MW/LW PLL Frequency Synthesizers

Overview The LC7215, LC7215F and LC7215FM are phase-locked-loop frequency synthesizer LSIs that provide accurate reference frequencies over the MW and LW bands, making them ideally suited for AM tuners. Features . PLL frequency synthesizer LSIs for MW and LW bands. . Reference freque

MW/LW PLL Frequency Synthesizers

Overview The LC7215, LC7215F and LC7215FM are phase-locked-loop frequency synthesizer LSIs that provide accurate reference frequencies over the MW and LW bands, making them ideally suited for AM tuners. Features . PLL frequency synthesizer LSIs for MW and LW bands. . Reference freque

6 GHz, 3 kW, HELIX TYPE, PPM FOCUSING, HIGH POWER GAIN, FLAT GAIN VARIATION

GENERAL DESCRIPTION The NEC LD7215, LD7215C and LD7215D are PPM-focused traveling wave tubes designed for use as the final amplifiers in the earth-to-satellite communications transmitter. These are capable of delivering an output of 3 kW over the range of 5.85 to 6.425 GHz. They provide a high

6 GHz, 3 kW, HELIX TYPE, PPM FOCUSING, HIGH POWER GAIN, FLAT GAIN VARIATION

GENERAL DESCRIPTION The NEC LD7215, LD7215C and LD7215D are PPM-focused traveling wave tubes designed for use as the final amplifiers in the earth-to-satellite communications transmitter. These are capable of delivering an output of 3 kW over the range of 5.85 to 6.425 GHz. They provide a high

6 GHz, 3 kW, HELIX TYPE, PPM FOCUSING, HIGH POWER GAIN, FLAT GAIN VARIATION

GENERAL DESCRIPTION The NEC LD7215, LD7215C and LD7215D are PPM-focused traveling wave tubes designed for use as the final amplifiers in the earth-to-satellite communications transmitter. These are capable of delivering an output of 3 kW over the range of 5.85 to 6.425 GHz. They provide a high

6 GHz, 3 kW CW, PPM FOCUSING, HIGH POWER GAIN

GENERAL DESCRIPTION NEC LD7215W is a PPM-focused traveling wave tube designed for use as final amplifier in the earth-to-satellite communications transmitter. This is capable of delivering an output power of 3 kW over the range of 5.85 to 6.65 GHz. It provides a high power gain of 42 dB at a ra

Micro-Power, Rail-to-Rail CMOS Comparators with Open-Drain/Push-Pull Outputs and TinyPak??Package

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