭菌丹folpet(草案)1446 克菌丹captan1447 敌菌丹captafol1448 二氰蒽醌dithianon1449 二氯萘醌dichlone1450 四氯对醌chloranil1451 醌肟腙benquinox1452 硫菌威prothiocarb1453 磺菌威methasulfocarb(草案)1454 霜霉威propamocarb1455 吗菌威carbamorph TOP 1456 乙霉威diethofencarb(草案)1457 甲霜灵metalaxyl1458 呋霜灵furalaxyl1459 苯霜灵benalaxyl(草案)1460 恶霜灵oxadixyl(草案)1461 呋酰胺ofurace1462 威百亩metam-sodium1463 安百亩meta-ammonium1464 代森锌zineb1465 代森锰maneb1466 代森钠nabam1467 代森铵amobam(日本)1468 代森锰锌mancozeb1469 代森硫etem(BSI)1470 乙蒜素ethylicin(中国)1471 代森环milmeb(BSI)1472 丙森锌propineb1473 福美双thiram1474 福美铁ferbam1475 福美锌ziram1476 代森锰铜mancopper1477 代森福美锌polycarbamate(日本) 1478 多菌灵carbendazim1479 苯菌灵benomyl1480 氰菌灵cypendazole1481 噻菌灵thiabendazole1482 麦穗宁fuberidazole1483 咪菌威debacarb1484 硫菌灵thiophanate1485 甲基硫菌灵thiophanate_methyl 1486 丙硫多菌灵albendazole TOP 1487 啶菌腈pyridinitril1488 果绿啶glyodin1489 叶枯净phenazine oxide(日本) 1490 哌丙灵piperlin(日本)1491 三氯甲基吡啶nitrapyrin1492 嗪氨灵triforine1493 二甲嘧酚dimethirimol1494 乙嘧酚ethirimol1495 乙嘧酚磺酸酯bupirimate1496 十二环吗啉dodemorph1497 十三吗啉tridemorph1498 烯酰吗啉dimethomoph(草案) 1499 丁苯吗啉fenpropimorph(草案) 1500 异菌脲iprodione1501 乙烯菌核利vinclozolin1502 腐霉利procymidone1503 菌核净dimetachlone(中国)1504 菌核利dichlozolin1505 氟氯菌核利fluoromide(JMAF) 1506 乙菌利chlozolinate(草案)1507 甲菌利myclozolin1508 哒菌酮diclomezin(草案)1509 苯锈啶fenpropidin(草案)1510 苯噻硫氰benthiozole(日本)1511 咯喹酮pyroquilon(草案)1512 喹菌酮oxolinic acide(草案)1513 辛噻酮octhilinone1514 抑霉唑imazalil1515 氟啶胺fluazinam(草案)1516 氟菌唑triflumizole(草案)1517 呋菌胺methuroxam(草案) TOP1518 酯菌胺cyprofuram1519 啶斑肟pyrifenox(草案)1520 噻菌胺metsulfovax(草案)1521 氰菌胺zarilamid(草案)1522 抑霉胺Vangard(商品名)1523 嘧霉胺pyrimethanil(草案)1524 嘧菌胺mepanipyrim(草案)1525 嘧菌环胺cyprodinil(BSI)1526 嘧菌腙ferimzone(草案)1527 咪唑嗪triazoxide(草案)1528 拌种咯fenpiclonil(草案)1529 咯菌腈fludioxonil1530 稻瘟酯pefurazoate(草案)1531 噻菌腈thicyofen(草案)1532 拌种灵amicarthiazol(草案)1533 浸种磷izopamfos(草案)1534 丁硫啶buthiobate1535 咪菌腈fenapanil1536 咪菌酮climbazole(英国药典委员会认可的英国名称,简称BAN) 1537 咪鲜胺prochloraz1538 烯丙苯噻唑probenazole(JMAF)1539 氟苯嘧啶醇nuarimol1540 氯苯嘧啶醇fenarimol1541 氯苯吡啶parinol(美国国家标准所认为的农药名称,简称ANSI) 1542 丙烯酸喹啉酯halacrinate1543 乙氧喹啉ethoxyquin1544 8_羟基喹啉8_hydroxyquinoline sulphate1545 敌菌灵anilazine TOP1546 土菌灵etridiazole1547 恶霉灵hymexazol1548 肼菌酮drazoxolon1549 四氯喹恶啉chlorquinox1550 萎锈灵carboxin1551 氧化萎锈灵oxycarboxin1552 吡喃灵pyracarbolin1553 甲呋酰胺fenfuram1554 二甲呋酰胺furcarbanil1555 噻呋酰胺thifluzamide1556 稻瘟灵isoprothiolane(中国)1557 四氯硝基苯tecnazene1558 五氯硝基苯quintozene1559 六氯苯hexachlorobenzene1560 四氯苯酞phthalide(JMAF)1561 百菌清chlorothalonil1562 苯氟磺胺dichlofluanid1563 甲苯氟磺胺tolyfluanid1564 氯硝胺dicloran(BSI)1565 敌锈钠sodium p-aminobenzensulfonate1566 敌磺钠fenaminosulf1567 邻苯基苯酚2-phenylphenol1568 毒菌酚hexachlorophen(中国)1569 双氯酚dichlorophen1570 联苯biphenyl1571 麦锈灵benodanil1572 邻酰胺mebenil1573 酞菌酯nitrothal-isopropyl1574 灭锈胺mepronil(草案)1575 霜脲氰cymoxanil(草案) TOP1576 叶枯酞tecloftalam(草案)1577 氟酰胺flutolanil(草案)1578 水杨菌胺trichlamide(草案)1579 戊菌隆pencycuron(草案)1580 种衣酯fenitropan(草案)1581 磺菌胺flusulfamide(草案)1582 氯苯甲醚chloroneb1583 双胍辛胺iminoctadine(草案)1584 双胍辛胺乙酸盐iminoctadine triacetate(草案)1585 双胍辛乙酸盐guazatine acetate(草案)1586 多果定dodine1587 溴硝醇bronopol(BAN)1588 滴.滴混剂dichloropropene-dichloropropene mixture 1589 溴菌腈bromothalonil1590 嘧菌酯ICIA 55041591 醚菌酯BAS 490F1592 氯硝丙烷chloronitropropane(中国)1593 棉隆dazomet1594 二氯异丙醚DCIP(JMAF)1595 叶枯炔cellocidin1596 叶枯唑bismerthiazol(中国)1597 放线菌酮cycloheximide1598 春雷霉素kasugamycin(JMAF)1599 灰荑霉素griseofulvin1600 灰瘟素blasticidin S1601 井冈霉素jiangangmycin(中国)1602 多抗霉素polyoxin(JMAF)1603 有效霉素validamycin(JMAF) TOP1604 叶锈特butrizol(中国)1605 三唑酮triadimefon1606 三环唑tricyclazole1607 三氟苯唑fluotrimazole1608 三唑醇triadimenol1609 苄氯三唑醇diclobutrazol(草案)1610 丙环唑propiconazol(草案)1611 戊菌唑penconzole(草案)1612 粉唑醇flutriafol(草案)1613 联苯三唑醇bitertanol(草案)1614 乙环唑etaconazole1615 腈菌唑myclobutanil(草案)1616 环丙唑醇cyproconazole(草案)1617 烯唑醇diniconazole(草案)1618 戊唑醇tebuconazole(草案)1619 氟硅唑flusilazole(草案)1620 己唑醇hexaconazole(草案)1621 呋菌唑furconazole(草案)1622 腈苯唑fenbuconazole(草案)1623 糠菌唑bromuconazole(草案)1624 氧环唑azaconazole草案)1625 呋醚唑furconazole_cis(草案)1626 亚胺唑imibenconazole(草案)1627 苯醚甲环唑difenoconazole(草案) 1628 四氟醚唑tertraconazole(草案)1629 氟环唑BAS 480F1630 环菌唑SSF-1091631 叶菌唑metconazole1632 灭菌唑triticonazole1633 种菌唑ipconazole1634 氟喹唑fluquinconazole(草案) TOP植物生长调节剂1953 氯苯氧乙酸4-CPA1954 三碘苯甲酸2,3,5-triiodobenzoic acide 1955 赤霉酸gibberellic acide(GA)(草案) 1956 丁酰肼daminozide1957 乙烯利ethephon(ANSI)1958 增甘膦glophosine1959 萘乙酸1-naphthyl acetic acide(NAA) 1960 吲哚乙酸indol-3-yl acetic acide(IAA) 1961 吲哚丁酸4-indol-3-ylbutylic acide(IBA) 1962 茵多酸endothal1963 调果酸cloprop1964 座果酸cloxyfonac(草案)1965 调环酸prohexadione(草案)1966 调呋酸dikegulac1967 增糖酯dicamba-methyl1968 增甘膦钠glyphosate sesquisodium1969 增糖胺fluoridamid TOP1970 三丁氯苄膦chlorphonium1971 三十烷醇triacontanol1972 矮壮素chlormequat ,chlormequat- chloride 1973 抑芽丹maleic hydrazide1974 甲哌翁mepiquate chloride1975 吡啶醇pyripropanol(中国)1976 整形醇chlorflurenol1977 环丙嘧啶醇ancymidol1978 脱叶磷S,S,S-tributyl phosphorotrithioate 1979 苄氨基嘌呤6-benzolaminopurine1980 哌壮素piproctanly,piproctanly-bromide 1981 吲熟酯ethychlozate(JMAF)1982 多效唑paclobutrazol(草案)1983 烯效唑uniconazole(草案)1984 抑芽唑triapenthenol(草案)1985 抗倒胺inabenfide(草案)1986 呋嘧醇flurprimidol(草案)1987 四环唑tetcyclacis1988 氟节胺flumetralim(草案)1988 羟烯腺嘌呤oxyenadenine1989 噻节因dimethipin(草案)1990 增产胺DCPTA(JMAF)1991 抗倒酯trinexapac,trinexapac-ethyl1992 氯吡脲forchlorfenuron(草案)1993 增产肟heptopargil(草案)1994 乙烯硅etacelasil1995 糖氨基嘌呤kinetin1996 复硝酚钠sodium nitrophenolate1997 芸苔素内酯brassinolide(BR)1999 烯腺嘌呤enadenine2000 腺嘌呤adenine2001 苄腺嘌呤6-benzylaminopurine2002 氯化胆碱choline chloridehaloxyfophaloxyfop-ethyl(草案)氟吡甲禾灵氟吡乙禾灵haloxyfop-methyl TOP序号通用名称国际通用名称(E-ISO)除草剂1635 2,4_滴2,4-D1636 2甲4氯MCPA1637 2甲4氯乙硫酯MCPA-thioethyl1638 2,4,5_涕2,4,5-T1639 2,4,5_涕丙酸fenoprop1640 2,4_滴丙酸dichlorprop1641 精2甲4氯丙酸mecoprop-P1642 2甲4氯丙酸mecoprop1643 2,4_滴丁酸2,4-DB(草案)1644 2甲4氯丁酸MCPB1645 2,4,5_涕丁酸2,4,5-TB1646 茅草枯dalapon(BSI)1647 氯甲喹啉酸quinmerac(草案)1648 精2,4_滴丙酸dichlorprop-P1649 草芽畏2,3,6-TAB1650 麦草畏dicamba1651 草灭喂chloramben1652 杀草畏tricamba1653 萘草胺naptalam1654 氨氯吡啶酸picloram1655 三氯吡氧乙酸trichlopyr1656 氯氟吡氧乙酸fluroxypyr-methyl, fluroxypyr(草案)1657 草除灵benazolin-ethul,benazolin1658 二氯吡啶酸clopyralid(草案)1659 二氯喹啉酸quinclorac(草案)1660 咪唑喹啉酸imazaquin,imazaquin-ammonium(草案) 1661 咪唑烟酸imazapyr, imazapyrisopropylammonium(草案) 1662 甲咪唑烟酸AC1663 咪唑乙烟酸imazethapyr ,imazethapyr-ammonium(草案) 1664 噻唑烟酸thrizopyr1665 唑草酯F84261666 氰氟草酯cyhalofop-butyl(BSI建议)1667 嗪草酸KIH 92011668 氟烯草酸flumiclorac ,flumiclorac-pentyl1669 抑草蓬erbon1670 氯酞酸甲酯chlorthal-dimethyl1671 新燕灵benzoylprop-ethyl1672 燕麦酯chlorphenprop-methyl1673 麦草氟甲酯flamprop-methyl1674 麦草氟异丙酯flamprop-isopropyl1675 禾草灵diclofop_methyl TOP1676 禾草灭alloxydim1677 精吡氟禾草灵fluazifop-P-butyl ,fluazifop-p(酸)(草案) 1678 吡氟禾草灵fluazifop(草案)1679 精喹禾灵quizalofo-P-ethyl ,quizalofop-p(酸)(草案)1680 喹禾灵quizalofop(草案)1681 噻唑禾草灵fenthiaprop-ethyl ,fenthiaprop(酸)(草案)1682 恶唑禾草灵fenoxaprop-ethyl ,fenoxaprop(酸)(草案)1683 精恶唑禾草灵fenoxaprop-P ,fenoxaprop-p-ethyl(草案)1684 氟吡禾灵1685 乳氟禾草灵lactofen (美国国家标准所,ANSI,美国杂草学会, WSSA) 1686 炔禾灵chloroazifop-propynyl1687 恶草酸propaquizafop(草案)1688 炔草酸clodinafop-propargyl1689 咪草酸imazamethabenz-methyl, imazamethabenz(草案)1690 喹禾糠酯quizalofop-P-tefuryl(草案)1691 芴丁酯flurenol1692 氟萘禾草灵1693 氟草醚AKH-70881694 哒草特pyridate1695 五氯酚(钠) PCP1696 二硝酚DNOC1697 地乐酚dinoseb1698 地乐酯dinoseb acetate TOP1699 戊硝酚dinosam1700 特乐酚dinoterb1701 特乐酯dinoterb acetate1702 氟乐灵trifluralin1703 乙丁氟灵benfluralin1704 氨氟灵dinitramine1705 氯乙氟灵fluchloraline1706 环丙氟灵profluralin1707 乙丁烯氟灵ethalfluralin1708 地乐灵dipropalin1709 氯乙灵chlornidine1710 异丙乐灵isopropalin1711 仲丁灵butralin1712 甲磺乐灵nitralin1713 二甲戊灵pendimethalin1714 氨磺乐灵oryzalin1715 氨氟乐灵prodiamine1716 地散磷bensulide1717 胺草磷amiprophos1718 甲基胺草磷amiprophos-methl1719 哌草磷piperophos1720 莎稗磷anilofos(草案)1721 抑草磷butamifos1722 草甘膦glyphosate1723 草铵膦glufosinate-ammonium1724 杀木膦fosamine1725 双丙氨膦bialaphos-sodium,bialaphos(酸) 1726 草硫膦sulphosate1727 磺草膦LS1728 西玛津simazine TOP1729 莠去津atrazine1730 扑灭津propazine1731 草达津trietazine1732 特丁津terbuthylazine1733 氰草津cyanazine1734 环丙津cyprazine1735 甘扑津proglinazine1736 丁嗪草酮isomethiozin1737 扑灭通prometon1738 西草净simetryn1739 扑草净prometryn1740 敌草净desmetryn1741 莠灭净ametryn1742 特丁净terbutryn1743 异丙净dipropetryn1744 异戊乙净dimethametryn1745 氰草净cyanatryn1746 氟草净1747 咯草隆cisanilide1748 非草隆fenuron1749 灭草隆monuron1750 绿谷隆monolinuron1751 炔草隆buturon1752 溴谷隆metobromuron1753 环草隆siduron1754 氟草隆fluometuron1755 敌草隆diuron1756 利谷隆linuron1757 草不隆neburon1758 甲氧隆metoxuron TOP1759 氯溴隆chlorbromuron1760 绿麦隆chlortoluron1761 枯草隆chlorxuron1762 枯莠隆difenoxuron1763 酰草隆phenobenzuron1764 草完隆noruron1765 环莠隆cycluron1766 苯噻隆benzthiazuron1767 甲基苯噻隆methabenzthiazuron1768 噻氟隆thiazfluron1769 丁噻隆tebuthiuron1770 异丙隆isoproturon1771 杀草隆dimuron(草案)1772 异恶隆isouron(草案)1773 噻苯隆thidiazuron1774 甲基杀草隆methyldymron(JMAF)1775 磺噻隆ethidimuron1776 恶唑隆dimefuron1777 吡喃隆metobenzuron1778 氯磺隆chlorsulfuron(草案)1779 甲磺隆metsulfuron-methyl, metsulfuron(酸)(草案)1780 苯磺隆tribenuron-methyl, tribenuron(酸)(草案)1781 胺苯磺隆ethametsulfuron1782 醚苯磺隆triasulfuron(草案)1783 噻吩磺隆thifensulfuron-methyl, thifensulfuron(酸)(草案) 1784 醚磺隆cinosulfuron(草案)1785 氟胺磺隆triflusulfuron-methyl ,triflusulfryon(酸) TOP 1786 氟磺隆prosulfuron1787 甲嘧磺隆sulfometuron-methyl ,sulfometuron(酸)1788 氯嘧磺隆chlorimuron-ethyl ,chlorimuron(酸)(草案) 1789 氟嘧磺隆primisulfuron-methyl ,primisulfuron(酸)(草案) 1790 苄嘧磺隆bensulfuron-methyl ,bensulfuron(酸)(草案) 1791 吡嘧磺隆pyrazosulfuron-ethyl ,pyrazosulfuron(酸)(草案) 1792 烟嘧磺隆nicosulfuron(草案)1793 啶嘧磺隆flazasulfuron(草案)1794 砜嘧磺隆rimsulfuron1795 唑嘧磺隆1796 四唑嘧磺隆azimsulfuron1797 唑吡嘧磺隆imazosulfuron1798 氯吡嘧磺隆halosulfuron-methyl,halosulfuron1799 酰嘧磺隆amidosulfuron1800 环丙嘧磺隆AC1801 除草醚nitrofen1802 甲氧除草醚chlomethoxyfen(草案)1803 甲羧除草醚bifenox(草案)1804 三氟硝草醚fluorodifen1805 草枯醚chlornitrofen1806 氟除草醚fluoronitrofen1807 乙氧氟草醚oxyfluorfen1808 三氟羧草醚acifluorfen(酸) cifluorfen-sodiuma1809 苯草醚aclonifen(草案) TOP1810 呋氧草醚furyloxyfen(草案)1811 氟磺胺草醚fomesafen(草案)1812 乙羧氟草醚fluoroglycofen ,fluoroglycofen-ethyl(草案) 1813 环庚草醚cinmethylin(草案)1814 异恶草醚isoxapyrifop(草案)1815 氟乳醚HC-2521816 嘧草醚KIH 61271817 双草醚KIH 20231818 吡草醚ET 7511819 嘧草硫醚pyrithiobac-sodium1820 苯胺灵propham1821 氯苯胺灵chlorpropham1822 氯炔灵chlorbufam1823 燕麦灵barban1824 苄胺灵dichlormate1825 灭草灵swep1826 特草灵terbucarb1827 甜菜安desmedipham1828 甜菜宁phenmedipham1829 三甲苯草酮tralkoxydim(草案)1829 特胺灵karbutilate1830 磺草灵asulam1831 棉胺宁phenisopham1832 燕麦敌di_allate1833 野麦畏tri_allate1834 丁草敌butylate1835 克草敌pebulate1836 茵草敌EPTC1837 灭草敌vernolate1838 环草敌cycloate TOP1839 禾草丹thiobencarb1840 禾草敌molinate1841 硫草敌ethiolate1842 菜草畏sulfallate1843 苄草丹prosulfocarb(草案)1844 哌草丹dimepiperate(草案)1845 稗草丹pyributicarb(草案)1846 戊草丹esprocarb(草案)1847 坪草丹orbencarb(草案)1848 仲草丹tiocarbazil(草案)1849 敌草胺napropamide1850 毒草胺propachlor1851 丙炔草胺prynachlor1852 甲草胺alachlor(草案)1853 丁草胺butachlor1854 异丁草胺delachlor1855 二丙烯草胺allidochlor1856 乙草胺acetochlor1857 异丙草胺propisochlor1858 异丙甲草胺metolachlor1859 乙酰甲草胺diethatyl-ethyl,diethatyl(酸) 1860 丙草胺pretilachlor1861 特丁草胺terbuchlor1862 二甲苯草胺xylachlor(WSSA)1863 二甲草胺dimethachlor1864 吡唑草胺metazachlor1865 丁烯草胺butenachlor(草案)1866 杀草胺ethaprochlor(中国)1867 克草胺ethachlor(中国) TOP1868 噻吩草胺thenychlor1869 二甲吩草胺dimethenamid1870 敌稗propinal1871 庚酰草胺monalide1872 丁酰草胺chloranocryl1873 环酰草胺cypromid1874 二氯己酰草胺1875 炔苯酰草胺propyzamide1876 甲氯酰草胺pentanochlor1877 双苯酰草胺diphenamide1878 双酰草胺carbetamide1879 萘丙胺naproanilide(JMAF)1880 氟磺酰草胺mefluidide1881 烯丙酰草胺dichlormide(WSSA)1882 牧草胺tebutam(草案)1883 吡氟酰草胺diflufenican(草案)1884 异恶酰草胺ixoxaben(草案)1885 苯噻酰草胺mefenacet(草案)1886 溴丁酰草胺bromobutide(草案)1887 氯甲酰草胺clomeprop(草案)1888 氟氯草胺nipyralofen(草案)1889 氯硫酰草胺chlorthiamide1890 丁咪酰胺isocarbamide1891 乙氧苯草胺ethobenzanid1892 甲磺草胺sulfentrazone1893 唑嘧磺草胺flumetsulam1894 唑草胺CH 9001895 丙炔氟草胺flumioxazin(草案)1896 磺草唑胺metosulam1897 敌草腈dichlobenil TOP1898 碘苯腈ioxynil1899 辛酰碘苯腈ioxynil octanoate 1900 溴苯腈bromoxynil1901 辛酰溴苯腈bromoxynil octanoate 1902 苯草酮methoxyphenone(JMAF) 1903 稗草烯tavron1904 敌草快diquat1905 百草枯paraquat1906 野燕枯difenzoquat1907 恶草酮oxadizon1908 灭草唑methazole(BSI)1909 氯草敏chloridazon1910 溴莠敏brompyrazon1911 氟草敏norflurazon1912 醚草敏credazine(JMAF)1913 除草定bromacil1914 环草定lenacil1915 特草定terbacil1916 杀草强amitrole1917 乙氧呋草黄ethofumesate1918 苯草灭bentranil1919 灭草松bentazone1920 苄草唑pyrazoxyfen(草案)1921 吡唑特pyrazolate(草案)1922 氟啶草酮fluridone1923 氟硫草定dithiopyr(草案)1924 呋草黄benfuresate(草案)1925 环嗪酮hexazinone1926 烯禾啶sethoxydim(草案)1927 烯草酮clethodim(草案)1928 噻草酮cycloxydim(草案) TOP 1930 呋草酮flurtamone(草案)1931 嗪草酮metribuzin1932 苯嗪草酮metamitron1933 乙嗪草酮ethiozin(草案)1934 异恶草松clomazone(草案)1935 吡草酮benzofenap(草案)1936 磺草酮sulcotrione(BSI)1937 氟咯草酮fluorochloridone(草案) 1938 氟胺草唑flupoxam(草案)1939 氟草肟fluxofenim(草案)1940 溴酚肟bromofenoxim1941 灭藻醌quinoclamine(草案)1942 灭草环tridiphane(草案)。
农药中英文对照
农药中英文对照杀菌剂AAgrimycin 农霉素amicarthiazol 拌种灵Amobam 代森铵（阿巴姆）anilazine 敌菌灵asomate 福美胂azaconazole 戊环唑azoxystrobin 嘧菌酯（阿米西达）Bbenalaxy 苯霜灵benomyl 苯莱特（苯莱特）bitertanol 百科Blasticidin 灭瘟素（稻瘟散）Bordeaux mixture 波尔多液brassinoilide 芸苔素内酯（天丰素，益丰素）bromuconazole 糠菌唑buthiobate 粉病定（丁赛特）Ccaptafol 敌菌丹captan 克菌丹carbendazim 多菌灵carboxin 萎锈灵Cellocidin 叶枯散（灭胞素）Chloramphenicol 氯霉素chloropicrin 氯化苦chlorothalonil 百菌清chlozolinate 乙菌利copper hydroxide 氢氧化铜（可杀得，丰护安）copper sandoz 氢氧化铜（靠山）copper sulfate 碱式硫酸铜copper sulphate 硫酸铜cyazofamid氰霜唑Cycloheximide 放线菌酮cyclofuranid 环菌胺cyprodinil 环丙嘧菌胺cymoxanil 霜脲氰Ddazomet 棉隆（必速灭）dichlozoline 菌核利diclobutrazole 苄氯三唑醇difenoconazole 恶醚唑diethofencarb 乙霉威（万霉灵）dimethachlone 菌核净（纹枯利）dimethirimol 甲菌定dimethomorph 烯酰吗啉diniconazole 烯唑醇（速保利）dodemorph 吗菌灵dodine 多果定Eedifenphos 克瘟散etaconazole 乙环唑（乙嘧酚）ethonrophos 丙线磷（益舒宝）Ffamoxadone 恶唑菌酮fenaminosulf 敌磺钠（敌克松，地可松fenamiphos 苯线磷（克线磷）fenapronil 菌灭腈fenarimol 氯苯嘧啶醇（乐必耕）fenoxanil氰菌胺fenpiclonil 拌种咯fenpropidine 苯锈啶fenpropimorph 丁苯吗啉fentin-acetate 三苯醋锡fentin chloride 三苯基氯化锡fentin hydroxide 氢氧化三苯锡（毒菌锡）ferbam 福美锌fluazinam 氟啶胺fludioxonil 氟咯菌腈（适乐时）flumorph氟吗啉flusilazole 氟硅唑（福星）flutolanil 氟纹胺flutriafol 粉唑醇fluotrimazole 三氟苯唑folpet 灭菌丹fongorene 丰谷隆formalin 福尔马林fuberidazole 麦穗宁furalaxyl 呋霜安furconazole 呋菌唑furophanate 呋菌隆GGrisefulvin 灰黄霉素Hhealthied 稻瘟酯（净种灵）hexaconazole 己唑醇hymexazole 恶霉灵（土菌消）Iimazalil 抑霉唑imibenconazole 酰胺唑（霉能灵）iprodione 异菌脲isoprothiolane 稻瘟灵（富士一号）KKasugamycin 春日（雷）霉素kitazim（EBB）稻瘟净kitazin-P（IBP）异稻瘟净kresoxim-methyl 苯氧菌酯LLime sulfur 石硫合剂Mmancopper 代森锰铜mancozeb 代森猛锌（大生）maneb 代森锰mebenil 灭锈胺（纹达克）mepanipyrim 嘧菌胺metalaxyl 甲霜灵（瑞毒霉）methasulfocarb 磺菌胺methfuroxam 呋菌胺metomeclan 氯苯咯菌胺metominostrobin苯氧菌胺methylbromide 溴甲烷metsulfovax 噻菌胺myclobutanil 腈菌唑（信生）NNatamycin 游链霉素nuarimol 氟苯嘧啶醇Ooxadixyl 恶霜灵oxycarboxin 氧化萎锈灵Oxytetracycline 土霉素Pphenazine 杀枯净（5-氧吩嗪）phosethyl-Al 乙磷铝（疫霜灵）picoxystrobin 啶氧菌酯polyoxin 多氧霉素probendazole 烯丙异噻唑（噻瘟唑）prochloraz 咪鲜安procymidone 二甲菌核利（速克灵）propamocarb 霜霉威propanenitrile 唑菌腈propiconazole 丙环唑（敌力脱）pyraclostrobin唑菌胺酯pyrazophos 定菌磷pyrimethanil 甲基嘧菌胺（施佳乐）pyrifenox 啶斑肟proxychlor 吡氯灵Qquintozene 五氯硝基苯SStreptomycin 链霉素Ttebuconazole 戊唑醇tecloftalam 叶枯酞thiabendazole 噻菌灵（特克多）thiophanate 硫菌灵thiophanate-methyl 甲基硫菌灵（甲基托布津）thiram 福美双tolclofos-methyl 甲基立枯磷triadimenol 三唑醇triadimefon 三唑酮triamiphos 威菌磷triarimol 嘧菌醇tricyclazole 三环唑tridemorph 十三吗啉trifloxstrobin肟菌酯triflumizole 氟菌唑triforine 嗪胺灵Vvinclozolin 乙烯菌核利V alidamycin 井冈霉素（有效霉素）ZZinc methanearsonate 稻脚青（甲基胂酸锌）zineb 代森锌ziram代森铵1001 六六六HCH,BHC1002 林丹lindane1003 滴滴涕DDT1004 甲氧滴滴涕methoxychlor1005 毒杀芬camphechlor1006 艾氏剂HHDN or aldrin(含95%HHDN) 1007 异艾剂isodrin1008 狄氏剂HEOD or dieldrin(含>85%HEOD) 1009 异狄氏剂endrin1010 七氯heptachlor1011 氯丹chlordane1012 硫丹endosulfan1013 三氯杀虫酯plifenate<建议名>1014 丙虫磷propaphos<草案>1015 甲基毒虫畏dimethylvinphos1016 敌敌钙calvinphos1017 敌敌畏dichlorvos1018 二溴磷naled1019 速灭磷mevinphos1020 久效磷monocrotophos1021 百治磷dicrotophos1022 磷胺phosphamidon1023 巴毒磷crotoxyphos1024 杀虫畏tetrachlorvinphos1025 毒虫畏chlorfenvinphos1026 敌百虫trichlorfon1027 庚烯磷heptenopos1028 氯氧磷chlorethoxyfos1029 异柳磷isofenphos1030 甲基异柳磷isofenphos_methyl(中国) 1031 畜蜱磷cythioate(非通用名)1032 氯唑磷isazofos1033 虫螨畏methacrifos1034 治螟磷sulfotep1035 双硫磷temephos1036 甲基对硫磷parathion_methyl1037 对硫磷parathion1038 杀螟硫磷fenitrothion1039 除线磷dichlofenthion1040 倍硫磷fenthion1041 异氯磷dicapthon(美国昆虫学会,简称ESA) 1042 皮蝇磷fenchlorphos1043 溴硫磷bromophos1044 乙基溴硫磷bromophos_ethyl1045 碘硫磷iodfenphos TOP1046 杀螟睛cyanophos1047 丰索磷fensulfothion1048 伐灭磷famphur(ESA)1049 三唑磷triazophos1050 毒死蜱chlorpyrifos1051 甲基毒死蜱chlorpyrifos_methyl1052 恶唑磷isoxathion(草案)1053 嘧啶磷pirimiphos_ethyl1054 甲基嘧啶磷pririmiphos_methyl1055 虫线磷thionazin1056 二嗪磷diazinon1057 嘧啶氧磷pirimioxyphos(中国)1058 蔬果磷dioxabenzofos(草案)1059 蝇毒磷coumaphos1060 喹硫磷quinalphos1061 内吸磷demeton(ESA)1062 畜虫磷coumithoate1063 吡硫磷pyrazothion(非通用名)1064 乙嘧硫磷etrimfos1065 水胺硫磷isocarbophos(非通用名)1066 辛硫磷phoxim1067 甲基辛硫磷phoxiom_methyl(中国)1068 氯辛硫磷chlorphoxim1069 哒嗪硫磷pyridaphenthione(JMAF)1070 毒壤膦trichloronat1071 苯硫膦EPN(ESA)1072 溴苯膦leptophos1073 苯腈膦cyanofenphos1074 吡唑硫磷pyraclofos(草案)1075 甲基吡恶磷azamethiphos TOP1076 甲基内吸磷demeton_S_methyl1077 甲基乙酯磷methylacetophos(非通用名)1078 乙酯磷acetophos(非通用名)1079 氧乐果omethoate1080 果虫磷cyanthoate1081 异亚砜磷oxydeprofos1082 亚砜磷oxydemeton_methyl1083 蚜灭磷vamidothion1084 因毒磷endothion1085 灭线磷ethoprophos1086 硫线磷cadusafos(草案)1087 砜吸磷demeton_S_methylsulphone1088 噻唑膦fosthiazate(草案)1089 丙溴磷profenofos1090 田乐磷demephion demephion_O(I) demephion(II) (英国标准学会,简称BSI) 1091 硫丙磷sulprofos1092 特丁硫磷terbufos1093 地虫硫膦fonofos1094 噻唑硫磷colophonate(非通用名)1095 乙硫磷ethion1096 丙硫磷prothiofos1097 甲基乙拌磷thiometon1098 甲拌磷phorate1099 乙拌磷disulfoton1100 砜拌磷oxydisulfoton1101 异拌磷isothioate1102 氯甲硫磷chlormephos1103 三硫磷carbophenothion1104 芬硫磷phenkapton1105 家蝇磷acethion TOP1106 马拉硫磷malathion1107 稻丰散phenthoate1108 乐果dimethoate1109 益硫磷ethoate_methyl1110 发硫磷prothoate1111 苏硫磷sophamide1112 赛硫磷amidithion1113 茂硫磷morphothion1114 灭蚜磷mecarbam1115 安硫磷formothion1116 灭蚜硫磷menazon1117 敌恶磷dioxathion1118 亚胺硫磷phosmet1119 氯亚胺硫磷dialifos1120 伏杀硫磷phosalone1121 保棉磷azinphos_methyl1122 益棉磷azinphos_ethyl1123 杀扑磷methidathion1124 四甲磷mecarphon1125 丁苯硫磷fosmethilan(草案)1126 丁硫环磷fosthietan1127 八甲磷schradan1128 苯线磷fenamiphos1129 育畜磷crufomate1130 硫环磷phosfolan1131 甲基硫环磷phosfolan_methyl(中国) 1132 地胺磷mephosfolan1133 甲胺磷methamidophos1134 乙酰甲胺磷acephate1135 甘氨硫磷phosglycin(非通用名) 1136 胺丙畏propetamphos TOP 1137 丙胺氟磷mipafox1138 甲氟磷dimefox1139 丁酯膦butonate1140 灭多威methomyl1141 涕灭威aldicarb1142 久效威thiofanox1143 杀线威oxamyl1144 害扑威CPMC(JMAF)1145 速灭威metolcarb1146 灭杀威xylylcarb(草案)1147 灭除威XMC(JMAF)1148 混灭威dimethacarb(中国)1149 混杀威trimethacarb1150 甲硫威methiocarb1151 兹克威mexacarbate1152 灭害威aminocarb1153 除害威allyxycarb1154 多杀威EMPC(JMAF)1155 乙硫苯威ethiofencarb1156 异丙威isoprocarb1157 残杀威propoxur1158 猛杀威promecarb1159 仲丁威fenobucarb(草案)1160 畜虫威butacarb1161 合杀威bufencarb1162 二氧威dioxocarb1163 恶虫威bendiocarb1164 甲萘威carbaryl1165 克百威carbofuran1166 丙硫克百威benfuracarb(草案) TOP 1167 丁硫克百威carbosulfan(草案)1168 敌蝇威dimetilan(BSI)1169 异索威isolan(法国)1170 吡唑威Pyrolan(商品名)1171 嘧啶威Pyramat(商品名)1172 抗蚜威pirimicarb1173 地麦威Dimetan(商品名)1174 涕灭砜威aldoxycarb1175 硫双威thiodicarb1176 戊氰威nitrilacarb1177 丁酮威butocarboxim1178 丁酮砜威butoxycarboxim1179 蜱虱威promacyl(澳大利亚)1180 棉铃威alanycarb(草案)1181 苯氧威fenoxycarb(草案)1182 唑蚜威triaxamate1183 呋线威furathiocarb(草案)1184 除线威cloethocarb(草案)1185 环线威Tirpate(商品名)1186 杀螟丹cartap1187 杀虫双disosultap(中国)1188 杀虫单monosultap(中国)1189 杀虫环thiocyclam1190 杀虫钉trithialan(中国)1191 多噻烷polythialan(中国)1192 杀虫磺bensultap1193 除虫菊素pyrethrins1194 除虫菊素I pyrethrin I1195 除虫菊素II pyrethrin II1196 瓜叶菊素I cinerin I1197 瓜叶菊素II cinerin II TOP1198 茉酮菊素I jasmolin I1199 茉酮菊素II jasmolin II1200 喃烯菊酯japothrins(商品名)1201 环戊烯丙菊酯terallethrin1202 烯丙菊酯allethrin1203 右旋烯丙菊酯d_allethrin1204 富右旋反式烯丙菊酯rich_d_transallethrin(中国) 1205 生物烯丙菊酯bioallethrin1206 Es_生物烯丙菊酯esbiothirn1207 S_生物烯丙菊酯S_bioallethrin1208 胺菊酯tetramethrin1209 右旋胺菊酯d-tetramethrin1210 苄菊酯dimethirn1211 苄呋菊酯resmethrin1212 生物苄呋菊酯bioresmethrin1213 苯醚菊酯phenothrin1214 右旋苯醚菊酯d_phenothrin1215 右旋烯炔菊酯empenthrin(草案)1216 炔呋菊酯furamethrin(JMAF)1217 甲呋炔菊酯proparthrin(JMAF)1218 苄烯菊酯butethrin(JMAF)1219 右旋炔丙菊酯prallethrin(草案)1220 环虫菊酯cyclethrin(非通用名)1221 噻恩菊酯Kadethrin(非通用名)1222 苯醚氰菊酯cyphenothrin(草案)1223 甲氰菊酯fenpropathrin1224 氯菊酯permethrin1225 生物氯菊酯biopermethrin1226 氯烯炔菊酯chlorempenthrin(中国)1227 氯氰菊酯cypermethrin TOP1228 顺式氯氰菊酯alpha-cypermethrin(草案)1229 高效氯氰菊酯beta_cypermethrin(草案)1230 氟氯氰菊酯cyfluthrin(草案)1231 高效氟氯氰菊酯beta-cyfluthrin(草案) 1232 吡氯氰菊酯fenpirithrin(草案)1233 戊烯氰氯菊酯pentmethrin(中国)1234 溴氯氰菊酯tralocythrin(非通用名)1235 溴氰菊酯deltamethrin(草案)1236 溴苄呋菊酯bromethrin(非通用名)1237 四溴菊酯tralomethrin(草案)1238 联苯菊酯bifenthrin(草案)1239 氯氟氰菊酯cyhalothrin(草案)1240 高效氯氟氰菊酯lambda-cyhalothrin(草案) 1241 七氟菊酯tefluthrin(草案)1242 氟丙菊酯acrinathrin(草案)1243 氟氯苯菊酯flumethrin(英国)1244 四氟苯菊酯transfluthrin1245 五氟苯菊酯fenfluthrin1246 戊菊酯valerate(中国)1247 氰戊菊酯fenvalerate1248 S_氰戊菊酯esfenvalarete1249 乙氰菊酯cycloprothrin(草案)1250 氟氰戊菊酯flucythrinate(草案)1251 溴氟菊酯brofluthrinate(中国1252 溴灭菊酯brofenvalerate(中国)1253 氟胺氰菊酯tau-fluvalinate(草案)1254 氟硅菊酯salifluofen1255 醚菊酯etofenprox(草案)1256 除虫脲diflubenzuron TOP1257 灭幼脲chlorbenzuron(中国)1258 啶蜱脲fluazuron1259 氟啶脲chlorfluazuron(草案)1260 杀铃脲triflumuron(草案)1261 氟苯脲teflubenzuron草案)1262 氟虫脲flufenoxoron(草案)1263 除幼脲dichlorbenzuron(中国)1264 氟幼脲penfluron(非通用名)1265 氟铃脲hexaflumuron(草案)1266 虱螨脲lufenuron1267 灭虫脲chloromethiuron1268 丁醚脲diafenthiuron1269 哒幼酮1270 噻嗪酮buprofezin(草案)1271 氟虫胺sulfluramid(草案)1272 灭蝇胺cyromazine(草案)1273 噻丙腈thiapronil(非通用名)1274 氟蚁腙hydramethylnon(草案)1275 氟蚁灵nifluridide(草案)1276 吡丙醚pyriproxyfen(草案)1277 诱虫烯muscalure(ESA)1278 抑食肼1279 虫酰肼tebufenozide1280 驱蚊灵dimethylcarbate1281 驱虫特dibutyl succinate1282 避蚊酮butopyronoxyl(美国药典)1283 避蚊胺diethyltoluamide1284 避蚊酯dimethyl phthalate1285 驱蚊醇ethohexadiol(美国药典)1286 避虫醇2_(octylthio)ethanol TOP1287 驱蝇啶dipropyl pyridine 2,5-dicarboxylate 1288 烯虫酯methoprene1289 烯虫硫酯triprene1290 烯虫乙酯hydroprene(草案)1291 烯虫炔酯kinoprene1292 保松噻levamisole(非通用名)1293 恶虫酮metoxadiazone(草案)1294 吡虫啉imidacloprid(草案)1295 唑蚜威triazamate1296 吡蚜酮pymetrozine1297 虫螨腈AC 3036301298 环虫腈CGA 1838931299 氟虫腈fipronil1300 烯啶虫胺nitenpyram1301 啶虫脒acetamiprid1302 苯虫醚difenolan1303 磷化铝aluminium phosphide1304 溴甲烷methyle bromide1305 氯化苦chloropicrin1306 二溴氯丙烷dibromochloropropane1307 硫酰氟sulfuryl fluoride1308 对二氯苯p_dichlorobene1309 藜芦碱vertrine1310 楝素toosedarin1311 苦参碱matrine1312 茴蒿素1313 鱼藤酮rotenone1314 烟碱nicotine1315 新烟碱anabasine(JMAF)1316 原烟碱nornicotine TOP1317 苏云金杆菌bacillus thuringiensis(Bt)1318 阿维菌素abamectin1319 氟硅酸钠sodium fluosilicate 1320 氟乙酰胺floroacetamide 1321 溴乙酰胺bromoacetamide 1322 砷酸铅lead arsenate1323 砷酸钙calcium arsenate 1324 四聚乙醛metaldehyde1325 杀螺胺niclosamide1326 杀螺吗啉trifenmorph除草剂安全剂1943 解草嗪benoxacor(草案)1944 解草酯cloquitocet_mexyl 1945 解草胺腈cyometrinil(草案) 1946 解草烯DKA_241947 解草唑fenchlorazole(草案) 1948 解草啶fenclorim(草案)1949 解草胺flurazole(WSSA)1950 解草恶唑furilazole1951 解草腈oxabetrinil(草案)1952 解草烷MG191 TOP 序号通用名称国际通用名称(E-ISO)杀螨剂1327 杀螨醇chlorfenethol1328 三氯杀螨醇dicofol1329 乙酯杀螨醇chlorobenzilate 1330 丙酯杀螨醇chloropropylate 1331 溴螨酯bromopropylate1332 三氯杀螨砜tetradifon1333 杀螨醚chlorbenside1334 芬螨酯fenson1335 杀螨酯chlorfenson1336 格螨酯Genit(商品名)1337 敌螨特chlorfensulphide1338 杀螨特aramite(JMAF)1339 乐杀螨binapacry1340 消螨通dinobuton1341 消螨酚dinex1342 杀虫脒chlordimeform1343 双甲脒amitraz1344 单甲脒monoamitraz(中国)1345 杀螨脒medimeform(中国)1346 伐虫脒formetanate1347 苯硫威fenothiocarb(草案)1348 抗螨唑fenazaflor1349 灭螨猛chinomethionate1350 克杀螨thioquinox1351 快螨特propargite1352 苯螨特benzoximate1353 苯丁锡fenbutatin oxide1354 三唑锡azocyclotin1355 三环锡cyhexatin1356 苯螨噻triarathene(草案)1357 虫螨磷chlorthiophos1358 噻螨威tazimcarb1359 四螨嗪clofentezine(草案)1360 环螨酯cycloprate(曾用名)1361 苯螨醚phenproxide1362 噻螨酮hexythiazox(草案)1363 苄螨醚halfenprox1364 嘧螨醚pyrimidifen1365 华光霉素nikkomycin(中国)1366 浏阳霉素liuyangmycin(中国)1367 喹螨醚fenazaquin(草案)1368 唑螨酯fenpyroximate(草案)1369 螨蜱胺Tifatol(商品名)1370 氟环脲flucycloxuron(草案)1371 哒螨灵pyridaben(草案)1372 吡螨胺tebufenpyrad(草案) TOP增效剂1373 八氟二丙醚octachlorodipro pylether(中国) 1374 增效特Bucarpolate(商品名)1375 增效砜sufoxide(ESA)1376 增效醚pieronyl butoxide1377 增效酯propylisome(ESA)1378 增效环piperonyl cyclonene(中国)1379 增效磷1380 甲基增效磷1381 增效胺TOP灭鼠剂1382 碳酸钡barium carbonate1383 硫酸亚铊thallous sulphate1384 磷化锌zine phosphide1385 安妥antu1386 毒鼠磷phosazetin1387 鼠甘伏glitor(中国)1388 杀鼠酮V alone(商品名)1389 鼠完pindone1390 敌鼠diphacinone1391 敌鼠钠sodium diphacinone(中国)1392 杀鼠灵warfarin1393 克鼠灵coumafuryl1394 敌鼠灵melitoxin(中国)1395 氯灭鼠灵coumachlor1396 溴鼠灵brodifacoum1397 氟鼠灵flocoumafen TOP1398 鼠得克difenacoum1399 溴敌隆bromadiolone1400 灭鼠特thiosemicarbazide(中国)1401 灭鼠肼promurit(中国)1402 鼠立死crimidine1403 鼠特灵norbormide1404 氯鼠酮chlorophacinone1405 杀鼠醚coumatetralyl1406 灭鼠优pyrinuron1407 灭鼠安1408 溴鼠胺bromethalin(草案)1409 毒鼠硅silatrane1410 噻鼠灵difethialone(草案)1411 氟鼠啶flupropadine(草案)杀菌剂1412 硫磺sulfur1413 石硫合剂lime sulfur(ESA)1414 硫酸铜copper sulfate(化学名称)1415 波尔多液bordeaux mixture1416 氢氧化铜copper hydroxide(化学名称) 1417 碱式碳酸铜copper carbonate(化学名称) 1418 王铜copperchloride1419 氧化亚铜cuprous oxide1420 喹啉铜oxine-copper1421 络氨铜cuaminosulfate(中国)1422 氯化乙基汞ethylmercury chloride1423 乙酸苯汞phenylmercury acetate1424 氯化苯汞phenylmercury chloride1425 三苯锡fentin TOP1426 三苯基乙酸锡fentin acetate1427 三苯基氯化锡fentin chloride1428 三苯基氢氧化锡fentin hydroxide1429 田安MAFA(日本)1430 甲基胂酸锌zine methanearsonate 1431 福美胂asomate1432 福美甲胂urbacide(JMAF)1433 甲基硫化胂methylarsenic sulphide 1434 稻瘟净EBP(JMAF)1435 异稻瘟净iprobenfos(草案)1436 灭菌磷ditalimfos1437 苯稻瘟净inezin(中国)1438 敌瘟磷edifenphos1439 威菌磷triamiphos1440 三乙膦酸铝fosetyl-aluminium(草案) 1441 甲基立枯磷tolclofos-methyl1442 氯瘟磷phosdiphen(JMAF)1443 吡菌磷pyrazophos1444 克菌磷1445 灭菌丹folpet(草案)1446 克菌丹captan1447 敌菌丹captafol1448 二氰蒽醌dithianon1449 二氯萘醌dichlone1450 四氯对醌chloranil1451 醌肟腙benquinox1452 硫菌威prothiocarb1453 磺菌威methasulfocarb(草案)1454 霜霉威propamocarb1455 吗菌威carbamorph TOP 1456 乙霉威diethofencarb(草案)1457 甲霜灵metalaxyl1458 呋霜灵furalaxyl1459 苯霜灵benalaxyl(草案)1460 恶霜灵oxadixyl(草案)1461 呋酰胺ofurace1462 威百亩metam-sodium1463 安百亩meta-ammonium1464 代森锌zineb1465 代森锰maneb1466 代森钠nabam1467 代森铵amobam(日本)1468 代森锰锌mancozeb1469 代森硫etem(BSI)1470 乙蒜素ethylicin(中国)1471 代森环milmeb(BSI)1472 丙森锌propineb1473 福美双thiram1474 福美铁ferbam1475 福美锌ziram1476 代森锰铜mancopper1477 代森福美锌polycarbamate(日本) 1478 多菌灵carbendazim1479 苯菌灵benomyl1480 氰菌灵cypendazole1481 噻菌灵thiabendazole1482 麦穗宁fuberidazole1483 咪菌威debacarb1484 硫菌灵thiophanate1485 甲基硫菌灵thiophanate_methyl 1486 丙硫多菌灵albendazole TOP 1487 啶菌腈pyridinitril1488 果绿啶glyodin1489 叶枯净phenazine oxide(日本) 1490 哌丙灵piperlin(日本)1491 三氯甲基吡啶nitrapyrin1492 嗪氨灵triforine1493 二甲嘧酚dimethirimol1494 乙嘧酚ethirimol1495 乙嘧酚磺酸酯bupirimate1496 十二环吗啉dodemorph1497 十三吗啉tridemorph1498 烯酰吗啉dimethomoph(草案) 1499 丁苯吗啉fenpropimorph(草案) 1500 异菌脲iprodione1501 乙烯菌核利vinclozolin1502 腐霉利procymidone1503 菌核净dimetachlone(中国)1504 菌核利dichlozolin1505 氟氯菌核利fluoromide(JMAF) 1506 乙菌利chlozolinate(草案)1507 甲菌利myclozolin1508 哒菌酮diclomezin(草案)1509 苯锈啶fenpropidin(草案)1510 苯噻硫氰benthiozole(日本)1511 咯喹酮pyroquilon(草案)1512 喹菌酮oxolinic acide(草案)1513 辛噻酮octhilinone1514 抑霉唑imazalil1515 氟啶胺fluazinam(草案)1516 氟菌唑triflumizole(草案)1517 呋菌胺methuroxam(草案) TOP1518 酯菌胺cyprofuram1519 啶斑肟pyrifenox(草案)1520 噻菌胺metsulfovax(草案)1521 氰菌胺zarilamid(草案)1522 抑霉胺V angard(商品名)1523 嘧霉胺pyrimethanil(草案)1524 嘧菌胺mepanipyrim(草案)1525 嘧菌环胺cyprodinil(BSI)1526 嘧菌腙ferimzone(草案)1527 咪唑嗪triazoxide(草案)1528 拌种咯fenpiclonil(草案)1529 咯菌腈fludioxonil1530 稻瘟酯pefurazoate(草案)1531 噻菌腈thicyofen(草案)1532 拌种灵amicarthiazol(草案)1533 浸种磷izopamfos(草案)1534 丁硫啶buthiobate1535 咪菌腈fenapanil1536 咪菌酮climbazole(英国药典委员会认可的英国名称,简称BAN) 1537 咪鲜胺prochloraz1538 烯丙苯噻唑probenazole(JMAF)1539 氟苯嘧啶醇nuarimol1540 氯苯嘧啶醇fenarimol1541 氯苯吡啶parinol(美国国家标准所认为的农药名称,简称ANSI) 1542 丙烯酸喹啉酯halacrinate1543 乙氧喹啉ethoxyquin1544 8_羟基喹啉8_hydroxyquinoline sulphate1545 敌菌灵anilazine TOP1546 土菌灵etridiazole1547 恶霉灵hymexazol1548 肼菌酮drazoxolon1549 四氯喹恶啉chlorquinox1550 萎锈灵carboxin1551 氧化萎锈灵oxycarboxin1552 吡喃灵pyracarbolin1553 甲呋酰胺fenfuram1554 二甲呋酰胺furcarbanil1555 噻呋酰胺thifluzamide1556 稻瘟灵isoprothiolane(中国)1557 四氯硝基苯tecnazene1558 五氯硝基苯quintozene1559 六氯苯hexachlorobenzene1560 四氯苯酞phthalide(JMAF)1561 百菌清chlorothalonil1562 苯氟磺胺dichlofluanid1563 甲苯氟磺胺tolyfluanid1564 氯硝胺dicloran(BSI)1565 敌锈钠sodium p-aminobenzensulfonate1566 敌磺钠fenaminosulf1567 邻苯基苯酚2-phenylphenol1568 毒菌酚hexachlorophen(中国)1569 双氯酚dichlorophen1570 联苯biphenyl1571 麦锈灵benodanil1572 邻酰胺mebenil1573 酞菌酯nitrothal-isopropyl1574 灭锈胺mepronil(草案)1575 霜脲氰cymoxanil(草案) TOP1576 叶枯酞tecloftalam(草案)1577 氟酰胺flutolanil(草案)1578 水杨菌胺trichlamide(草案)1579 戊菌隆pencycuron(草案)1580 种衣酯fenitropan(草案)1581 磺菌胺flusulfamide(草案)1582 氯苯甲醚chloroneb1583 双胍辛胺iminoctadine(草案)1584 双胍辛胺乙酸盐iminoctadine triacetate(草案)1585 双胍辛乙酸盐guazatine acetate(草案)1586 多果定dodine1587 溴硝醇bronopol(BAN)1588 滴.滴混剂dichloropropene-dichloropropene mixture 1589 溴菌腈bromothalonil1590 嘧菌酯ICIA 55041591 醚菌酯BAS 490F1592 氯硝丙烷chloronitropropane(中国)1593 棉隆dazomet1594 二氯异丙醚DCIP(JMAF)1595 叶枯炔cellocidin1596 叶枯唑bismerthiazol(中国)1597 放线菌酮cycloheximide1598 春雷霉素kasugamycin(JMAF)1599 灰荑霉素griseofulvin1600 灰瘟素blasticidin S1601 井冈霉素jiangangmycin(中国)1602 多抗霉素polyoxin(JMAF)1603 有效霉素validamycin(JMAF) TOP1604 叶锈特butrizol(中国)1605 三唑酮triadimefon1606 三环唑tricyclazole1607 三氟苯唑fluotrimazole1608 三唑醇triadimenol1609 苄氯三唑醇diclobutrazol(草案)1610 丙环唑propiconazol(草案)1611 戊菌唑penconzole(草案)1612 粉唑醇flutriafol(草案)1613 联苯三唑醇bitertanol(草案)1614 乙环唑etaconazole1615 腈菌唑myclobutanil(草案)1616 环丙唑醇cyproconazole(草案)1617 烯唑醇diniconazole(草案)1618 戊唑醇tebuconazole(草案)1619 氟硅唑flusilazole(草案)1620 己唑醇hexaconazole(草案)1621 呋菌唑furconazole(草案)1622 腈苯唑fenbuconazole(草案)1623 糠菌唑bromuconazole(草案)1624 氧环唑azaconazole草案)1625 呋醚唑furconazole_cis(草案)1626 亚胺唑imibenconazole(草案)1627 苯醚甲环唑difenoconazole(草案) 1628 四氟醚唑tertraconazole(草案)1629 氟环唑BAS 480F1630 环菌唑SSF-1091631 叶菌唑metconazole1632 灭菌唑triticonazole1633 种菌唑ipconazole1634 氟喹唑fluquinconazole(草案) TOP植物生长调节剂1953 氯苯氧乙酸4-CPA1954 三碘苯甲酸2,3,5-triiodobenzoic acide 1955 赤霉酸gibberellic acide(GA)(草案) 1956 丁酰肼daminozide1957 乙烯利ethephon(ANSI)1958 增甘膦glophosine1959 萘乙酸1-naphthyl acetic acide(NAA) 1960 吲哚乙酸indol-3-yl acetic acide(IAA) 1961 吲哚丁酸4-indol-3-ylbutylic acide(IBA) 1962 茵多酸endothal1963 调果酸cloprop1964 座果酸cloxyfonac(草案)1965 调环酸prohexadione(草案)1966 调呋酸dikegulac1967 增糖酯dicamba-methyl1968 增甘膦钠glyphosate sesquisodium1969 增糖胺fluoridamid TOP1970 三丁氯苄膦chlorphonium1971 三十烷醇triacontanol1972 矮壮素chlormequat ,chlormequat- chloride 1973 抑芽丹maleic hydrazide1974 甲哌翁mepiquate chloride1975 吡啶醇pyripropanol(中国)1976 整形醇chlorflurenol1977 环丙嘧啶醇ancymidol1978 脱叶磷S,S,S-tributyl phosphorotrithioate 1979 苄氨基嘌呤6-benzolaminopurine1980 哌壮素piproctanly,piproctanly-bromide 1981 吲熟酯ethychlozate(JMAF)1982 多效唑paclobutrazol(草案)1983 烯效唑uniconazole(草案)1984 抑芽唑triapenthenol(草案)1985 抗倒胺inabenfide(草案)1986 呋嘧醇flurprimidol(草案)1987 四环唑tetcyclacis1988 氟节胺flumetralim(草案)1988 羟烯腺嘌呤oxyenadenine1989 噻节因dimethipin(草案)1990 增产胺DCPTA(JMAF)1991 抗倒酯trinexapac,trinexapac-ethyl1992 氯吡脲forchlorfenuron(草案)1993 增产肟heptopargil(草案)1994 乙烯硅etacelasil1995 糖氨基嘌呤kinetin1996 复硝酚钠sodium nitrophenolate1997 芸苔素内酯brassinolide(BR)1999 烯腺嘌呤enadenine2000 腺嘌呤adenine2001 苄腺嘌呤6-benzylaminopurine2002 氯化胆碱choline chloridehaloxyfophaloxyfop-ethyl(草案)氟吡甲禾灵氟吡乙禾灵haloxyfop-methyl TOP序号通用名称国际通用名称(E-ISO)除草剂1635 2,4_滴2,4-D1636 2甲4氯MCPA1637 2甲4氯乙硫酯MCPA-thioethyl1638 2,4,5_涕2,4,5-T1639 2,4,5_涕丙酸fenoprop1640 2,4_滴丙酸dichlorprop1641 精2甲4氯丙酸mecoprop-P1642 2甲4氯丙酸mecoprop1643 2,4_滴丁酸2,4-DB(草案)1644 2甲4氯丁酸MCPB1645 2,4,5_涕丁酸2,4,5-TB1646 茅草枯dalapon(BSI)1647 氯甲喹啉酸quinmerac(草案)1648 精2,4_滴丙酸dichlorprop-P1649 草芽畏2,3,6-TAB1650 麦草畏dicamba1651 草灭喂chloramben1652 杀草畏tricamba1653 萘草胺naptalam1654 氨氯吡啶酸picloram1655 三氯吡氧乙酸trichlopyr1656 氯氟吡氧乙酸fluroxypyr-methyl, fluroxypyr(草案)1657 草除灵benazolin-ethul,benazolin1658 二氯吡啶酸clopyralid(草案)1659 二氯喹啉酸quinclorac(草案)1660 咪唑喹啉酸imazaquin,imazaquin-ammonium(草案) 1661 咪唑烟酸imazapyr, imazapyrisopropylammonium(草案) 1662 甲咪唑烟酸AC 2632221663 咪唑乙烟酸imazethapyr ,imazethapyr-ammonium(草案) 1664 噻唑烟酸thrizopyr1665 唑草酯F84261666 氰氟草酯cyhalofop-butyl(BSI建议)1667 嗪草酸KIH 92011668 氟烯草酸flumiclorac ,flumiclorac-pentyl1669 抑草蓬erbon1670 氯酞酸甲酯chlorthal-dimethyl1671 新燕灵benzoylprop-ethyl1672 燕麦酯chlorphenprop-methyl1673 麦草氟甲酯flamprop-methyl1674 麦草氟异丙酯flamprop-isopropyl1675 禾草灵diclofop_methyl TOP1676 禾草灭alloxydim1677 精吡氟禾草灵fluazifop-P-butyl ,fluazifop-p(酸)(草案) 1678 吡氟禾草灵fluazifop(草案)1679 精喹禾灵quizalofo-P-ethyl ,quizalofop-p(酸)(草案)1680 喹禾灵quizalofop(草案)1681 噻唑禾草灵fenthiaprop-ethyl ,fenthiaprop(酸)(草案)1682 恶唑禾草灵fenoxaprop-ethyl ,fenoxaprop(酸)(草案)1683 精恶唑禾草灵fenoxaprop-P ,fenoxaprop-p-ethyl(草案)1684 氟吡禾灵1685 乳氟禾草灵lactofen (美国国家标准所,ANSI,美国杂草学会, WSSA) 1686 炔禾灵chloroazifop-propynyl1687 恶草酸propaquizafop(草案)1688 炔草酸clodinafop-propargyl1689 咪草酸imazamethabenz-methyl, imazamethabenz(草案)1690 喹禾糠酯quizalofop-P-tefuryl(草案)1691 芴丁酯flurenol1692 氟萘禾草灵1693 氟草醚AKH-70881694 哒草特pyridate1695 五氯酚(钠) PCP1696 二硝酚DNOC1697 地乐酚dinoseb1698 地乐酯dinoseb acetate TOP1699 戊硝酚dinosam1700 特乐酚dinoterb1701 特乐酯dinoterb acetate1702 氟乐灵trifluralin1703 乙丁氟灵benfluralin1704 氨氟灵dinitramine1705 氯乙氟灵fluchloraline1706 环丙氟灵profluralin1707 乙丁烯氟灵ethalfluralin1708 地乐灵dipropalin1709 氯乙灵chlornidine1710 异丙乐灵isopropalin1711 仲丁灵butralin1712 甲磺乐灵nitralin1713 二甲戊灵pendimethalin1714 氨磺乐灵oryzalin1715 氨氟乐灵prodiamine1716 地散磷bensulide1717 胺草磷amiprophos1718 甲基胺草磷amiprophos-methl1719 哌草磷piperophos1720 莎稗磷anilofos(草案)1721 抑草磷butamifos1722 草甘膦glyphosate1723 草铵膦glufosinate-ammonium1724 杀木膦fosamine1725 双丙氨膦bialaphos-sodium,bialaphos(酸) 1726 草硫膦sulphosate1727 磺草膦LS 8305561728 西玛津simazine TOP1729 莠去津atrazine1730 扑灭津propazine1731 草达津trietazine1732 特丁津terbuthylazine1733 氰草津cyanazine1734 环丙津cyprazine1735 甘扑津proglinazine1736 丁嗪草酮isomethiozin1737 扑灭通prometon1738 西草净simetryn1739 扑草净prometryn1740 敌草净desmetryn1741 莠灭净ametryn1742 特丁净terbutryn1743 异丙净dipropetryn1744 异戊乙净dimethametryn1745 氰草净cyanatryn1746 氟草净1747 咯草隆cisanilide1748 非草隆fenuron1749 灭草隆monuron1750 绿谷隆monolinuron1751 炔草隆buturon1752 溴谷隆metobromuron1753 环草隆siduron1754 氟草隆fluometuron1755 敌草隆diuron1756 利谷隆linuron1757 草不隆neburon1758 甲氧隆metoxuron TOP1759 氯溴隆chlorbromuron1760 绿麦隆chlortoluron1761 枯草隆chlorxuron1762 枯莠隆difenoxuron1763 酰草隆phenobenzuron1764 草完隆noruron1765 环莠隆cycluron1766 苯噻隆benzthiazuron1767 甲基苯噻隆methabenzthiazuron1768 噻氟隆thiazfluron1769 丁噻隆tebuthiuron1770 异丙隆isoproturon1771 杀草隆dimuron(草案)1772 异恶隆isouron(草案)1773 噻苯隆thidiazuron1774 甲基杀草隆methyldymron(JMAF)1775 磺噻隆ethidimuron1776 恶唑隆dimefuron1777 吡喃隆metobenzuron1778 氯磺隆chlorsulfuron(草案)1779 甲磺隆metsulfuron-methyl, metsulfuron(酸)(草案)1780 苯磺隆tribenuron-methyl, tribenuron(酸)(草案)1781 胺苯磺隆ethametsulfuron1782 醚苯磺隆triasulfuron(草案)1783 噻吩磺隆thifensulfuron-methyl, thifensulfuron(酸)(草案) 1784 醚磺隆cinosulfuron(草案)1785 氟胺磺隆triflusulfuron-methyl ,triflusulfryon(酸) TOP 1786 氟磺隆prosulfuron1787 甲嘧磺隆sulfometuron-methyl ,sulfometuron(酸)1788 氯嘧磺隆chlorimuron-ethyl ,chlorimuron(酸)(草案) 1789 氟嘧磺隆primisulfuron-methyl ,primisulfuron(酸)(草案) 1790 苄嘧磺隆bensulfuron-methyl ,bensulfuron(酸)(草案) 1791 吡嘧磺隆pyrazosulfuron-ethyl ,pyrazosulfuron(酸)(草案) 1792 烟嘧磺隆nicosulfuron(草案)1793 啶嘧磺隆flazasulfuron(草案)1794 砜嘧磺隆rimsulfuron1795 唑嘧磺隆1796 四唑嘧磺隆azimsulfuron1797 唑吡嘧磺隆imazosulfuron1798 氯吡嘧磺隆halosulfuron-methyl,halosulfuron1799 酰嘧磺隆amidosulfuron1800 环丙嘧磺隆AC3221401801 除草醚nitrofen1802 甲氧除草醚chlomethoxyfen(草案)1803 甲羧除草醚bifenox(草案)1804 三氟硝草醚fluorodifen1805 草枯醚chlornitrofen1806 氟除草醚fluoronitrofen1807 乙氧氟草醚oxyfluorfen1808 三氟羧草醚acifluorfen(酸) cifluorfen-sodiuma1809 苯草醚aclonifen(草案) TOP1810 呋氧草醚furyloxyfen(草案)1811 氟磺胺草醚fomesafen(草案)1812 乙羧氟草醚fluoroglycofen ,fluoroglycofen-ethyl(草案) 1813 环庚草醚cinmethylin(草案)1814 异恶草醚isoxapyrifop(草案)1815 氟乳醚HC-2521816 嘧草醚KIH 61271817 双草醚KIH 20231818 吡草醚ET 7511819 嘧草硫醚pyrithiobac-sodium1820 苯胺灵propham1821 氯苯胺灵chlorpropham1822 氯炔灵chlorbufam1823 燕麦灵barban1824 苄胺灵dichlormate1825 灭草灵swep1826 特草灵terbucarb1827 甜菜安desmedipham1828 甜菜宁phenmedipham1829 三甲苯草酮tralkoxydim(草案)1829 特胺灵karbutilate1830 磺草灵asulam1831 棉胺宁phenisopham1832 燕麦敌di_allate1833 野麦畏tri_allate1834 丁草敌butylate1835 克草敌pebulate1836 茵草敌EPTC1837 灭草敌vernolate1838 环草敌cycloate TOP1839 禾草丹thiobencarb1840 禾草敌molinate1841 硫草敌ethiolate1842 菜草畏sulfallate1843 苄草丹prosulfocarb(草案)1844 哌草丹dimepiperate(草案)1845 稗草丹pyributicarb(草案)1846 戊草丹esprocarb(草案)1847 坪草丹orbencarb(草案)1848 仲草丹tiocarbazil(草案)1849 敌草胺napropamide1850 毒草胺propachlor1851 丙炔草胺prynachlor1852 甲草胺alachlor(草案)1853 丁草胺butachlor1854 异丁草胺delachlor1855 二丙烯草胺allidochlor1856 乙草胺acetochlor1857 异丙草胺propisochlor1858 异丙甲草胺metolachlor1859 乙酰甲草胺diethatyl-ethyl,diethatyl(酸) 1860 丙草胺pretilachlor1861 特丁草胺terbuchlor1862 二甲苯草胺xylachlor(WSSA)1863 二甲草胺dimethachlor1864 吡唑草胺metazachlor1865 丁烯草胺butenachlor(草案)1866 杀草胺ethaprochlor(中国)1867 克草胺ethachlor(中国) TOP1868 噻吩草胺thenychlor1869 二甲吩草胺dimethenamid1870 敌稗propinal1871 庚酰草胺monalide1872 丁酰草胺chloranocryl1873 环酰草胺cypromid1874 二氯己酰草胺1875 炔苯酰草胺propyzamide1876 甲氯酰草胺pentanochlor1877 双苯酰草胺diphenamide1878 双酰草胺carbetamide1879 萘丙胺naproanilide(JMAF)1880 氟磺酰草胺mefluidide1881 烯丙酰草胺dichlormide(WSSA)1882 牧草胺tebutam(草案)1883 吡氟酰草胺diflufenican(草案)1884 异恶酰草胺ixoxaben(草案)1885 苯噻酰草胺mefenacet(草案)1886 溴丁酰草胺bromobutide(草案)1887 氯甲酰草胺clomeprop(草案)1888 氟氯草胺nipyralofen(草案)1889 氯硫酰草胺chlorthiamide1890 丁咪酰胺isocarbamide1891 乙氧苯草胺ethobenzanid1892 甲磺草胺sulfentrazone1893 唑嘧磺草胺flumetsulam1894 唑草胺CH 9001895 丙炔氟草胺flumioxazin(草案)1896 磺草唑胺metosulam1897 敌草腈dichlobenil TOP1898 碘苯腈ioxynil1899 辛酰碘苯腈ioxynil octanoate 1900 溴苯腈bromoxynil1901 辛酰溴苯腈bromoxynil octanoate 1902 苯草酮methoxyphenone(JMAF) 1903 稗草烯tavron1904 敌草快diquat1905 百草枯paraquat1906 野燕枯difenzoquat1907 恶草酮oxadizon1908 灭草唑methazole(BSI)1909 氯草敏chloridazon1910 溴莠敏brompyrazon1911 氟草敏norflurazon1912 醚草敏credazine(JMAF)1913 除草定bromacil1914 环草定lenacil1915 特草定terbacil1916 杀草强amitrole1917 乙氧呋草黄ethofumesate1918 苯草灭bentranil1919 灭草松bentazone1920 苄草唑pyrazoxyfen(草案)1921 吡唑特pyrazolate(草案)1922 氟啶草酮fluridone1923 氟硫草定dithiopyr(草案)1924 呋草黄benfuresate(草案)1925 环嗪酮hexazinone1926 烯禾啶sethoxydim(草案)1927 烯草酮clethodim(草案)1928 噻草酮cycloxydim(草案) TOP 1930 呋草酮flurtamone(草案)1931 嗪草酮metribuzin1932 苯嗪草酮metamitron1933 乙嗪草酮ethiozin(草案)1934 异恶草松clomazone(草案)1935 吡草酮benzofenap(草案)1936 磺草酮sulcotrione(BSI)1937 氟咯草酮fluorochloridone(草案) 1938 氟胺草唑flupoxam(草案)1939 氟草肟fluxofenim(草案)1940 溴酚肟bromofenoxim1941 灭藻醌quinoclamine(草案)1942 灭草环tridiphane(草案)。
433 模块 mx1110N 技术手册
mx-1110N模块简介 (4)mx-1110N模块技术指标 (4)mx-1110N尺寸 (5)mx-1110N引脚定义 (6)mx-1110N与外设的连接 (7)mx-1110N组网功能验证 (8)环回组网测试 (9)双向数据测试 (11)mx-1110N的配置 (11)模块配置块读写 (12)配置文件读写 (13)基本信息 (13)基本配置 (13)网络ID (13)睡醒比 (14)同步间隔 (14)休眠 (15)设备数 (15)流控 (15)重复发送 (15)ACT引脚 (16)RF波特率 (16)RF输出功率 (17)RF信道 (17)协议配置 (18)UART参数 (18)HOST开机时间 (18)响应超时时间 (19)报文帧结构 (19)地址偏移量 (19)地址长度 (19)地址通配符 (19)数据帧边界 (20)预设报文 (24)地址选择 (25)使用外设地址 (25)使用模块MAC地址 (25)高级配置 (26)时钟周期 (27)载波检测门限 (27)自动醒来时隙 (27)自动休眠超时 (27)自动休眠补偿粒度 (27)上下行超时 (28)同步报文持续时间 (28)信标报文持续时间 (28)参数检查 (29)自动配置 (29)AT指令 (29)ATCR (29)ATCO (30)ATCS (30)ATCI (30)mx-1110N的应用 (31)PyxisMesh协议简介 (32)PyxisMesh版本介绍 (33)PyxisMesh AMR (33)PyxisMesh AUTO (34)PyxisMesh MOB (34)PyxisMesh路由协议简介 (34)PyxisMesh休眠模式简介 (36)异步休眠模式 (36)同步休眠模式 (37)混合休眠模式 (38)mx-1110mx-1110N N模块简介mx-1110N是低功耗分布式无线自组网模块，工作在433M或470M免费频段，最大发射功率为10mW（10dBm），发射电流为33mA，接收电流为20mA，休眠电流为0.5uA，工作电压范围2.0v~3.6v；RF调制方式为GFSK，波特率500kbps～1.2kbps自适应，1个基本信道和1～16个辅助信道（跳频），信道频点和数量可配置；UART波特率2400～230400，报文格式灵活设置，能够支持各种协议；内嵌无线移动自组网协议PyxisMesh。
1110 带线耳塞
型号：1110 带线耳塞材料：低压定型发泡材料噪音降低率（NRR）29分贝子弹型轮廓设计，隔音效果良好表面光滑，经防污处理，佩带卫生、安全、柔软舒适用途：改善睡眠、集中精神、保护听力包装：一副一包装袋。
一盒为100副、一箱500副适用场所：长时间噪音干扰。
如自习、休息、嘈杂厂区、施工现场、F1观看3M耳塞另有型号1100和硅胶类反复可清洗耳塞1270型。
100付/盒,5盒/箱=500付为您提供系列3M隔音耳塞。
购买耳塞必读1.子弹型轮廓设计,表面光滑,经防污处理，方便携带，佩戴卫生,安全。
2.它与一般的耳塞不同，选用进口高弹性聚脂材料，是一种具有慢回弹特性的耳塞，有很强的变形能力！由于每个人的耳道各不相同，使用一般材料制成的硬体耳塞不能适应不同的耳道，会引起耳痛、耳胀等不适；3M防噪声弹性耳塞的材质极其柔软，可随意变形而适应不同形状的耳道。
把搓成细条的耳塞插入耳朵，7秒钟内就会慢慢膨胀，耳塞就可以与内外耳道紧密接触，没有不舒适感，防噪音又不胀耳！3.它非常有韧性，不论你用多大力气去捏、压、揉或者拉伸它，都不会开裂或破碎，7秒钟内就能恢复原状！4.隔音效果明显，（适合学习、睡眠时使用）在外面很吵时也觉得很安静，能有效降低35分贝的噪声（效果描述：就像把手指使劲插入耳道，听到的声音感觉都是静静的，但听自己说话绝不会有回音，材质很软，耳朵很舒服，不影响学习，更不影响和别人说话）。
1.什么是防噪音耳塞？听力保护产品是将材料塞到耳道内或罩在耳朵外以达到隔音效果的一种产品，用慢回弹海绵做防噪音耳塞是新技术，这类产品比起原来的材料有更好的隔音性能，我国很多厂家都有技术，用于防噪音耳塞，但国内尚没有技术过关的厂家，美国3M公司是世界上生产听力保护产品最优秀的厂家，有三十几年的生产经验，其慢回弹海绵品质的防噪音耳塞柔软，回弹慢，是世界上隔音产品中效果最好的。
2.防噪音耳塞有什么用？防噪音耳塞经正确佩戴后能显著降低周围环境的噪音污染。
中文版ADS1110A3
ADS111016 位带有片内电压基准的模/数转换器一、概述1.1特点完整的数据采集系统和小型SOT23-6 封装片内基准精度2.048+0.05%温度漂移5ppm/片内PGA片内振荡器16 位无漏失码INL 满标度量程的0.01% 最大值连续的自校准单周期转换可编程的数据速率15SPS~240SPSI2C TM 接口8 个有效地址电源电压2.7V至5.5V低电流消耗240 A1.2 应用范围便携式仪表工业过程控制小型发送器消费类产品工厂自动化温度测量1.3描述ADS1110 是精密的连续自校准模/数A/D 转换器带有差分输入和高达16 位的分辨率封装为小型SOT23-6 片内2.048V 的基准电压提供范围为2.048V 的输入差分电压，ADS1110 使用可兼容的I2C串行接口在2.7V 至5.5V 的单电源下工作。
ADS1110 可每秒采样15 30 60 或240 次以进行转换片内可编程的增益放大器PGA 提供高达8 倍的增益并且允许以高分辨率对较小的信号进行测量，在单周期转换方式中ADS1110 在一次转换之后自动掉电在空闲期间极大地减少了电流消耗。
ADS1110 为需要高分辨率测量的应用而设计在这种应用中空间和电源消耗是首要考虑的问题典型应用包括便携式仪器工业过程控制和小型发送器。
1 .4 方框图对最大时间延长可能影响条件器件的可靠性。
注：该集成电路可以被防静电。
建议所有德州仪器集成电路用适当的处理注意事项。
不遵守正确地处理安装程序可能会导致阀门的损坏。
防静电损伤的范围可以从微妙的性能下降完成设备故障。
精密集成电路可以更容易感染的破坏,非常小参数的变化可能导致设备不履行其发表的规格说明细看一遍。
1.5封装/订购信息表注1 如需要更多的电流规格和封装信息请参考网址。
1.6引脚排列顶视图SOT23注标识文本方向显示引脚1 标识文本取决于I2C地址见订购表列出了I2C地址1001000的标识二、电气特性2.1电特性所有参数在–40 至+85 V DD=5V 条件下且针对所有可编程的增益放大器除非另有说明注(1)满标度的99% (2)FSR=满标度量程=2 2.048/PGA=4.096V/PGA （3）包括PGA和基准的所有误差2.2典型特性在T A = 25 和V DD = 5V时，除非另有说明。
ADP1110资料
Battery protection circuitry limits the effect of reverse current to safe levels at reverse voltages up to 1.6 V.
REV. 0
Information furnished by Analog Devices is believed to be accurate and reliable. However, no responsibility is assumed by Analog Devices for its use, nor for any infringements of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of Analog Devices. One Technology Way, P.O. Box 9106, Norwood, MA 02062-9106, U.S.A. Tel: 617/329-4700 World Wide Web Site: Fax: 617/326-8703 © Analog Devices, Inc., 1996
Max
Units µA
1.15 210 220 3.30 5.00 12.00 4 66 90 200
12.6 30 230 3.47 5.25 12.6 8 130 180 400 90 78 12.5 240 500 0.4
V V mV V V V mV mV mV mV kHz % µs nA nA V %/V %/V mV mV mV mV mV V/V mA %/°C
UNR1110资料
6.9±0.1 (1.5) (1.5)
3.5±0.1
2.5±0.1 (1.0)
(1.0) 2.0±0.2 2.4±0.2
1.0±0.1
• • • • • • • • • • • • • • •
UNR1110 UNR1111 UNR1112 UNR1113 UNR1114 UNR1115 UNR1116 UNR1117 UNR1118 UNR1119 UNR111D UNR111E UNR111F UNR111H UNR111L
Note) 1. Measuring methods are based on JAPANESE INDUSTRIAL STANDARD JIS C 7030 measuring methods for transistors. 2. *: Rank classification (UNR1110/1115/1116/1117) Rank hFE Q 160 to 260 R 210 to 340 S 290 to 460
(R2) 10 kΩ 22 kΩ 47 kΩ 47 kΩ 5.1 kΩ 10 kΩ 10 kΩ 22 kΩ 10 kΩ 10 kΩ 4.7 kΩ
3 (2.5)
2 (2.5)
1
1.25±0.05
■ Resistance by Part Number
(0.85) 0.55±0.1
0.45±0.05
−40
− 0.2 mA − 0.1 mA
40
0
0
−2
−4
−6
−8
−10
−12
− 0.01 − 0.1
−1
−10
−100
0 −1
−10
东湖变1110中性点接地开关技术规范书
东湖变1号主变110kV侧中性点接地开关技术规范书1、总则1.1本设备技术规范书适用于35kV～110kV交流高压接地开关设备。
它提出了该设备的功能设计、结构、性能、安装和试验等方面的技术要求。
1.2本设备技术规范书提出的是最低限度的技术要求，并未对一切技术细节作出规定，也未充分引述有关标准和规范的条文，卖方应提供符合本规范书和工业标准的优质产品。
1.3如果卖方没有以书面形式对本规范书的条文提出异议，则意味着卖方提供的设备完全符合本规范书的要求。
如有异议，不管是多么微小，都应在报价书中以“对规范书的意见和同规范书的差异”为标题的专门章节中加以详细描述。
1.4本设备规范书所使用的标准如遇与卖方所执行的标准不一致时，按较高标准执行。
1.5本设备技术规范书经买、卖双方确认后作为订货合同的附件，与合同正文具有同等法律效力。
1.6本设备技术规范书未尽事宜，由买卖双方协商确定。
2 、技术要求2.1应遵循的主要现行标准GB1985 《交流电压隔离开关和接地开关》GB11022 《高电开关设备通用技术条件》GB311 《高压输变电设备绝缘配合》GB763 《交流高压电器在长期工作时的发热》 GB11604 《高压电器设备无线电干扰测试方法》 GB8287.1 《高压支柱瓷绝缘子技术条件》GB8287.2 《高压支柱瓷绝缘子尺寸和特性》GB3309 《高压开关设备常温下的机械试验》GB2706 《交流高压电器动热稳定试验方法》GB/T13601 《高压开关设备严重冰冻条件下的操作》2.2环境条件2.2.1环境空气温度： -30～+40 ℃最大日温差： 25 K日照温度： 0.1 W/cm2(风速0.5m/s)2.2.2海拔高度 2000米2.2.3最大风速 35m/s2.2.4环境相对湿度：日平均值： 95 %月平均值： 90 %2.2.5地震裂度： 8 度水平加速度：0.3g垂直加速度：0.15 g2.2.6污秽等级： III级2.2.7覆冰厚度： 20mm (风速不大于25 m/s时)2.3工程条件2.3.1系统概况1 系统电压 110KV2 最高运行电压 126KV3 系统额定频率 50HZ4 系统中性点接地方式 110KV有效接地2.3.2安装地点和安装方式1 安装地点户外2 安装方式垂直2.3.3其他要求产品应考虑凝露、雨、温度聚变及日照等的影响，自立式结构，接线端子和触头转动接触增加分流导体，要求压紧弹簧有防涡流技术。
行星距离规律(2009.11.2)
太阳系星云盘示意图
太阳系星云盘示意图（侧视图）
一、行星胎对星云盘中星云最大摄动力位置的确定
星云 行星胎 太阳
太阳—行星胎—各个星 云质点m1、m2…mn在一条直 线上,行星胎对各个星云的 摄动力最大。设定以这条直 线上为起始点(如图所示)， 行星胎、各个星云质点绕太 阳做开普勒运动。显然行星 胎离太阳最近，公转角速度 最快，随着离太阳半径的增 大星云的公转角速度越来越 慢,即公转周期越来越长
提丢斯—波得定则
0.4+0.3×20 =0.7 0.4+0.3×21 =1
1.587常数n次方
0.4×41/3 ＝0.635 (金星到太阳的距离) 0.4×4 2/3 ＝1.008 (地球到太阳的距离)
0.4+0.3×22＝1.6 0.4× 43/3 ＝1.6 (火星到太阳的距离)
0.4+0.3×23＝2.8 0.4× 4 4/3 ＝2.53(小行星带到太阳的距离)
行星光环缝与卫星的对应关系实际资料如光环缝名称及半径r环缝半径r1587410km2倍周期15874r处的卫星计算距离10km实际距离10km对应卫星光环内侧r7310km7315874115912卡西尼环缝r91091587414281417土卫171516r9510km处环缝951587415081514土卫1110卡西尼环缝r1210km1215874190519311855土卫s2004km13531587421482108土卫三十三先驱者环缝136310km1363158742162未知卫星f环的外缘r140610km1406158742232238土卫2半径500km1土星光环缝与15874常数的相关性2天王星光环缝与15874常数的相关性光环缝距kman158742倍周期15874r处的卫星计算距离10km实际距离10km对应卫星383815874603623992399215874634634262426215874676566天卫十二43643615874692970天卫十三45245215874717未知卫星4643464315874737未知卫星479647961587476175天卫十四4914911587478未知卫星50581587480286天卫星十五3海王星光环缝与15874常数的相关性初始值r10kman158742倍周期15874r处的卫星计算距离10km实际距离10km对应卫星光环内缘与海王星半径之间33433415874530153海卫五光环外缘4194191587466562海卫六两光环中间距海王星离距532419241947554751587475574海卫七环缝rh99158741429未知卫星2第二个因数q的物理意义这个因数是行星卫星椭圆轨道的长半轴a其物理内涵是轨道偏心率e值增大椭圆轨道的长半轴a值相应增大公转一周的时间t值增大在星云盘中与行星胎为2t关系的星云周期也增加轨道半径相应的增大即与行星胎出现冲上合位置不变并且在一条直线上的星云轨道距离增加其实质是行星胎吸引星云的范围向外延伸
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TOSHIBA Transistor Silicon NPN Epitaxial Type (PCT Process)RN1110, RN1111Switching, Inverter Circuit, Interface Circuit and Driver Circuit Applicationsz With built-in bias resistors z Simplified circuit designz Reduced number of parts and simplified manufacturing process z Complementary to RN2110~RN2111Equivalent CircuitAbsolute Maximum Ratings (Ta = 25°C)Characteristic Symbol RatingUnit Collector-base voltage V CBO 50 VCollector-emitter voltage V CEO 50 VEmitter-base voltage V EBO5 VCollector currentI c 100 mA Collector power dissipation P c100 mWJunction temperature T j 150 °C Storage temperature rangeT stg−55~150 °CNote: Using continuously under heavy loads (e.g. the application of high temperature/current/voltage and thesignificant change in temperature, etc.) may cause this product to decrease in the reliability significantly even if the operating conditions (i.e. operating temperature/current/voltage, etc.) are within the absolute maximum ratings.Please design the appropriate reliability upon reviewing the Toshiba Semiconductor Reliability Handbook (“Handling Precautions”/“Derating Concept and Methods”) and individual reliability data (i.e. reliability test report and estimated failure rate, etc).Electrical Characteristics (Ta = 25°C)Characteristic SymbolTestCircuitTest ConditionMin Typ.MaxUnitCollector cut-off current I CBO ― V CB = 50 V, I E = 0 ― ― 0.1 μA Emitter cut-off current I EBO ― V EB = 5 V, I C = 0 ― ― 0.1 μA DC current gainh FE ― V CE = 5 V, I C = 1 mA 120― 700―Collector-emitter saturation voltage V CE (sat) ― I C = 5 mA, I B = 0.25 mA ― 0.1 0.3 V Translation frequency f T ― V CE = 10 V, I C = 5 mA ― 250― MHzCollector output capacitance C ob―V CB = 10 V, I E = 0, f = 1 MHz―3 6 pFRN1110 3.29 4.7 6.11Input resistorRN1111 R1 ― ― 7 10 13k ΩJEDEC ―EIAJ ―TOSHIBA 2-2H1A Weight: 2.4mgUnit: mmRN1110 RN1110 RN1111 RN1111RN1110 RN1110RN1111RN1111Type Name MarkingRN1110RN1111RESTRICTIONS ON PRODUCT USE20070701-EN GENERAL •The information contained herein is subject to change without notice.•TOSHIBA is continually working to improve the quality and reliability of its products. Nevertheless, semiconductor devices in general can malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress. It is the responsibility of the buyer, when utilizing TOSHIBA products, to comply with the standards of safety in making a safe design for the entire system, and to avoid situations in which a malfunction or failure of such TOSHIBA products could cause loss of human life, bodily injury or damage to property.In developing your designs, please ensure that TOSHIBA products are used within specified operating ranges as set forth in the most recent TOSHIBA products specifications. Also, please keep in mind the precautions and conditions set forth in the “Handling Guide for Semiconductor Devices,” or “TOSHIBA Semiconductor Reliability Handbook” etc.• The TOSHIBA products listed in this document are intended for usage in general electronics applications (computer, personal equipment, office equipment, measuring equipment, industrial robotics, domestic appliances, etc.).These TOSHIBA products are neither intended nor warranted for usage in equipment that requires extraordinarily high quality and/or reliability or a malfunction or failure of which may cause loss of human life or bodily injury (“Unintended Usage”). Unintended Usage include atomic energy control instruments, airplane or spaceship instruments, transportation instruments, traffic signal instruments, combustion control instruments, medical instruments, all types of safety devices, etc.. Unintended Usage of TOSHIBA products listed in his document shall be made at the customer’s own risk.•The products described in this document shall not be used or embedded to any downstream products of which manufacture, use and/or sale are prohibited under any applicable laws and regulations.• The information contained herein is presented only as a guide for the applications of our products. No responsibility is assumed by TOSHIBA for any infringements of patents or other rights of the third parties which may result from its use. No license is granted by implication or otherwise under any patents or other rights of TOSHIBA or the third parties.• Please contact your sales representative for product-by-product details in this document regarding RoHS compatibility. Please use these products in this document in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances. Toshiba assumes no liability for damage or losses occurring as a result of noncompliance with applicable laws and regulations.。