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A MAGNETIC INDUCTIVE DEVICE BEING A SELF INDUCTION COIL WITH ONE OR MORE WINDINGS, WITH AN INDUCTANCE PER WINDING OF NOT MORE THAN 62Mh. IT IS USED TO MODULATE THE REQUIRED, SINUSOIDAL, EXCITATION VOLTAGE OF A PIEZOELECTRIC ULTRASONIC SENSOR. THE COMPONENT CONSISTS OF 3 SELF INDUCTION COILS OF INSULATED COPPER WIRE WHICH ARE WOUND ON A BOBBIN MADE OF PLASTIC. THE BOBBIN HAS A FERRITE CORE INSTALLED. ON THE BOTTOM OF THE BOBBIN, THERE ARE CONNECTION TERMINALS THAT CONNECT TO THE SELF INDUCTION COILS. IT IS INTENDED FOR SURFACE MOUNTING ON A PCB

AN INDUCTOR USED FOR CHEMICAL CONVERSION COATINGS ON ALUMNIUM ALLOYS. PN 51080015. WITH AN INDUCTANCE NOT EXCEEDING 62mH.

A WIDEBAND RF CHOKE, 50 TO 10000 MHz, 50 OHM. THE CHOKE IS USED TO CONNECT A DC BIAS VOLTAGE AND CURRENT TO AN RF CIRCUIT WHILST PREVENTING THE REVERSE FLOW OF AN RF IN THE DDC SUPPLY. IT IS COMPRISED OF A COIL OF INSULATING WIRE WOUND ON TO A FERRITE BEAD, MOUNTED IN A PLASTIC HOUSING. IT IS A SURFACE MOUNT PACKAGE, 7.87 MM X 6.91 MM. APPLICATIONS INCLUDE BIASING AMPLIFIERS, BIASING OF LASER DIODES AND ACTIVE ANTENNAS. INDUCTANCE AT 0mA 7.0 NICRO H. TYPINCAL VSWR 1.1.

A WIDEBAND RF CHOKE, 50 TO 10000 MHz, 50 OHM. THE CHOKE IS USED TO CONNECT A DC BIAS VOLTAGE AND CURRENT TO AN RF CIRCUIT WHILST PREVENTING THE REVERSE FLOW OF AN RF IN THE DDC SUPPLY. IT IS COMPRISED OF A COIL OF INSULATING WIRE WOUND ON TO A FERRITE BEAD, MOUNTED IN A PLASTIC HOUSING. IT IS A SURFACE MOUNT PACKAGE, 7.87 MM X 6.91 MM. APPLICATIONS INCLUDE BIASING AMPLIFIERS, BIASING OF LASER DIODES AND ACTIVE ANTENNAS. INDUCTANCE AT 0mA 7.0 NICRO H. TYPINCAL VSWR 1.1.

A SURFACE MOUNT WIDEBAND RF CHOKE, USED TO CONNECT A DC BIAS VOLTAGE AND CURRENT TO AN RF CIRCUIT WHILST PREVENTING THE REVERSE FLOW OF AN RF INTO THE DC SUPPLY. THE CHOKE IS COMPRISED OF A COIL OF INSULATING WIRE WOUND ON TO A FERRITE BEAD MOUNTED IN A HOUSING. 50 TO 8200 MHz, 50 OHM. SURFACE MOUNT 3.81 MM X 3.81 MM. INDUCTANCE AT 0mA 4 MICRO H. TYPICAL VOLTAGE STANDING WAVE RATIO (VSWR) 1:1. SUITABLE FOR BIASING AMPLIFIERS, LASER DIODES AND ACTIVE ANTENNAS.