DIODE ASSEMBLY Search Results

Contextual Info: LASER DIODE Laser diode L9278-14 TOSA type, 1310 nm FP Fabry-Perot laser diode Features Applications l 1310 nm FP (Fabry-Perot) laser diode l φ1.25 mm sleeve type TOSA (Transmitter Optical Sub-Assembly) l High-speed response: 2.5 Gbps l Optical output: 0.2 mW

TSP70

Contextual Info: Products Search Home Products Category About Us Product News Application Message to Us Contact Us You are Here : >Home>Product Showcase > MOSFETs Products Show Diode Bridge Superfast Diode Ultrafast Diode FRD Diode STD Diode Schottky Diode Transil/TVS Package Series

S09ZD

Abstract: Tyntek
Contextual Info: Si Zener-diode Chip－TKS09ZD-L Preliminary 1. Scope •The specification applies to planar Zener diode. •Extra lower leakage current •Special thickness for special assembly process. 2. Structure •Planar type Zener diode. •Electrode P anode ：Aluminum.

Contextual Info: Si Zener-diode Chip－TKS09ZD-L Preliminary 1. Scope •The specification applies to planar Zener diode. •Extra lower leakage current •Special thickness for special assembly process. 2. Structure •Planar type Zener diode. •Electrode P anode ：Aluminum.

H 48 zener diode

Abstract: zener diode 383 diode zd 48 ZENER Vr 3V diode zener ZD 12 zener diode chip 48-mil
Contextual Info: Si Zener-diode Chip－TKN06ZD 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode N cathode ：Aluminum. (Gold for option)

diode zener ZD 12

Abstract: diode zd 12 diode zener ZD zener diode chip
Contextual Info: Si Zener-diode Chip－TKT16ZD 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum. (Gold for option)

zenerdiode 5v

Contextual Info: Si Zener-diode Chip－TKS06ZD 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum. (Gold for option)

MRA333

Abstract: MRA333B 300 volts bridge rectifier
Contextual Info: MRA333, MRA333B silicon Multi-Cell n, power rectifier diode circuits designed for high-current rectifier service. The MRA333 is an air-cooled, integral rectifier assembly engineered for optimum diode/heatsink utilization. MAXIMUM DIODE RATINGS PER CIRCUIT LEG

diode zener ZD 56

Abstract: diode zener ZD 12
Contextual Info: Si Zener-diode Chip－TKN09ZD 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode N cathode ：Aluminum. (Gold for option)

diode zener ZD 56

Abstract: zener diode 383 5.6 zener zener diode chip
Contextual Info: Si Zener-diode Chip－TK009ZD 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum.(Gold for option)

Contextual Info: Si Zener-diode Chip－TKS09ZD 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum. (Gold for option)

MRA133

Abstract: MRA133B diode in rectifier circuit 300 volts bridge rectifier LAGS MRA130
Contextual Info: MRA133, MRA133B SILICON Multi-Cell n , power rectifier diode circuits designed for high-current rectifier service. The MRA130 series is an air-cooled, integral rectifier assembly engineered for optimum diode/heatsink utilization, MAXIMUM DIODE RATINGS PER CIRCUIT LEG

DIODE A46

Abstract: A47 diode skkh570 4092 thyristor skkt 90 A76A semipack skkh 106 SKKD380 A36 diode semipack skkt 330
Contextual Info: 1996-2012:QuarkCatalogTempNew 9/20/12 3:44 PM Page 1996 INTERCONNECT TEST & MEASUREMENT 25 SEMIPACK Isolated Diode/Diode and Thyristor/Diode Modules SEMIPACK® Isolated Diode/Diode and Single Diode Modules 27 Amp to 700 Amp RoHS SKKD 46/16 Stock No. Mfr.’s

A2 9 zener diode

Abstract: A2 12 zener diode diode zener ZD 150 diode zener ZD 12 diode zd 12 A2 zener diode 6 a3 diode zener zener diode A3 Zener LED diode zener ZD 5
Contextual Info: Si Zener-diode Chip－TKT16ZD-L 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum. ‧Electrode N (cathode) side: Gold.

Contextual Info: Si Zener-diode Chip－TKS06ZD-L 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum. ‧Electrode N (cathode) side: Gold.

H 48 zener diode

Abstract: 48 H diode diode zd 48 zener diode chip
Contextual Info: Si Zener-diode Chip－TKN06ZD-L 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode N cathode ：Aluminum. ‧Electrode P (anode) side: Gold.

diode zener 3v

Abstract: ZENER Vr 3V
Contextual Info: Si Zener-diode Chip－TKS09ZD-L 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum. ‧Electrode N (cathode) side: Gold.

Contextual Info: Si Zener-diode Chip－TKN09ZD-L 1. Scope •The specification applies to planar Zener diode. •Extra lower leakage current •Special thickness for special assembly process. 2. Structure •Planar type Zener diode. •Electrode N cathode ：Aluminum. •Electrode P (anode) side: Gold.

H 48 zener diode

Abstract: diode zd 48
Contextual Info: Si Zener-diode Chip－TK006ZD-L 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum. ‧Electrode N (cathode) side: Gold.

A2 9 zener diode

Abstract: zener diode a2 11 A2 zener diode diode zener ZD 150 A2 12 zener diode Zener Diode 6 a2 diode zd 12 diode zener ZD 12 diode ZENER A2 6
Contextual Info: Si Zener-diode Chip－TKD11ZD-L 1. Scope ‧The specification applies to planar Zener diode. ‧Extra lower leakage current ‧Special thickness for special assembly process. 2. Structure ‧Planar type Zener diode. ‧Electrode P anode ：Aluminum. ‧Electrode N (cathode) side: Gold.

biconvex lens with focal length 1 m and diameter 25.4 mm

Abstract: laser diode DVD 100mw DL-3147-011 laser diode toshiba 780nm 650nm laser diode 200mw TOLD9225M mitsubishi laser diode OPHIR pd200 collimated LED 670 nm DL3147-011
Contextual Info: Laser Diodes, Optics, and Related Components - Optima Laser Diodes Laser Diode Mounting Kits Laser Diode Optics Glass Aspheric Lenses Plastic Aspheric Lenses Multi-element Lenses Diode Laser Modules OEM Diode Laser Modules Collimated Diode Lasers Optical Power

MRA163

Abstract: MRA163B
Contextual Info: MRA163, MRA163B SILICON Multi-Cell II, power rectifier diode circuits designed for high-current rectifier service. The MRA163 is an air-cooled, integral rectifier assembly engineered for optimum diode/heats ink utilization. MAXIMUM DIODE R A TIN G S PER CIRCUIT LEG

Contextual Info: UNISONIC TECHNOLOGIES CO., LTD BZT52CXXXS Preliminary ZENER DIODE SURFACE MOUNT ZENER DIODE  DESCRIPTION The UTC BZT52CXXXS is surface mount zener diode. it uses UTC’s advanced technology to provide the customers with low leakage current, etc. The UTC BZT52CXXXS is suitable for automated assembly

BZT52

Abstract: t56 marking zener die diode ZENER SOD323 BZT52 SOD-323
Contextual Info: UNISONIC TECHNOLOGIES CO., LTD BZT52 Preliminary DIODE SURFACE MOUNT SILICON ZENER DIODE „ DESCRIPTION The UTC BZT52 is a surface mount silicon Zener Diode using UTC’s advanced technology to provide customers with low power dissipation. The UTC BZT52 is universally applied in Automated Assembly