305DE Search Results

Contextual Info: PART NUMBER: 305DER2R5SFU RADIAL LEAD, +70°C PARTS ARE ROHS COMPLIANT ELEC TR IC AL SPECIFICATIO NS Capacitance: 3 F Tolerance: -20 % . +50 % Temperature Range: -25°C to +70°C WVDC: 2.5 Volts DC ESR: 200 milliOhms at 20°C and 1 kHz SVDC: 2.7 Volts DC ESR DC : 320 milliOhms at DC and 20°C

Contextual Info: FEATURES APPLICATIONS High Capacitance – Very fast charge/discharge – High power density Battery backup/ alternative – LED Displays – DC/DC converters – Pulse power Operating Temperature Range Storage Temperature Capacitance Tolerance WVDC Surge voltage

Contextual Info: DER Super Capacitors APPLICATIONS •        Battery backup Battery alternative Audio systems LED Displays Pulse power DC-DC converters Mechanical actuators Hand Held Devices FEATURES  High Capacitance  Long Life  Low ESR 

Contextual Info: 1234567869ABA12344567869A 1234567839AB2CD3 8C"3A B36?E263E2DI63<C3 E B%G#3>C383E BC3 *#!3>C3A!3 3K3A3)C#B3K3AC%%BC3 !BC3 E1223 F3 3E3 1453 F3

Contextual Info: DER Radial Leaded Super Capacitors Features High capacitance – Very fast charge/discharge cycling – RoHS compliant Long life – Circuit board mountable – Compact size – Low ESR – High power density Audio systems Applications Battery backup – Pulse power – Battery alternative –

schematic diagram RPM meter

Abstract: LM1819N Tachometer circuit LM1819 X463UW Polycarbonate capacitor 425C1 X463UW TRW
Contextual Info: LM1819 LM1819 Air-Core Meter Driver Literature Number: SNOSBE7A LM1819 Air-Core Meter Driver General Description Features The LM1819 is a function generator driver for air-core moving-magnet meter movements A Norton amplifier and an NPN transistor are included on chip for signal conditioning as required Driver outputs are self-centering and develop g 4 5V swing at 20 mA Better than 2% linearity is guaranteed over a full 305-degree operating range

Contextual Info: DER Super Capacitors APPLICATIONS •        Battery backup Battery alternative Audio systems LED Displays Pulse power DC-DC converters Mechanical actuators Hand Held Devices FEATURES  High Capacitance  Long Life  Low ESR 

Contextual Info: FEATURES APPLICATIONS High Capacitance – Very fast charge/discharge – High power density Battery backup/ alternative – LED Displays – DC/DC converters – Pulse power Operating Temperature Range Storage Temperature Capacitance Tolerance WVDC Surge voltage

Contextual Info: FEATURES APPLICATIONS High Capacitance – Very fast charge/discharge – High power density Battery backup/ alternative – LED Displays – DC/DC converters – Pulse power Operating Temperature Range Storage Temperature Capacitance Tolerance WVDC Surge voltage

schematic diagram RPM meter

Abstract: function generator circuit schematic diagram full norton amplifier Tachometer circuit X463UW 6 volt coil ignition LM1819N 425C1 automotive ignition coil on plug Optical tachometer
Contextual Info: LM1819 Air-Core Meter Driver General Description Features The LM1819 is a function generator driver for air-core moving-magnet meter movements A Norton amplifier and an NPN transistor are included on chip for signal conditioning as required Driver outputs are self-centering and develop g 4 5V swing at 20 mA Better than 2% linearity is guaranteed over a full 305-degree operating range

Contextual Info: Radial Leaded Super Capacitors DER APPLICATIONS •        Battery backup Battery alternative Audio systems LED Displays Pulse power DC-DC converters Mechanical actuators Hand Held Devices FEATURES  High Capacitance  Long Life  Low ESR

schematic diagram RPM meter

Abstract: Tachometer circuit LM1819 automotive distributorless Ignition norton amplifier LM1819N automotive ignition coil on plug X463UW Optical tachometer X463UW TRW
Contextual Info: National Semiconductor LM1819 Air-Core Meter Driver General Description Features The LM1819 is a function generator/driver for air-core moving-magnet meter movements. A Norton amplifier and an NPN transistor are included on chip for signal condition­ ing as required. Driver outputs are self-centering and devel­