NXP Semiconductors RF/Microwave Frequency Multipliers 12

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Part RoHS Manufacturer RF or Microwave Device Type Mounting Feature No. of Terminals Package Body Material Technology No. of Functions Maximum Input Power (CW) Maximum Voltage Standing Wave Ratio Maximum Supply Current Construction Power Supplies (V) Package Equivalence Code Characteristic Impedance Sub-Category Maximum Operating Temperature Minimum Operating Temperature Terminal Finish Maximum Conversion Loss Additional Features JESD-609 Code Minimum Operating Frequency Maximum Operating Frequency

934061577112

NXP Semiconductors

FREQUENCY DOUBLER

MODULE

75 ohm

40 MHz

1003 MHz

934063949112

NXP Semiconductors

FREQUENCY DOUBLER

MODULE

75 ohm

40 MHz

1003 MHz

934063951112

NXP Semiconductors

FREQUENCY DOUBLER

MODULE

75 ohm

40 MHz

1003 MHz

934061035112

NXP Semiconductors

FREQUENCY DOUBLER

MODULE

40 MHz

1000 MHz

934061034112

NXP Semiconductors

FREQUENCY DOUBLER

MODULE

40 MHz

1000 MHz

CGD1042H

NXP Semiconductors

FREQUENCY DOUBLER

PLASTIC/EPOXY

HYBRID

1

470 mA

MODULE

24

SOT-115J

RF/Microwave Amplifiers

100 Cel

-20 Cel

40 MHz

1000 MHz

CGD1042H,112

NXP Semiconductors

FREQUENCY DOUBLER

PLASTIC/EPOXY

HYBRID

1

470 mA

MODULE

24

SOT-115J

RF/Microwave Amplifiers

100 Cel

-20 Cel

Nickel/Palladium/Gold (Ni/Pd/Au)

e4

40 MHz

1000 MHz

CGD1044HI

NXP Semiconductors

FREQUENCY DOUBLER

MODULE

75 ohm

40 MHz

1003 MHz

CGD1042HI

NXP Semiconductors

FREQUENCY DOUBLER

MODULE

75 ohm

40 MHz

1003 MHz

CGD1044H,112

NXP Semiconductors

FREQUENCY DOUBLER

PLASTIC/EPOXY

HYBRID

1

470 mA

MODULE

24

SOT-115J

RF/Microwave Amplifiers

100 Cel

-20 Cel

Nickel/Palladium/Gold (Ni/Pd/Au)

e4

40 MHz

1000 MHz

CGD1044H

NXP Semiconductors

FREQUENCY DOUBLER

PLASTIC/EPOXY

HYBRID

1

470 mA

MODULE

24

SOT-115J

RF/Microwave Amplifiers

100 Cel

-20 Cel

40 MHz

1000 MHz

CGD1040HI

NXP Semiconductors

FREQUENCY DOUBLER

MODULE

75 ohm

40 MHz

1003 MHz

RF/Microwave Frequency Multipliers

RF/microwave frequency multipliers are electronic circuits that increase the frequency of an input signal by a fixed factor. They are used in radio frequency (RF) and microwave systems to generate higher frequency signals for various applications, such as in wireless communication systems, radar systems, and satellite communication systems.

Frequency multipliers work by using a non-linear element, such as a diode or a transistor, to generate harmonics of the input signal. These harmonics are then filtered to isolate the desired output frequency. The output frequency of the multiplier is dependent on the input frequency and the multiplier factor, which is determined by the design of the multiplier circuit.

RF/microwave frequency multipliers are available in various types, including passive and active multipliers. Passive multipliers use non-linear passive elements, such as diodes, to generate harmonics and do not require any external power. Active multipliers use transistors or other active components and require an external power supply. Active multipliers can achieve higher output power and provide better frequency stability compared to passive multipliers.

Frequency multipliers are essential components in many RF and microwave systems, allowing for the generation of higher frequency signals without the need for expensive and bulky equipment. They are used in a wide range of applications, such as in radar systems, satellite communication systems, and wireless communication systems.