Cell-based ASIC

Description The Atmel ATC25 CBIC family is fabricated on a proprietary 0.25 micron five-layermetal CMOS process intended for use with a supply voltage of 2.5V ± 0.25V. The following table shows the range for which Atmel library cell have been characterized. Features • Comprehensive Library of S

Cell-based ASIC

BeO

Features: ♦ BeO ♦ DC to 2 GHz ♦ 30 Watt Power Rating ♦ Solder mountable ♦ AS - Tin Lead over Platinum Palladium Gold General Description: The ATC2525AS-1000JN-99 is a 10 dB BeO solder mountable chip attenuator with a frequency range up to 2 GHz. It has a power rating of 30 Watts while

Alumina

Features: ♦ Alumina Material ♦ DC - 2 GHz Performance ♦ 15 Watt Input Power ♦ Surface Mountable General Description: The ATC2525CT-0300JN-94 is a 3 dB Alumina surface mountable chip attenuator. It has an input power of 15 watts, while maintaining a constant mounting surface temperature

Alumina

Features: ♦ Alumina Material ♦ DC - 2 GHz Performance ♦ 15 Watt Input Power ♦ Surface Mountable General Description: The ATC2525CT-1000GN-94 is a 10 dB Alumina surface mount chip attenuator. It has an input power rating of 15 watts, while maintaining a constant mounting surface temperatu

Alumina

Features: ♦ Alumina ♦ DC to 2 GHz ♦ 15 Watt Power Rating ♦ Surface mount General Description: The ATC2525CT-1000JN-94 is a 10 dB Alumina surface mount chip attenuator with a frequency range up to 2 GHz. It has a power rating of 15 Watts while maintaining a heat sink temperature of 100°C

BeO

Features: ♦ BeO Material ♦ DC - 2 GHz Performance ♦ 30 Watt Input Power ♦ Solder Mountable ♦ CT - Matte Tin over Nickel over Silver General Description: The ATC2525CT-1000JN-99 is a 10 dB, BeO solder mountable chip attenuator. It has an input power of 30 watts, while maintaining a const

Alumina

Features: ♦ Alumin Material ♦ DC - 2 GHz Performance ♦ 15 Watt Input Power ♦ Surface Mountable General Description: The ATC2525CT-2000JN-94 is a 20 dB Alumina surface mount chip attenuator. It has an input power of 15 watts, while maintaining a constant mounting surface temperature of 1

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