GR826 Search Results

SN62

Contextual Info: APPLICATION SPECIFIC CAPACITORS RF POWER CAPACITORS GR826 Series Application Specific High Power fixed or trimmable capacitor for RF Filter and Tuning Applications. Incremental cap values and tight tolerance values are available to fit individual customer requirements. RF Power levels up to

12kVA

Contextual Info: APPLICATION SPECIFIC CAPACITORS RF POWER CAPACITORS GR826 Series Application Specific High Power fixed or trimmable capacitor for RF Filter and Tuning Applications. Incremental cap values and tight tolerance values are available to fit individual customer requirements. RF Power levels up to

Contextual Info: APPLICATION SPECIFIC CAPACITORS RF POWER CAPACITORS GR826 Series Application Specific High Power fixed or trimmable capacitor for RF Filter and Tuning Applications. Incremental cap values and tight tolerance values are available to fit individual customer requirements. RF Power levels up to

12kVA

Contextual Info: APPLICATION SPECIFIC CAPACITORS RF POWER CAPACITORS GR826 Series Application Specific High Power fixed or trimmable capacitor for RF Filter and Tuning Applications. Incremental cap values and tight tolerance values are available to fit individual customer requirements. RF Power levels up to

GR-253

Abstract: laser transmitter 1550 nm laser transmitter circuit diagram 2526-6002UB GR-826-CORE laser transmitter gr253 laser alarm transmitter module GR-253-CORE
Contextual Info: Product Bulletin Model 55TA 2.5 Gb/s DFB Laser Transmitter Module for SONET OC-48 and SDH STM-16 The Model 55TA is a completely packaged and ready to use DFB distributed feedback laser transmitter module. The DFB laser device is optically isolated and wavelength stabilized via a

mn61

Abstract: MN21 equivalent capacitor 680pf cog x7r EIA-198 method 103 EIA-198 MN62 UFN 432 we i transistor y-216 MA11 470PF AXIAL CAPACITOR Ceramic Dielectric Axial Capacitors Glass Encapsulated
Contextual Info: APPLICATION SPECIFIC CAPACITORS HIGH FREQUENCY CERAMIC CAPACITORS MA/MB Series OUTSTANDING CHARACTERISTICS • Miniature size ■ Very high Q at high frequencies ■ High RF power capabilities ■ Impervious to environmental conditions ■ Low dissipation factors