CVD 60 Search Results

J1926

Abstract: 4-pin Mini DIN down hole intrinsically safe pressure transducer
Contextual Info: PSIBAR CVD types 2200 Series / 2600 Series – General Purpose Industrial Pressure Transducers Series 2200  Gauge, Absolute, Vacuum and Compound Pressure Models Available  Submersible, General Purpose and Wash Down Enclosures  High Stability Achieved by CVD Sensing Element

unjf

Abstract: unjf-3A Gems Sensors 33656E4
Contextual Info: PRESSURE SENSORS 6700 Series-Stable Industrial Transmitters with Turndown Capabilities CVD TECHNOLOGY PRESSURE TRANSDUCERS Ī Gauge and absolute pressure models Ī Submersible, general purpose and wash down enclosures Ī High stability achieved by CVD sensing element

din 16288

Abstract: 25bar 16288 50T PRESSURE TRANSMITTER BY ABB ISO4400 iso 4400 EN50081-2 EN50082-2 b1204 1600kPa
Contextual Info: Data Sheet FieldIT SS/51G/A_3 50T Series Transmitters Model 51G/A gauge/absolute pressure transmitter Ranges: -100 to 40000kPa -1 to 400bar -14.5 to 6000psi • Base accuracy : ≤ 0.25% BFSL ■ Chemical Vapour Deposition (CVD) technology ■ Various process connections

f 6267

Abstract: J514 "Pressure Transducers" 16-20UNF IEC 68-2-32 DIN 43650 Pressure Transducers
Contextual Info: 2200 Series / 2600 Series Universal Industrial Pressure Transducers Gauge, absolute, vacuum and compound pressure models available Submersible, general purpose and wash down enclosures High stability achieved by CVD sensing element Millivolt, voltage and current output models

Pressure Transducers

Contextual Info: 2200 Series / 2600 Series Universal Industrial Pressure Transducers Gauge, absolute, vacuum and compound pressure models available Submersible, general purpose and wash down enclosures High stability achieved by CVD sensing element Millivolt, voltage and current output models

UNJF-3A

Abstract: unjf MS33656-E4 Pressure Transducers gems 6700 33656E4 IEC 68-2-32 unjf insert CONDUIT UNF
Contextual Info: PRESSURE SENSORS 6700 Series-Stable Industrial Transmitters with Turndown Capabilities CVD TECHNOLOGY PRESSURE TRANSDUCERS Ī Gauge and absolute pressure models Ī Submersible, general purpose and wash down enclosures Ī High stability achieved by sputtered sensing element

heating element

Abstract: LS-4101 bhc - 64 element BHC4214SC BHC4215SS BHC6201WR BVC5201SR Thermal Print Heads
Contextual Info: G22_BHC_BVC 1/2 Recording/Reproducing Heads BHC, BVC Series Thermal Print Heads For Card, General Use BHC AND BVC SERIES, CONVEX SUBSTRATE TYPE FEATURES • All models employ Poly-Si heating elements and BP protective films fabricated using the CVD method.

1x4 splitter

Contextual Info: PLC Splitter Module P1C Silica-on-Silica Planar Lightwave Circuit PLC Splitter • 1x4, 1x8, 1x16, 1x32, 1x64 modules* • Packaged Optical Waveguide chips based on Patented Plasma Chemical Vapor Deposition (P-CVD) technology for stable optical characteristics and high reliability

CT0505D

Abstract: CT1310D CR0505D SN95 solder diamond circuit flange RF resistor 50
Contextual Info: CVD Diamond High Power Resistors and Terminations Application Note 0022 General Description: There are many applications in RF design where it is necessary to absorb large amounts of RF power. In order to effectively absorb large amounts of power, resistors and terminations

laser diode 905nm

Abstract: CVD 40 laser diode ldi 905 905nm rangefinding CVD 165 CVD-195 CVD-197 Laser Diode Specifications 1550nm CVD 65
Contextual Info: Data downloaded from http://www.anglia.com - the website of Anglia - tel: 01945 474747 Catalogue 1654741 LDI High Power Pulsed Laser Diodes Revised 1-04 “NEW” LDI High Power Pulsed Laser Diodes Laser Diode Incorporated’s LDI CVD series lasers are strained layer

Contextual Info: PLC S plitter Module - P1C Silica-on-Silica Planar Lightwave Circuit P LC Splitter • 1x4, 1x8, 1x16, 1x32, 1x64* modules'* ■ Packaged Optical Waveguide chips based on Patented Plasma Chemical Vapour Deposition (P-CVD) technology for stable optical characteristics and high reliability

TRANSDUCER BK

Abstract: gems pressure transducer
Contextual Info: PSIBAR CVD types 1200 Series / 1600 Series – OEM Transducers Featuring Exceptional Proof Pressure and Stability Specifications     Gauge, Vacuum, and Compound Pressure Models General Purpose and Wash down Enclosures High Proof Pressure Achieved by Thicker Diaphragm Construction

C7460

Abstract: AC100 U9046 stepping motor howard
Contextual Info: Multiband Plasma-Process Monitor Model C7460 The Multiband Plasma-Process Monitor MPM is a system specifically designed for monitoring the optical plasma emissions that are created during the various manufacturing processes of semiconductors including etching, sputtering, cleaning, and CVD.

Contextual Info: Gauge, vacuum, and compound pressure models General purpose and wash down enclosures High proof pressure achieved by thicker diaphragm construction Voltage and current output models The features stability and toughness via its CVD and ASIC design coupled with a thicker diaphragm. The thicker diaphragm enables

Contextual Info: IC dependence of oscillating characteristics uPD65840GJOSO9 FCR4.0M5 - STD Room Temp. Vdd CVD 3.3 item a~e uPD65840GJOSO9 - HHL CL1/CL2 CpF3 33 / 33 Rf CMohm] 1 - V1H/V1L v/iuguli a. 5 V1H Ì -1 7 .— b. V2H/V2L m V2H • 3 60 -• • 1 ^ 1 ft - •

B5_437_CVD

Contextual Info: B5-437-CVD DESCRIPTION zSuper bright LED Lamp zRound type zT1-3/4 5mm diameter 5.9 ± 0.3 5 ± 0.2 zLens color: Water Clear zWith Flange zSolder leads without stand-off 8.6 ± 0.3 1.0 ± 0.2 1 MAX. FEATURES zEmitted color: Super Blue zHigh Luminous intensity

Contextual Info: LOW DEPTH SUBMERSIBLE PRESSURE SENSOR FROM 12 TO 140 INCHES OF WATER DEPTHS PX418 Series RANGES 12 TO 14O inH20 MADE IN USA ߜ All Stainless Steel Wetted Parts ߜ Completely Immersible ߜ CVD Construction for High Stability PX418 $ 1.21 30.86 MAX. DIA. 4.78

MN151630

Contextual Info: MN151630RB - 1 FCR4.0MC5 Ta- 20 [deg] a. V1H/V1L 7 5 3 o— — 0 Typical * -* Worst m V1H 1 *Ll=zr= ± -1 7 b. V2H/V2L CVD S 3 V2H 1 -1 .5 .3 V2L 0-*- j _ i_ I_ L- c. Fosc 1X3 .1 -.1 -.3 -.5 400 300 200 100 60 -«- •- -I

LM 162

Abstract: uPD780208 cv3f 5J35
Contextual Info: IC dependence of oscillating characteristics uPD780208 FCR4.0MC5 - STD Room Temp. Vdd CVD 5 item a-e UPD780208 - W-4 FCR4.0MC5 Ta" 20 Cdeg] 7 5 a. V1H/V1L [V] o Typical » — -•» Worst 3 1 -1 7 -1- 1- 1- 1- 1_ I_ I_ I_ L.

8-4 BENDIX

Abstract: 2200BG pressure oil gauge sensor Gems Sensors Gems Sensors 2200
Contextual Info: The Strength of Gems Psibar Pressure Transducers Starts with the Science of CVD Gems Sensors provides the most stable pressure sensor on the market today by combining advanced sensing technology with highly automated and revolutionary manufacturing methods. The result is a sensing element comprised of silicon,

laser diode 905nm

Abstract: CVD 65 CVD 165 Tyco diodes CVD 67 CVD-90 laser diode ldi 905 rangefinding CVD 166 905nm
Contextual Info: Catalog 1307895 Revised 9-04 Fiber Optic Products Catalog High Power Pulsed Laser Diodes The CVD series lasers are strained layer quantum well devices fabricated by the MOCVD process. These pulsed lasers are available with up to 140W of peak power and either 850nm or 905nm.

MC68hc785

Abstract: hc68hc705 mc68hc705bd7b 9948 P 181 YE 98994
Contextual Info: MC68HC705BD7B - 1 FCR4.0MC5 Fig .a- e Vdd- 5 CVD * a. V1H/V1L 7 5 1 -1 7 VJL VZH ! c. Fosc .3 .1 -.1 -.3 -.5 800 600 400 4*9 — -.4 3.2 5;3 - - r- 2 f s - 8 -.2 - f i 1 « • d . Trtse -« ■ CuS] 90B 368 2 * _ - I 368 • e. Duty i 1 1X1 - 53.1

upD703007G

Abstract: upd703007gc
Contextual Info: IC dependence of oscillating characteristics UPD703007GC FCR5.0MC5 - STD Room Temp. Vdd CVD 5 item a-e UPD703007GC - HHM FCR5.0MC5 Ta- 20 Cdeg] ? a. V1H/V1L o Typical »-« Horst CV3 5 3 1 1 • -I b. V2H/V2L CV3 7 S : V2H 3 I . V2L -1 1 c. Fosc «5

rcr32

Abstract: ITE 7831 lzl 60 c TIL 143 UPD66006 UPD6600G m8288 cdb 838
Contextual Info: IC dependence of oscillating characteristics UPD66006.OSO7 FCR32.0M2G - STD N. ItM ICHO t. m V1H/V1L LLL 4.8 CCC 4.7 HHH 4.4 b. m V2H/V2L 4.9 , -.4 .4 4.8 . .5 -.4 4.6 -.4 .5 Room Temp. Vdd CVD 5 Item a^e CL1/CL2 CpFD 10 / 10 e. CMHz] d. CuSl •. CX3 f.