SVA3001

专业文档供参考，如有帮助请下载。 型号 厂商 特性用途 集电极最大直流耗散功率Pcm(W) 集电极最大允许直流电流Icm(A) 集电极-基极击穿电压BVcbo(V) 集电极-发射极击穿电压BVceo(V) 特征频率ft(Hz) 放大倍数 国内外代换型号

2SA0683 PANASONIC 硅PNP三极管,低频功率放大和驱动，配对管2SC1383 1 -1.5 -30 -25 200M 50-340 CK77A

2SA0684 PANASONIC 硅PNP三极管,低频功率放大和驱动，配对管2SC1384 1 -1.5 -60 -50 200M 50-340 CK77A

2SA0794 PANASONIC 硅PNP三极管,低频功率放大和驱动，配对管2SC1567 1.2 -500m -100 -100 120M 50-220 CA77A

2SA0794A PANASONIC 硅PNP三极管,低频功率放大和驱动，配对管2SC1567A 1.2 -500m -120 -120 120M 50-220 CA77A

2SA0885 PANASONIC 硅PNP三极管,低频功率放大，配对管2SC1846 5 -1 -45 -35 200M 50-340 3CK10B

2SA0886 PANASONIC 硅PNP三极管,低频功率放大，配对管2SC1847 1.2 -1.5 -50 -40 150M 80-220 3CK10B

2SA100 锗PNP三极管,高频射频放大 60m -10m -40 10M 80-300 3AG95A

2SA1001 硅PNP三极管 80 130 3CD10E

2SA1002 硅PNP三极管 120 120 3CD15D

SavantIC Semiconductor Product Specification Silicon PNP Power Transistors 2SA1301

DESCRIPTION ·With TO-3PL package ·Complement to type 2SC3280 APPLICATIONS ·Power amplifier applications ·Recommended for 80W high fidelity audio frequency amplifier output stage PINNING PIN DESCRIPTION 1Emitter 2Collector;connected to mounting base 3Base Absolute maximum ratings(Ta=25

) SYMBOL PARAMETER CONDITIONS VALUE UNIT VCBO Collector-base voltage Open emitter -160 V VCEO Collector-emitter voltage Open base -160 V VEBO Emitter-base voltage Open collector -5 V ICCollector current -12 A IBBase current -1.2 A PCCollector power dissipation TC=25 120 W TjJunction temperature 150 Tstg Storage temperature -55~150 Fig.1 simplified outline (TO-3PL) and symbol SavantIC Semiconductor Product Specification

2Silicon PNP Power Transistors 2SA1301

DUPONT REFINISHES PRODUCTS PRICE LIST

杜邦汽车漆产品人民币市场价格表

(自2008年 9月1 日 起实施 )

STOCK ID PRODUCT DESCRIPTION PKG SURFACE PRICE Unit

产品编号 产品性质 包装 市场价格 订购单位

色母类

PRODUCT GROUP - TINTS

产品分类- 浓缩万用色母

L 白色 ( 高浓 ) 4 LITER X4 1143.00 罐

L 白色 ( 低浓 ) 1 LITER X4 342.90 罐

L 宝石白 1 LITER X4 1008.00 罐

L 墨黑色 1 LITER X4 315.90 罐

L 黑色 ( 高浓 ) 4 LITER X4 1228.50 罐

L 黑色 (低浓 ) 1 LITER X4 390.60 罐

L 石墨黑 1 LITER X4 539.10 罐

L 细银 1 LITER X4 450.00 罐

L 中细银 4 LITER X4 1689.30 罐

L 中粗银 4 LITER X4 1404.00 罐

L 粗银 1 LITER X4 450.00 罐

1L 银粉正侧面控制剂 1 LITER X4 342.00 罐

L 中银 1 LITER X4 446.40 罐

L 特殊银 1 LITER X4 576.00 罐

L 紫色 1 LITER X4 477.00 罐

L 紫兰 1 LITER X4 518.40 罐

L 透明兰 (LE配方专用色母） 1 LITER X4 669.60 罐

01About VANDOGermany VANDO Analytical Instruments GmbH was established in 1990, it not only inherited the tradition of German-made high-quality optical instruments, and by virtue of its unique advancedtechnology and reliable quality and attentive service, always a leader spectroscopy techniques.VANDO products are widely used: various iron and steel metallurgy, nonferrous metals, petro-chemical, machinery manufacturing, energy, electricity, rail transportation, aerospace, foodhygiene and environmental protection. 德国VANDO分析仪器公司于1990年成立，它不仅继承了德国优质光学仪器制造的传统，而且凭借其独特的先进技术和稳定可靠的质量以及周到的售后服务， 始终处于光谱分析技术的领先地位。 VANDO的产品广泛应用于：钢铁冶金、有色金属、石油化工、机械制造、能源电力、铁路运输、航空航天、食品卫生、环境保护等各个领域。 公司俯瞰02Non-Dispersive Infrared(NDIR)sensors are spectroscopic devices often usedfor gas analysis. The key components are an infrared source(lamp), a samplechamber or light tube,a wavelength fifter, and an infrared detector. The gas ispumped or diffuses into the sample chamber and gas concentration is mea-sured electro-optically by its absorption of specific wavelenth in the infrared. 非分光式红外(NDIR)传感器作为光谱检测手段多用于气体分析领域.其主要由红外光源,气室,波长滤波器以及红外探测器组成。待测气体由泵吸或扩散吸收的方式导入气室， 气体浓度根据气体在特定波长的红外光谱上相对应的吸收特性，利用电-光调制关系检测。 CO浓度在线检测系统 NDIR CO GAS ANALYZER DS3000-I型 DETECTION PRINCIPLE 检测原理03The spontaneous combustion and explosion of the pulverized coal system are extremely harmful to the equipment and personal safety. The research shows that the low-temperature oxidation of coal and the spontaneous combustion ofcoal will produce gas products CO and CO2, The concentration of gas produced in coal bed or coal stack is considered as an effective method for monitoring thecoal self thermal or spontaneous combustion. The CO content of the coal powdersystem is real-time monitored, and the explosion risk level of the pulverized coal system can be effectively evaluated. 制粉系统的自燃和爆炸对设备和人身安全的危害性极大, 研究表明:煤的低温氧化以及自燃必然产生气体产物CO和CO2，测量从煤层或煤堆中生成的气体产物浓度被认为是实时监控煤自热或自燃的有效方法。对制粉系统进行CO含量实时监测，可以有效评估制粉系统爆炸风险等级。 REALIZATION FUNCTION 实现功能