Cemented wirewound resistors

DESCRIPTION The resistor element is a resistive wire which is wound in a single layer on a ceramic rod. Metal caps are pressed over the ends of the rod. The ends of the resistance wire and the leads are connected to the caps by welding. Tinned copper-clad iron leads with poor heat conductivi

Cemented wirewound resitors

DESCRIPTION The resistor element is a resistive wire which is wound in a single layer on a ceramic rod. Metal caps are pressed over the ends of the rod. The ends of the resistance wire and the leads are connected to the caps by welding. Tinned copper-clad iron leads with poor heat conductivi

10/15 WATT OPEN FRAME AC-DC MODULES

Features • Universal Input 85-264Vac • Conductive EMI Meets CISPR/FCC Class B • High Efficency at 82 Typical • PCB Mountable

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance please see www.vishay.com/doc?9

Cemented wirewound resistors

FEATURES · High power dissipation in small volume · High pulse load handling capabilities. DESCRIPTION The resistor element is a resistive wire which is wound in a single layer on a ceramic rod. Metal caps are pressed over the ends of the rod. The ends of the resistance wire and the lea

Circuit Protection Solutions Low Voltage Fuse Links Catalogue

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包装：散装 描述：CAP TRIMMER 1-10PF 250V TH 电容器 微调器，可变电容器

ISOLATED AC-DC Converter

General Description A block diagram of the AC100 series converter is shown in Figure 1. Extremely high efficiency power conversion is achieved through the use of synchronous rectification and drive techniques. Essentially, the powerful AC100 series topology is based on an isolated synchronous for

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

Cemented Wirewound Resistors

FEATURES • All welded construction • Ceramic core • Non-flammable cement coating • Tinned copper-clad iron leads     (for axial parts) • High power dissipation in small volume • Ideal for pulse application • Material categorization: For definitions of compliance     please see www.vishay

10/15 WATT OPEN FRAME AC-DC MODULES

Features • Universal Input 85-264Vac • Conductive EMI Meets CISPR/FCC Class B • High Efficency at 82 Typical • PCB Mountable

10/15 WATT OPEN FRAME AC-DC MODULES

Features • Universal Input 85-264Vac • Conductive EMI Meets CISPR/FCC Class B • High Efficency at 82 Typical • PCB Mountable

10/15 WATT OPEN FRAME AC-DC MODULES

Features • Universal Input 85-264Vac • Conductive EMI Meets CISPR/FCC Class B • High Efficency at 82 Typical • PCB Mountable

5 Amp Current Transformer

Low Cost 50/60Hz Current Transformers Applications • Sensing Overload Current • Ground fault detection • Metering • Analog to Digital Circuits

10/15 WATT OPEN FRAME AC-DC MODULES

Features • Universal Input 85-264Vac • Conductive EMI Meets CISPR/FCC Class B • High Efficency at 82 Typical • PCB Mountable

10/15 WATT OPEN FRAME AC-DC MODULES

Features • Universal Input 85-264Vac • Conductive EMI Meets CISPR/FCC Class B • High Efficency at 82 Typical • PCB Mountable

5 TO 1000 MHz TO-8 CASCADABLE AMPLIFIER

[COUGAR COMPONENTS] 5 TO 1000 MHz TO-8 CASCADABLE AMPLIFIER Medium Output Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +18.5 dBm Medium Gain . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +16.2 dB High Third Order I.P. . . . . . . . . . . . . . . .

5 TO 1000 MHz TO-8 CASCADABLE AMPLIFIER

5 TO 1000 MHz TO-8 CASCADABLE AMPLIFIER Medium Output Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +18.5 dBm Medium Gain . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . +16.2 dB High Third Order I.P. . . . . . . . . . . . . . . . . . . . . . . . . .

10/15 WATT OPEN FRAME AC-DC MODULES

Features • Universal Input 85-264Vac • Conductive EMI Meets CISPR/FCC Class B • High Efficency at 82 Typical • PCB Mountable

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

100 WATT OPEN FRAME AC-DC MODULES WITH PFC

10 Amp Current Transformer

Low Cost 50/60Hz Current Transformers Applications • Sensing Overload Current • Ground fault detection • Metering • Analog to Digital Circuits • Competitive pricing due to high volume production • Manufactured in an ISO-9001:2000, TS-16949:2002 and ISO-14001:2004 certified T

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

15 Amp Current Transformer

Low Cost 50/60Hz Current Transformers Applications • Sensing Overload Current • Ground fault detection • Metering • Analog to Digital Circuits • Competitive pricing due to high volume production • Manufactured in an ISO-9001:2000, TS-16949:2002 and ISO-14001:2004 certified T

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

SMD Type Amber Emitter

Features  Top view 1016 package  Viewing Angle = 600  Compatible with infrared and vapor phase reflow solder process  High reliability  Ultra bright Amber  RoHS compliance Applications  Optical indicator.  Switch and Symbol Display. Description The AC101606-ATC4 is a

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

10/100BASE-TX SINGLE-PHY TRANSCEIVER

[BROADCOM] The AC101L provides all of the required features of an MII compliant 10/100TX/FX Ethernet transceiver. The AC101L has the lowest power consumption of any other single- port solution. FETURES • Single port—10BASE-T/100BASE-TX/100BASE-FX, full duplex or half-duplex • Power

10 / 100 BASE-TX SINGLE-PHY TRANSCEIVER

The AC101L provides all of the required features of an MII/RMII compliant 10/100TX/FX Ethernet transceiver. The AC101L has the lowest power consumption of any other single port solution. AC101L FEATURES • Single port – 10BASE-T/100BASE-TX/100BASE-FX, Full Duplex or Half Duplex • Power S

10 / 100 BASE-TX SINGLE-PHY TRANSCEIVER

The AC101L provides all of the required features of an MII/RMII compliant 10/100TX/FX Ethernet transceiver. The AC101L has the lowest power consumption of any other single port solution. AC101L FEATURES • Single port – 10BASE-T/100BASE-TX/100BASE-FX, Full Duplex or Half Duplex • Power S

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial Coated Inductors

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti

Axial leaded type, small light weight design

Features • Axial leaded type, small light weight design. • Special magnetic core structure contributes to high Q and self resonant frequencies. • Treated with epoxy resin coating for humidity resistance to ensure longer life. • Heat resistant adhesives and special structural design for effecti