Power Transistor NPN - Amp/Switch Transistor Chip

PROCESS DETAILS Process EPITAXIAL PLANAR Die Size 70 x 70 MILS Die Thickness 9.0 MILS Base Bonding Pad Area 11.4 x 18.1 MILS Emitter Bonding Pad Area 13.8 x 23.6 MILS Top Side Metalization

Power Transistor NPN - Amp/Switch Transistor Chip

OVERVOLTAGE AND OVERCURRENT PROTECTION FOR TELECOM LINE

DESCRIPTION Dedicated to the protection of sensitive telecom equipment, the LCP3121 provides protection which can be programmed by both voltage and current. The breakdown voltage can be easily programmed by using an external zener diode. The protection function programmed by the current is achi

Common Mode Chokes for Critical Applications

Common Mode Chokes for Critical Applications • Designed for high-speed USB 3.0, HDMI, SATA, IEEE1394 and LVDS applications. • Supports data rates up to 4.8 Gbit/s. • Miniature EIA 0603 footprint; only 1.17 mm tall • Most values provide >15 dB common mode attenuation and >100 ohms i

Common Mode Chokes for Critical Applications

Common Mode Chokes for Critical Applications • Designed for high-speed USB 3.0, HDMI, SATA, IEEE1394 and LVDS applications. • Supports data rates up to 4.8 Gbit/s. • Miniature EIA 0603 footprint; only 1.17 mm tall • Most values provide >15 dB common mode attenuation and >100 ohms i

Common Mode Chokes for Critical Applications

Common Mode Chokes for Critical Applications • Designed for high-speed USB 3.0, HDMI, SATA, IEEE1394 and LVDS applications. • Supports data rates up to 4.8 Gbit/s. • Miniature EIA 0603 footprint; only 1.17 mm tall • Most values provide >15 dB common mode attenuation and >100 ohms i

Common Mode Chokes for Critical Applications

Common Mode Chokes for Critical Applications • Designed for high-speed USB 3.0, HDMI, SATA, IEEE1394 and LVDS applications. • Supports data rates up to 4.8 Gbit/s. • Miniature EIA 0603 footprint; only 1.17 mm tall • Most values provide >15 dB common mode attenuation and >100 ohms i

Common Mode Chokes for Critical Applications

Common Mode Chokes for Critical Applications • Designed for high-speed USB 3.0, HDMI, SATA, IEEE1394 and LVDS applications. • Supports data rates up to 4.8 Gbit/s. • Miniature EIA 0603 footprint; only 1.17 mm tall • Most values provide >15 dB common mode attenuation and >100 ohms i

Common Mode Chokes for Critical Applications

Common Mode Chokes for Critical Applications • Designed for high-speed USB 3.0, HDMI, SATA, IEEE1394 and LVDS applications. • Supports data rates up to 4.8 Gbit/s. • Miniature EIA 0603 footprint; only 1.17 mm tall • Most values provide >15 dB common mode attenuation and >100 ohms i

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Chip Inductors for Critical Applications

Chip Inductors for Critical Applications ■ Higher inductance values than other 0603 inductors ■ Ferrite construction for high current handling ■ Inductance values: 47 nH – 22 µH; 5 and 2 tolerance

Power Transistor NPN - Amp/Switch Transistor Chip

文件：473.8 Kbytes Page：2 Pages

Chip Form: Amp/Switch Power Transistor

Chip Form: Amp/Switch Power Transistor

ROD SEALS

DESCRIPTION The BECA 312 profile is a U-ring type single acting compact rod seal with matching lips and made of a very dense polyurethane body and a POM back-up ring on the back. APPLICATIONS Mobile hydraulics Material handling - Lifting Presses Hydraulic cylinders

311/312 All-Welded Midi Threaded Seals

FEATURES „„ All-welded construction „„ No gaskets or bolts „„ Large diaphragm allows for use with 41/2˝ gauges „„ Compact and light weight alternative to larger seals

FUSE HOLDER SELECTION GUIDE

文件：258.149 Kbytes Page：4 Pages

Heavy Duty Ground Pins – Male

文件：120.29 Kbytes Page：1 Pages

Pre-Filtered GPS LNA

文件：1.03853 Mbytes Page：7 Pages

Integrated Circuit TV Video Signal Processor