塑胶方形 15/16A,10A_250VPlastic square shell

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

Time Delay/Class RK5

FEATURES/BENEFITS : • Time-delay • Current-limiting • AC & DC rated • Optional solid state SmartSpot blown fuse indicator • Time-delay for motor start-ups and transformer inrush currents without nuisance opening • Current-limiting for low peak let-thru current • Rejection-style design prev

螺钉式接线端子

包装：散装 描述：TERM BLK 15P SIDE ENTRY 5MM PCB 连接器，互连器件 线对板

包装：散装 描述：TERM BLK 15P SIDE ENTRY 5MM PCB 连接器，互连器件 线对板

HIGH POWER SWITCHING USE INSULATED TYPE

HIGH POWER SWITCHING USE INSULATED TYPE • IC Collector current 150A • VCEX Collector-emitter voltage 600V • hFE DC current gain 75 • Insulated Type • UL Recognized Yellow Card No. E80276 (N)

HIGH POWER SWITCHING USE INSULATED TYPE

HIGH POWER SWITCHING USE INSULATED TYPE • IC Collector current 150A • VCEX Collector-emitter voltage 600V • hFE DC current gain 750 • Insulated Type • UL Recognized Yellow Card No. E80276 (N)

HIGH POWER SWITCHING USE INSULATED TYPE

HIGH POWER SWITCHING USE INSULATED TYPE • IC Collector current 150A • VCEX Collector-emitter voltage 600V • hFE DC current gain 75 • Insulated Type • UL Recognized Yellow Card No. E80276 (N)

HIGH POWER SWITCHING USE INSULATED TYPE

HIGH POWER SWITCHING USE INSULATED TYPE • IC Collector current 150A • VCEX Collector-emitter voltage 600V • hFE DC current gain 750 • Insulated Type • UL Recognized Yellow Card No. E80276 (N)

HIGH POWER GENERAL USE INSULATED TYPE

HIGH POWER GENERAL USE INSULATED TYPE • IF(AV) Average forward current 150A • VRRM Repetitive peak reverse voltage 400/800/1200/1600V • DOUBLE ARMS • Insulated Type • UL Recognized Yellow Card No. E80276 (N) File No. E80271 APPLICATION AC motor controllers, DC