avav588con,最近2019中文免费字幕在线观看,欧美一道本一区二区三区,九九热在线观看,经典好看免费AV

上海航歐機(jī)電設(shè)備有限公司

主營產(chǎn)品: MONITRAN加速度傳感器,BEDIA水位傳感器,BEDIA水位傳感器

您現(xiàn)在的位置: 首頁> 公司動態(tài)> neff采板卡 neff機(jī)箱

德國deltalogic

德國BEDIA

計(jì)數(shù)器

控制器

電源

熱電偶

緩沖器

變壓器

轉(zhuǎn)換器

電磁閥

電纜

線圈

繼電器

流量計(jì)

電機(jī)

開關(guān)

傳感器

編碼器

探針

接頭

濾芯

帽子

減速機(jī)

電缸

變頻器

氣缸

電子整流器

馬達(dá)

電力電容

執(zhí)行器

警報(bào)系統(tǒng)

氣囊

壓力變送器

噴嘴

定位器

溫度探頭

卷筒

安全閥

齒輪箱

數(shù)字儀表

彈簧

顯示表

失壓線圈

通用網(wǎng)關(guān)

顯示器

鉆座

直流電機(jī)

模塊

截止閥

伺服電機(jī)

檢漏儀

電池

蝶閥

減震墊板

測針

鈍化顏色工具包

軟連接

微型面板插座

樹脂

安全帶

漲緊套

防爆視鏡

風(fēng)機(jī)

電位器

變送器

鐳射頭

適配器

調(diào)制解調(diào)器

監(jiān)視器

濾波器

電流互感器

支架

水準(zhǔn)器

排線器

便攜式制動測試儀

調(diào)功器

密封圈

直流驅(qū)動器

風(fēng)冷卻器

電阻

限位盒

液壓拉馬包

連接器

蜂鳴器

線纜

加熱器

功率轉(zhuǎn)換器

壓窩器

密封

液晶顯示器

過濾器

探頭

緊固螺栓組件

傳動控制器

軸承

流量表

MAHLE

MBS

MONITRAN

Netter

NK TECHNOLOGIES

Pavone

PLACID

Roxburgh EMC

RYVAC

SAER

Santest

Seametrics

SFERAX

Status

StenFlex

Alpha Automatismes

Binding union

軟件

TECNOMORS

TRUMETER

Zero-Max

Forkardt

激光發(fā)生器

增壓器

讀數(shù)頭

鉗式抱閘

彈性體

彈性膠塊

振動器

公司信息

聯(lián)人:
鄧超
址:
上海市中江路388弄國盛中心1號樓905室
編:
鋪:
http://www.duty-free.cn/st160325/
給他留言

neff采板卡 neff機(jī)箱

2016-7-15  閱讀(324)

上海航歐neff采板卡 neff機(jī)箱(含電源) neff邏輯板卡

The Neff Advantage

 

Since 1956

 

Located in Monrovia, California not far from Pasadena, NEFF Instruments has been a leading manufacturer of high performance data acquisition equipment since its founding in the mid 1950s by Glyn Neff.

System 470

System 620/600

System 471

System 472

System 730

System 495

System 470
Function Cards

DA23350

DA23535

6715450306

KAR-3-3205 KGF-N-3205/Tr 36x6

TGS-RPTS-Tr-36x6-LH-K82-A-462-0

89026352

9002335012

470100

9002335012

90023535

470051

TGS-RPTS-TR-28X5-T5-RH-1050

  • 470010   32-Bit TTL Input 
  • 470011   16-Bit Isolated Digital Input-AC/DC Signals, 1000V isolation.
  • 470012   2-CH Freq. or Period Input
  • 470013   32-Bit TTL Input/Output 
  • 470014   ARINC-429 Controller
  • 470015   2-CH Widerange Freq. or Period Input - programmable modes.
  • 470030   32-Bit TTL Output
  • 470031   8-Point Form 'C' Relay Output - latching relays
  • 470050   16-CH Differential Multiplexer - 10 Hz filter per channel
  • 470051   16-CH Differential Mux w/Open Source-w/filter
  • 470052   16-CH Differential Mux w/4-20mA Input- w/filter 
  • 470054   4-CH Bridge Conditioner/Mux - w/multiplexer, amp & filter
  • 470055   4-CH RTD Conditioner/Mux-w/multiplexer, amp & filter
  • 470056   16-CH Transformer-coupled Mux- 1000V CMV
  • 470059   16-CH Multiplexer, Direct Input- w/o filter
  • 470070   2-CH 16-Bit DAC Output
  • 470071   16-CH 12-Bit DAC Output
  • 470081   16 Channel Isothermal Connector
  • 470085   Calibration Card

System 471
Function Cards

  • 470010   32-Bit TTL Input
  • 470011   16-Bit Isolated Digital Input-AC/DC Signals, 1000V isolation.
  • 470012   2-CH Frequency or Period Input
  • 470013   32-Bit TTL Input/Output
  • 470014   ARINC-429 Controller
  • 470015   2-CH Widerange Frequency or Period Input -programmable
  • 470030   32-Bit TTL Output 
  • 470031   8-Point Form 'C' Relay Output- latching relays
  • 470052   16-CH Differential Mux w/4-20mA Input - w/filter
  • 470058   4-CH Isolation Amplifier
  • 47036X   Mode Cards For Iso-Amp
  • 470059   16-CH Multiplexer, Direct Input- w/o filter
  • 470070   2-CH 16-Bit DAC Output
  • 470071   16-CH 12-Bit DAC Output

System 472
Function Cards

  • 472010   32-Bit TTL Input 
  • 472011   16-Bit Isolated Digital Input-AC/DC Signals, 1000V isolation.
  • 472012   2-CH Frequency or Period Input
  • 472013   32-Bit TTL Input/Output
  • 472015   2-CH Widerange Frequency or Period Input - programmable
  • 472030   32-Bit TTL Output
  • 472031   8-Point Form 'C' Relay Output - latching relays
  • 472052   16-CH Differential Mux w/4-20mA Input - w/filter
  • 472059   16-CH Multiplexer, Direct Input - w/o filter
  • 472060   16-CH Programmable Gain Amp/Filter
  • 472070   2-CH 16-Bit DAC Output
  • 472071   16-CH 12-Bit DAC Outpu
  • 472081   16 Channel Isothermal Connector

System 495
Function Cards

  • 495200 Input/Control Assembly with SCSI Interface (16 slots)
  • 495101 Expansion Input Assembly (16 Slots)
  • 495070 250 kHz Prog. Amp/Filter with 16-bit ADC and 1 meg Ram
  • 495071 250 kHz Prog. Amp/Filter with 16-bit ADC and 16 meg Ram
  • 495072 250 kHz Prog. Amp/Filter with 16-bit ADC and 32 meg Ram
  • 495073 250 kHz Prog. Amp/Filter with 16-bit ADC and 64 meg Ram
  • 495080 1 MHz Prog. Amp/Filter with 14-bit ADC and 1 meg Ram
  • 495081 1 MHz Prog. Amp/Filter with 14-bit ADC and 16 meg Ram
  • 495082 1 MHz Prog. Amp/Filter with 14-bit ADC and 32 meg Ram
  • 495083 1 MHz Prog. Amp/Filter with 14-bit ADC and 64 meg Ram
  • 495085 8 Input Trigger Module

System 620/600
Function Cards

  • 620650 - 4 Channel Preamp with 2-Pole Butterworth Filter
  • 620654 - 4 Channel Preamp with 6-Pole Butterworth Filter

System 730
Function Cards

  • 2-Channel programmable gain amplifier card with transducer conditioning
  • 24 Bit Isolated  TTL input card

·         The NEFF System 470 (S470) DAS is a complete, low cost moderate-speed DAS for use in computer-based applications. The S470 is designed primarily for computer automated data acquisition in test facilities, laboratories and industrial plants or wherever a moderate-speed DAS is required.

·         The S470 is designed to accept analog inputs ranging from 5mV to 10.24V full scale in 12 programmable steps. Signal conditioning for sensors such as strain gages, RTDs, potentiometers and thermocouples is supplied by standard S470 function cards thus eliminating the need for external sources. Other function cards support digital I/O, frequency measurement and analog output.

·         S470 consists of a 7-inch high, 19-inch wide enclosure with power supply, backplane wiring, I/O Control Logic printed circuit card, Analog Subassembly printed circuit card and 16 I/O card slots that accept any combination of S470 function cards. A Control/Display panel is optional and an expansion assembly is available to extend function card capacity to 32. The maximum number of channels or data points to be serviced depends on the type of function cards used. Thirty-two 16-channel Multiplexer cards, for example, provide 512 channels of analog input while a full complement of 32-bit TTL input cards accommodate 1024 single data points.

·         The Series 600 is NEFF's top-of-the-line data acquisition system providing the utmost in performance, accuracy and convenience. Featuring leading-edge technology and innovative design, Series 600 brings extensive automation and complete programmability to the testing laboratory.

·         The key to Series 600's high performance is the effective combination of fully programmable preamp/filters, programmable post amplifier, sophisticated microprocessor-controlled calibration circuits and the amplifier-per-channel data acquisition technique that realizes the lowest noise level and highest common mode rejection obtainable in a data acquisition system.

·         Programmable Gain Over the Full Dynamic Range
With programmable gain, test setup time is greatly reduced as is the bother and confusion of manual switch settings. In Series 600 the range of each channel is programmable from +/-5mV full scale to +/-10.24V full scale in 12 binary steps.

·         Preamps Include Programmable Filter
Two types of input preamps are available in Series 600 to allow both static and dynamic measurements. Both have programmable filter cutoff frequencies of 1Hz, 10Hz, 100Hz and 1kHz. Low-level differential preamps (620650 and 620654) have 2-pole and 6-pole Butterworth filters, respectively.

·         The sample and hold preamp (620654) permits simultaneous sampling of multiple low-level input channels and is used where minimum channel-to-channel skew is required. both preamps have fully guarded inputs and operate from grounded or floating signal sources.

·         Automatic Calibration
On command the internal microprocessor takes over control of the Series 600 and begins a sequence of steps to derive and store calibration factors for each channel. The calibration data is stored in on-board memories and during run mode are summed with the post amplifier output voltage to obtain fully calibrated signals for conversion by the ADC.

·         The automatic calibration procedure results in static accuracy of (0.02%

 



產(chǎn)品對比 二維碼

掃一掃訪問手機(jī)商鋪

對比框

在線留言