Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

SMD Ferrite Transponder Inductor

TR1102 SMD Ferrite Transponder Inductor Features The TR1102 series of surface mountable ferrite wound inductor is the very rst SMD coil designed for transponder use. Its length and cross sectional area are optimized to achieve the maximum sensibility in the coil axis. Its size is excellent for p

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

Chip Transponder Inductors

The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross

HIGH CURRENT SILICON BRIDGE RECTIFIERS(VOLTAGE - 50 to 1000 Volts CURRENT - 15 Amperes)

VOLTAGE - 50 to 800 Volts CURRENT - 10 to 35 Amperes FEATURES ● Electrically Isolated Metal Case for Maximum Heat Dissipation ● Surge Overload Ratings to 400 Amperes ● These bridges are on the U/L Recognized Products List for currents of 10, 25 and 35 amperes MECHANICAL DATA

HIGH CURRENT SILICON BRIDGE RECTIFIERS(VOLTAGE - 50 to 800 Volts CURRENT - 15 to 35 Amperes)

VOLTAGE - 50 to 800 Volts CURRENT - 15 to 35 Amperes FEATURES • Plastic Case With Heatsink For Heat Dissipation • Surge Overload Ratings to 400 Amperes • The plastic package has Underwriters Laboratory Flammability Classification 94V-O

HIGH CURRENT SILICON BRIDGE RECTIFIER(VOLTAGE - 50 to 1000 Volts CURRENT - 15 Amperes)

VOLTAGE - 50 to 800 Volts CURRENT - 15 to 35 Amperes FEATURES • Plastic Case With Heatsink For Heat Dissipation • Surge Overload Ratings to 400 Amperes • The plastic package has Underwriters Laboratory Flammability Classification 94V-O

STANDARD RECOVERY RECTIFIER 1.5 AMPERES 400 VOLTS

Surface Mount Standard Recovery Power Rectifier SMB Power Surface Mount Package Features mesa epitaxial construction with glass passivation. Ideally suited for high frequency switching power supplies; free wheeling diodes and polarity protection diodes. • Compact Package with J–Bend Leads Ideal

Silicon NPN epitaxial planer transistor

Silicon NPN epitaxial planar type For amplification of low-frequency output ■ Features • Two elements incorporated into one package (Emitter-coupled transistors) • Reduction of the mounting area and assembly cost by one half