GD99903 Search Results

SMA pcb footprint Connector

Abstract: sma connector footprint Up board date sheet GIGA power supply 7010
Contextual Info: 10 Gbit/s Driver Amplifier Evaluation Board GD99903 an Intel company Preliminary General Description Features The GD99903 is an easy to use evaluation board for the GD19903 10 Gbit/s 3 V driver amplifier. The board features optional AC coupling and 50 W termination for the differential

linbo3 modulator

Abstract: linbo3 modulator circuit modulator driver mach zehnder GD19903-68BA GD19903-IG GD19903-IS STM-64
Contextual Info: 10 Gbit/s Modulator Driver GD19903 Advance Information General Description The GD19903 is a high-speed amplifier, which provides a high power output drive suitable to feed an optical modulator at 10 Gbit/s. GD19903 provides single-ended or differential output drive to an external modulator. The outputs must be externally AC

transistor MARKING IAM

Abstract: GD19903-68AB GD19903-68BA STM-64 GIGA optical modulator driver
Contextual Info: 10 Gbit/s Modulator Driver GD19903 Advance Information General Description The GD19903 is a high-speed amplifier, which provides a high power output drive suitable to feed an optical modulator at 10 Gbit/s. GD19903 provides single-ended or differential output drive to an external modulator. The outputs must be externally AC

GD19903-68BA

Abstract: GD19903-IG GD19903-IS STM-64 IAM 6
Contextual Info: 10 Gbit/s Modulator Driver GD19903 an Intel company Advance Information General Description The GD19903 is a high-speed amplifier, which provides a high power output drive suitable to feed an optical modulator at 10 Gbit/s. GD19903 provides single-ended or differential output drive to an external modulator. The outputs must be externally AC

Contextual Info: 10 Gbit/s Modulator Driver GD19903 Advance Information General Description The GD19903 is a high-speed amplifier, which provides a high power output drive suitable to feed an optical modulator at 10 Gbit/s. GD19903 provides single-ended or differential output drive to an external modulator. The outputs must be externally AC