102015 Search Results

PCC103BCT-ND

Abstract: capacitor siemens 4700 35 DD 102 CAPACITOR Siemens Ferrite PA13 0.1 uF 50v CAPACITOR
Contextual Info: PRELIMINARY PTF 102015* GOLDMOS Field Effect Transistor 30 Watts, 2110-2170 MHz Description WCDMA Performance 20 V DS = 28 V IDQ = 320 mA f C = 2170 Efficiency % x 16 -20 12 -35 Efficiency ACPR1 (FC + 5 MHz) 8 -50 4 ACPR2 (FC + 10 MHz) 0.5 1 1.5 2 2.5

PTF+102015

Abstract: PTF102015 102015
Contextual Info: PTF 102015 LDMOS RF Power Field Effect Transistor 30 Watts, 2110–2170 MHz Description Key Features The PTF 102015 is a 30–watt internally matched GOLDMOS FET intended for WCDMA applications from 2110 to 2170 MHz. This LDMOS device operates at 47% efficiency with 16 dB gain. Full gold metallization ensures

a1r8

Contextual Info: 30 Watts, 2110-2170 MHz GOLDMOS Field Effect Transistor PTF 102015 Description Key Features The PTF 102015 is a 30–watt internally matched GOLDMOS FET intended for WCDMA applications from 2110 to 2170 MHz. This LDMOS device operates at 47% efficiency with 16 dB gain. Full gold metallization ensures

DD 102 CAPACITOR

Abstract: PA13 transistor 200 watt 28 v 0-30 mhz PCC103BCT-ND PCC103B
Contextual Info: PRELIMINARY PTF 102015* GOLDMOS Field Effect Transistor 30 Watts, 2110-2170 MHz Description WCDMA Performance 20 V DS = 28 V IDQ = 320 mA f C = 2170 Efficiency % x 16 -20 12 -35 Efficiency ACPR1 (FC + 5 MHz) 8 -50 4 ACPR2 (FC + 10 MHz) 0.5 1 1.5 2 2.5

PTF 102015

Abstract: PCC103BCT-ND 0.1 uF 50v CAPACITOR DD 102 CAPACITOR
Contextual Info: PRELIMINARY PTF 102015* GOLDMOS Field Effect Transistor 30 Watts, 2110-2170 MHz Description WCDMA Performance 20 V DS = 28 V IDQ = 320 mA f C = 2170 Efficiency % x 16 Efficiency -20 12 -35 ACPR1 (FC + 5 MHz) 8 -50 4 ACPR2 (FC + 10 MHz) 0.5 1 1.5 2 2.5

TEA 2162 AE

Contextual Info: PR E LIM IN A R Y a COM’L Advanced Micro Devices PALCE20RA1 OH-15 24-Pin Asynchronous EE CMOS Programmable Array Logic DISTINCTIVE CHARACTERISTICS • Low power at 90 mA Ice ■ 15 ns maximum propagation delay and Programmable replacement for high-speed

Contextual Info: COM’L: H-15 ZI Advanced Micro Devices PALCE20RA1 OH-15 24-pin Asynchronous EE CMOS Programmable Array Logic DISTINCTIVE CHARACTERISTICS • ■ Programmable replacement for high-speed CMOS orTTL logic TTL-level register preload for testability Easy design with PALASM software

60 pin LCD connector

Abstract: wifi camera schematic and circuit layout future scope of wireless charger android set top box CIRCUIT usb to WiFi adapter circuit diagram ISP1763 future scope of wireless charging WIFI layout guide bluetooth development board schematic boot SD android
Contextual Info: Zoom DM3730 Torpedo Development Kit User Guide Logic PD // Products Published: July 2011 Last revised: July 2012 This document contains valuable proprietary and confidential information and the attached file contains source code, ideas, and techniques that are owned by Logic PD, Inc. collectively “Logic PD’s Proprietary Information” . Logic PD’s Proprietary Information

Contextual Info: Series Index Bestellnummern Part Numbers Page/Seite M ini-SM P Mini-SMP 02K118-K00 . .45 02 K 118-500 . .45 02 S 118-K00. .45

pal 007c

Abstract: pal 005a PAL 0078 PAL 010a PAL 002a DIAGRAM pal 005a macho PALCE20RA10 PD3024 A1OH-15
Contextual Info: P R E L IM IN A R Y COM’L a Advanced Micro Devices PALCE20RA1 OH-15 24-Pin Asynchronous EE CMOS Programmable Array Logic DISTINCTIVE CHARACTERISTICS • Low power at 90 mA Icc ■ 15 ns maximum propagation delay and 50 MHz Im a x Individually programmable asynchronous

DT12-8

Abstract: DT12-8-01L DT12-8-01S DT128 DT12-8-01 801lS Marlow Industries dt12
Contextual Info: marlow industries inc. Subsidiary of II-VI INCORPORATED Thermoelectric Cooler DT12-8 Performance Values Hot Side Temperature °C 27°C 50°C ∆ Tmax (°C-dry N2): 66 74 Qmax (watts): 71 78 Imax (amps): 7.4 7.4 Vmax (vdc): 14.7 16.4 AC Resistance (ohms):

DT6-4

Abstract: Marlow Industries dt6-4 DT6-4-01 DT6-4-01S Marlow Industries DT6-4-01L
Contextual Info: marlow industries inc. Thermoelectric Cooler DT6-4 Performance Values Hot Side Temperature °C 27°C 50°C ∆ Tmax (°C-dry N2): 65 73 Qmax (watts): 20 22 Imax (amps): 3.7 3.7 Vmax (vdc): 8.2 9.2 AC Resistance (ohms): 1.8 - Mechanical Characteristics

60Ghz

Abstract: MGF0915A a4013
Contextual Info: MITSUBISHI SEMICONDUCTOR<GaAs FET> MGF0915A L & S BAND GaAs FET [ SMD non - matched ] DESCRIPTION The MGF0915A GaAs FET with an N-channel schottky Gate, is designed for use UHF band amplifiers. FEATURES • High output power Po=36.5 dBm TYP. @f=1.9GHz,Pin=23dBm

DT3-6-01L

Abstract: DT3-6-01 DT3-6 DT3-6-01S
Contextual Info: marlow industries inc. Thermoelectric Cooler DT3-6 Performance Values Hot Side Temperature °C 27°C 50°C ∆ Tmax (°C-dry N2): 65 73 Qmax (watts): 13 14 Imax (amps): 5.6 5.6 Vmax (vdc): 3.6 4.1 AC Resistance (ohms): 0.5 - Mechanical Characteristics

Q001

Abstract: DHR48 V53C464
Contextual Info: bSE M O SEL-VITELIC T> m b 3 S 3 3 T l Ü G Q lflM b b T l V53C464A FAMILY HIGH PERFORMANCE; LOW POWER 64K X 4 BIT FAST PAGE MODE CMOS DYNAMIC RAM 60/60L 70/70L 80/80L 10/10L Max. RAS Access Time, tRAC 60 ns 70 ns 80 ns 100 ns Max. Column Address Access Time, (tCAA)

Contextual Info: Series UHF Reduction Sleeves Reduzierhiilsen Part Number Cable Group Remarks 54 Z 101-006 A 06 applicable with 54 A 102-015 A1 h-— i 1 Rosenberger Hochfrequenztechnik, POB 1260, D-84526 Tittmoning, Tel. 0 86 84 /18-0, Fax 0 86 84 /18 499, www.rosenberger.de

Contextual Info: SERIES UHF Serie UHF Series UHF Coaxial connector with screw-lock system with notched edges on the jack Koaxial-Steckverbinder m it Schraubversch/uB m it stirnseitiger Zerzahnung and corresponding lugs on the plugs, which guarantee a high degree of tor­ am Kuppler und entsprechend passenden Nasen am Stecker, durch deren

rosenberger crimp

Contextual Info: SERIES N 50 Q Series N Serie N Robust coaxial connector Navy Connector screw-lock system for wide­ Koaxial-Steckverbinder (N a vy C onnector) m it Schraubverbindung in robu- spread communications applications, especially for radio equipment with ste r Ausfuhrung fu r breiten Einsatz in der Nachrichten- u nd insbesondere

Contextual Info: PRELIM IN ARY COM’L a Advanced Micro Devices PALCE20RA1 OH-15 24-Pin Asynchronous EE CMOS Programmable Array Logic DISTINCTIVE CHARACTERISTICS • ■ ■ ■ ■ Programmable replacement for high-speed CMOS o rT TL logic TTL-level register preload for testability

10p05

Abstract: 05p08 102684 SK-1294 08P01-00144-00 101490 sk-1237 103470 33202 102046
Contextual Info: Allen Bradley Drives Part Numbers Old and New Cross Reference OLD PART # NEW # SK-1065 SK-1206 SK-1237 SK-1250 SK-1294 01P01-10000-01 01P01-10000-02 01P01-10002-01 01P01-10002-02 01P01-10003-02 01P01-10100-01 01P01-10100-02 01P01-10101-01 01P01-10101-02 01P01-10102-02

DT12-6

Abstract: DT12-6-01S DT12-6-01L DT12-6-01LS Marlow Industries dt12 DT12-6-01 Marlow Industries
Contextual Info: marlow industries inc. Thermoelectric Cooler DT12-6 Performance Values Hot Side Temperature °C 27°C 50°C ∆ Tmax (°C-dry N2): 66 74 Qmax (watts): 54 60 Imax (amps): 5.6 5.6 Vmax (vdc): 14.7 16.4 AC Resistance (ohms): 2.2 - Mechanical Characteristics

Marlow Industries

Abstract: 801lS DT3-8-01L DT3-8-01 DT3-8-01S
Contextual Info: marlow industries inc. Thermoelectric Cooler DT3-8 Performance Values Hot Side Temperature °C 27°C 50°C ∆ Tmax (°C-dry N2): 65 73 Qmax (watts): 17 19 Imax (amps): 7.4 7.4 Vmax (vdc): 3.6 4.1 AC Resistance (ohms): 0.4 - Height Mechanical Characteristics

Marlow Industries dt12

Abstract: DT12-4-01 DT12-4-01S DT12-4 DT12-4-01L DT12 Marlow Industries
Contextual Info: marlow industries inc. Thermoelectric Cooler DT12-4 Performance Values Hot Side Temperature °C 27°C 50°C ∆ Tmax (°C-dry N2): 66 74 Qmax (watts): 36 39 Imax (amps): 3.7 3.7 Vmax (vdc): 14.7 16.4 AC Resistance (ohms): 3.2 - Mechanical Characteristics

Marlow Industries

Abstract: DT3-4-01 DT3-4-01L DT3-4-01S
Contextual Info: marlow industries inc. Thermoelectric Cooler DT3-4 Performance Values Hot Side Temperature °C 27°C 50°C ∆ Tmax (°C-dry N2): 65 73 Qmax (watts): 9 10 Imax (amps): 3.7 3.7 Vmax (vdc): 3.6 4.1 AC Resistance (ohms): 0.8 - Mechanical Characteristics