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分析检测仪器生命科学仪器显微成像与光学样品前处理温控加热与制冷真空泵阀与流体科米瑞仪器应用领域实验室仪器选型

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分析检测仪器387

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显微成像与光学86

显微镜、成像系统、光学平台与光学测量设备

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样品前处理36

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全部分析检测仪器生命科学仪器显微成像与光学样品前处理温控加热与制冷真空泵阀与流体材料物性与力学环境安全与现场检测实验室通用设备电子电工与半导体
10 MHz Distribution Amplifier - FS730
Scientific and analytical instrumentStanford Research Systems型号 FS730-1

10 MHz Distribution Amplifier - FS730

Sine wave outputs (+13 dbm) Low additive phase noise High channel-to-channel isolation FS735 Distribution Amplifiers The FS730/FS735 Series Distribution Ampl...

技术参数
Sine wave outputs (+13 dbm)
技术参数
The FS730/FS735 Series Distribution Amplifiers are used to distribute a low noise 10 MHz frequency reference. Each system has one input and seven outputs, all on BNC connectors. The input is coupled through a series LC network allowing the use of inp
技术参数
FS740 GPS Frequency Std. PRS10 Rb Oscillator FS752 GPS System FS725 Rb Freq. Std.
技术参数
X Input Limiter Characteristic FS730 & FS735
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10 MHz Distribution Amplifier - FS730
Scientific and analytical instrumentStanford Research Systems型号 FS730-2

5 MHz Distribution Amplifier - FS730

Sine wave outputs (+13 dbm) Low additive phase noise High channel-to-channel isolation FS735 Distribution Amplifiers The FS730/FS735 Series Distribution Ampl...

技术参数
Sine wave outputs (+13 dbm)
技术参数
The FS730/FS735 Series Distribution Amplifiers are used to distribute a low noise 5 MHz frequency reference. Each amplifier has one input and seven outputs, all on BNC connectors. The input is coupled through a series LC network allowing the use of i
技术参数
FS740 GPS Frequency Std. PRS10 Rb Oscillator FS752 GPS System FS725 Rb Freq. Std.
技术参数
The input is conditioned by a limiter which provides several advantages. It removes amplitude modulation from the input signal, outputs have fixed amplitude, and input noise that occurs more than 50 mV away from the zero-crossing is blocked. Virtuall
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10 MHz Distribution Amplifier - FS730
Scientific and analytical instrumentStanford Research Systems型号 FS730-3

CMOS Distribution Amplifier - FS730

High input impedance with hysteresis High current outputs Fast transition times Small insertion delay Low channel-to-channel timing skew

技术参数
High input impedance with hysteresis
技术参数
High current outputs
技术参数
The FS730/3 Series Distribution Amplifiers are used to distribute CMOS level logic pulses. Each amplifier has one input and seven outputs, all on BNC connectors. All inputs and outputs are logic levels.
技术参数
FS740 GPS Frequency Std. PRS10 Rb Oscillator FS752 GPS System FS725 Rb Freq. Std.
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10 MHz Distribution Amplifier - FS730
Scientific and analytical instrumentStanford Research Systems型号 FS730-4

Broadband 50 ohm distribution amplifier - FS730

Flat frequency response to 100 MHz High current compliance FS735 Distribution Amplifiers The FS730/4 Series Distribution Amplifiers are used to distribute br...

技术参数
Flat frequency response to 100 MHz
技术参数
High current compliance
技术参数
The FS730/4 Series Distribution Amplifiers are used to distribute broadband (DC to 100 MHz) analog signals over 50 Ω coax. Each amplifier has one input and seven outputs, all on BNC connectors. The input and outputs are DC coupled with a 50 Ω impedan
技术参数
FS740 GPS Frequency Std. PRS10 Rb Oscillator FS752 GPS System FS725 Rb Freq. Std.
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10 MHz Distribution Amplifier - FS730
Scientific and analytical instrumentStanford Research Systems型号 FS730-5

Broadband 75 ohm Distribution Amplifier - FS730

Flat frequency response to 100 MHz High current compliance FS735 Distribution Amplifiers The FS730/5 Series Distribution Amplifiers are used to distribute br...

技术参数
Flat frequency response to 100 MHz
技术参数
High current compliance
技术参数
The FS730/5 Series Distribution Amplifiers are used to distribute broadband (DC to 100 MHz) analog signals over 75 Ω coax. Each amplifier has one input and seven outputs, all on BNC connectors. The input and outputs are DC coupled with a 75 Ω impedan
技术参数
FS740 GPS Frequency Std. PRS10 Rb Oscillator FS752 GPS System FS725 Rb Freq. Std.
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GPS 10 MHz Frequency Reference - FS740
Scientific and analytical instrumentStanford Research Systems型号 FS740

GPS 10 MHz Frequency Reference - FS740

12 digit/s frequency counter Source output — sine, square, triangle, IRIG-B Built-in distribution amplifiers Ethernet and RS-232 interfaces GPS/GNSS discipli...

技术参数
12 digit/s frequency counter
技术参数
Source output — sine, square, triangle, IRIG-B
技术参数
Ethernet and RS-232 interfaces
技术参数
The FS740 GPS Time and Frequency System provides a 10 MHz frequency reference with a long-term stability of better than 1 × 10 -13 . A built-in receiver tracks any of the four major GNSS constellations: GPS, GLONASS, BEIDOU, or GALILEO. The instrumen
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GPS 10 MHz Frequency Reference - FS752
Scientific and analytical instrumentStanford Research Systems型号 FS752

GPS 10 MHz Frequency Reference - FS752

Up to eight 10 MHz & 1 pps outputs (opt.) GPS/GNSS disciplined 10 MHz Double-oven OCXO timebase FS752 GPS 10 MHz Reference The FS752 GNSS Disciplined Time an...

技术参数
Up to eight 10 MHz & 1 pps outputs (opt.)
技术参数
The FS752 GNSS Disciplined Time and Frequency Reference provides calibrated time and frequency distribution to your laboratory. A built-in receiver tracks any of the four major GNSS constellations: GPS, GLONASS, BEIDOU, or GALILEO. The instrument com
技术参数
FS740 GPS/GNSS DO FS725 Rb Frequency Standard PRS10 Rb Oscillator FS735 Distribution Amplifier RF Signal Generator
技术参数
The FS752 provides five buffered 10 MHz outputs and two buffered 1 pps outputs. The 10 MHz outputs generate 1 Vrms into 50 Ω and may be used as frequency references for laboratory equipment. The 1 pps outputs generate 10 �s pulses, with 5 V CMOS logi
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Melting Point Apparatus - OptiMelt MPA100
Scientific and analytical instrumentStanford Research Systems型号 MPA100

Melting Point Apparatus - OptiMelt MPA100

PID-controlled temperature ramping Digital movie of each melt 21 CFR Part 11 (opt.) Conforms to Pharmacopeia & GLP Automatic & visual determination

技术参数
OptiMelt provides a fast and accurate means of automatically determining the melting points and melting ranges of chemical substances. With microprocessor controlled temperature ramping, a built-in digital camera, and a selling price that is half tha
技术参数
OptiMelt provides a fast and accurate means of automatically determining the melting points and melting ranges of chemical substances. With microprocessor-controlled temperature ramping, a built-in digital camera, and a selling price that is half tha
技术参数
OptiMelt is specifically designed for unattended operation. It has a built-in digital camera that continuously captures real-time images of the samples, and it uses digital image processing to determine results. The melting points and melting ranges
技术参数
OptiMelt has an intuitive front panel and is very easy to use. Simply select a start temperature, ramp rate, stop temperature, and hit start. Results can be easily seen from across the lab on the large LCD display. Samples can be viewed on the front
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Melting Point Apparatus - DigiMelt MPA160
Scientific and analytical instrumentStanford Research Systems型号 MPA160

Melting Point Apparatus - DigiMelt MPA160

DigiMelt is a modern, low cost, digital melting point apparatus designed specifically for the student lab. Students learn the visual detection capillary meth...

技术参数
DigiMelt incorporates a platinum resistance temperature detector (RTD) instead of the usual mercury thermometer. This means better accuracy on the readings, and no more mercury cleanup from broken thermometers. The RTD is encased inside the oven bloc
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PPR - Vacuum Process Monitor
Scientific and analytical instrumentStanford Research Systems型号 PPR

PPR - Vacuum Process Monitor

PPR Series Process Monitoring Systems The PPR Process Monitoring System is designed for in-line process monitoring and diagnosis. Two paths are provided to t...

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PRS10 - Rubidium Frequency Standard
Scientific and analytical instrumentStanford Research Systems型号 PRS10

PRS10 - Rubidium Frequency Standard

PRS10 Rubidium Frequency Standard The PRS10 is an ultra-low phase noise, 10 MHz rubidium-disciplined crystal oscillator. The device fulfills a variety of com...

技术参数
PRS10 Rubidium Frequency Standard
技术参数
The PRS10 is an ultra-low phase noise, 10 MHz rubidium-disciplined crystal oscillator. The device fulfills a variety of communication, synchronization and instrumentation requirements. The phase noise of the 10 MHz output is low enough to be used as
技术参数
FS740 GPS Frequency Std. FS725 10 MHz Rb Ref. FS735 Distribution Amplifier RF Signal Generator
技术参数
The PRS10 is an ultra-low phase noise, 10 MHz rubidium-disciplined crystal oscillator. The device fulfills a variety of communication, synchronization, and instrumentation requirements. The phase noise of the 10 MHz output is low enough to be used as
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Programmable Temperature Controller PTC10
Scientific and analytical instrumentStanford Research Systems型号 PTC10

Programmable Temperature Controller PTC10

PTC10 Temperature Controller Introducing the PTC10 Programmable Temperature Controller—the ideal instrument for measuring temperature, controlling heaters, a...

技术参数
Introducing the PTC10 Programmable Temperature Controller—the ideal instrument for measuring temperature, controlling heaters, and logging temperature data. The PTC10 Programmable Temperature Controller is a modular system that can be configured to s
技术参数
The PTC10 Programmable Temperature Controller is a modular system that can be configured to suit a wide range of applications. The system consists of the PTC10 Controller and up to four I/O cards—two types of input cards for RTDs and thermocouples, a
技术参数
The PTC320 and PTC323 Thermistor/Diode/RTD readers can read a variety of resistive and diode temperature sensors. The PTC320 has a single input on a 6-pin circular DIN connector, while the PTC323 has two inputs on a 9-pin D-sub connector .
技术参数
The PTC321 RTD reader has four inputs for 100 Ω platinum RTD sensors. Each channel has a four-wire input with its own 1 mA current source for sensor excitation. The current can be reversed with each reading to cancel out stray thermocouple EMFs.
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QMS - High Pressure Gas Analyzer
Scientific and analytical instrumentStanford Research Systems型号 QMS

QMS - High Pressure Gas Analyzer

Better than 1 amu resolution Less than 0.5 second response time Compact, transportable design 6 decades of dynamic range RGA Windows software

技术参数
Better than 1 amu resolution
技术参数
6 decades of dynamic range
技术参数
QMS series gas analyzers offer an efficient, cost-effective solution for a wide range of applications. These mass spectrometers simplify the task of on-line process monitoring, analysis of gas species, leak detection, and troubleshooting. The QMS sys
技术参数
QMS series gas analyzers offer an efficient, cost-effective solution for a wide range of applications. These mass spectrometers simplify the task of on-line process monitoring, analysis of gas species, leak detection, and troubleshooting.
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Residual Gas Analyzer
Scientific and analytical instrumentStanford Research Systems型号 RGA

Residual Gas Analyzer

Better than 1 amu resolution 6 orders of magnitude dynamic range in a single scan 5 x 10 -14 Torr detection limit RGA Windows software RS-232 & Ethernet inte...

技术参数
Better than 1 amu resolution
技术参数
6 orders of magnitude dynamic range in a single scan
技术参数
RS-232 & Ethernet interfaces
技术参数
RGA Software Download RGA Windows (legacy software) RGA Python Driver RGA Basics RGA Ethernet Adapter Manual Max Insertion Nipple Replacement Ionizer Kit RGA Work Stand Drawing Vacuum Diagnosis RGA Ion Counting Output Pressure Conversion Table RGA Vo
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Residual Gas Analyzer
Scientific and analytical instrumentStanford Research Systems型号 RGA120

Residual Gas Analyzer

New RGASoft Windows software Hybrid electrometer for improved baseline sensitivity USB, RS-232 and Ethernet interfaces 120, 220 and 320 amu systems Built-in ...

技术参数
USB, RS-232 and Ethernet interfaces
技术参数
The new 120, 220 and 320 amu residual gas analyzers from SRS offer increased mass range, better performance, and new capabilities like built-in analog I/O. Building on the previous RGA100 series, SRS continues to offer unmatched value with the RGA120
技术参数
RGA Software Download RGA Python Driver RGA Basics Max Insertion Nipple Replacement Ionizer Kit RGA Work Stand Drawing Vacuum Diagnosis RGA Ion Counting Output Pressure Conversion Table RGA Volatility Statement Analog Scan File Format 3D Step File (s
技术参数
RGA Software Download RGA Python Driver RGA Basics Max Insertion Nipple Replacement Ionizer Kit RGA Work Stand Drawing Vacuum Diagnosis RGA Ion Counting Output Pressure Conversion Table RGA Volatility Statement Analog Scan File Format 3D Step File fo
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SC10 - 10 MHz Ovenized Quartz Oscillator
Scientific and analytical instrumentStanford Research Systems型号 SC10

SC10 - 10 MHz Ovenized Quartz Oscillator

Electronic frequency control SC-cut crystal for low phase noise 2 × 10 -12 Allan variance (1 s) Low aging (less than 2 × 10 -10 /day) +15 or +24 VDC operation

技术参数
Electronic frequency control
技术参数
FS740 GPS Frequency Std. FS725 10 MHz Rb Ref. FS735 Distribution Amplifier PRS10 Rb Oscillator
技术参数
A number of options can be specified to match the SC10's performance to your requirements. +15 or +24 VDC operation can be specified, and the output is available on SMA, SMB, and SMC connectors, or on a single pin. Aging, noise, temperature stability
技术参数
1. Low power warm-up option is available. Contact factory for details. 2. Lamp lifetime is the dominant consideration in the design life estimate. The estimate is based on the measured reduction of lamp intensity and the elevation of lamp start volta
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RF Signal Generator - SG380 Series
Scientific and analytical instrumentStanford Research Systems型号 SG380

RF Signal Generator - SG380 Series

SG380 Series RF Signal Generator The SG380 Series RF Signal Generators use a unique, innovative architecture (Rational Approximation Frequency Synthesis) to ...

技术参数
The SG380 Series RF Signal Generators use a unique, innovative architecture (Rational Approximation Frequency Synthesis) to deliver ultra-high frequency resolution (1 µHz), excellent phase noise, and versatile modulation capabilities (AM, FM, ØM, pul
技术参数
SG390 Vector Signal Generator FS725 Rb Frequency Standard FS740 GPS 10 MHz Reference PRS10 Rb Oscillator
技术参数
The SG380 Series RF Signal Generators use a unique, innovative architecture (Rational Approximation Frequency Synthesis) to deliver ultra-high frequency resolution (1 µHz), excellent phase noise, and versatile modulation capabilities (AM, FM, ØM, pul
技术参数
The standard models produce sine waves from DC to 2.025 GHz (SG382), 4.05 GHz (SG384) and 6.075 GHz (SG386). There is an optional frequency doubler (Opt. 02) that extends the frequency range of the SG384 and SG386 to 8.10 GHz. Low-jitter differential
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Vector Signal Generator - SG390 Series
Scientific and analytical instrumentStanford Research Systems型号 SG390

Vector Signal Generator - SG390 Series

Dual baseband arb generators Analog and vector modulations I/Q modulation inputs (300 MHz RF BW) ASK, FSK, MSK, PSK, QAM, VSB & custom GPIB, RS-232 & Ethernet

技术参数
I/Q modulation inputs (300 MHz RF BW)
技术参数
Introducing the SG390 Series Vector Signal Generators—high performance, affordable RF sources. Three new RF Signal Generators, with carrier frequencies from DC to 2.025 GHz, 4.050 GHz and 6.075 GHz, support both analog and vector modulation. The inst
技术参数
SG380 RF Signal Generator FS725 Rb Frequency Standard FS740 GPS 10 MHz Reference PRS10 Rb Oscillator
技术参数
Introducing the new SG390 Series Vector Signal Generators—high performance, affordable RF sources. Three new RF Signal Generators, with carrier frequencies from DC to 2.025 GHz, 4.050 GHz and 6.075 GHz, support both analog and vector modulation. The
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SIM900 - Mainframe
Scientific and analytical instrumentStanford Research Systems型号 SIM900

SIM900 - Mainframe

10 MHz reference input Cascade multiple mainframes GPIB and RS-232 interfaces Start-up script memory Rugged, compact design

技术参数
10 MHz reference input
技术参数
GPIB and RS-232 interfaces
技术参数
SIM (Small Instrumentation Modules) is a robust, flexible platform in which up to eight high performance instruments share the same compact mainframe and computer interface. Unlike other modular systems, both front-panel and computer operation are po
技术参数
The SIM900 Mainframe is the platform on which a SIM system is assembled. The mainframe provides power, computer interfaces, clock synchronization, and individual module status. Eight internal module slots accommodate single-width and double-width mod
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SIM910 JFET & SIM911 BJT - Voltage Preamplifiers
Scientific and analytical instrumentStanford Research Systems型号 SIM910911

SIM910 JFET & SIM911 BJT - Voltage Preamplifiers

4 nV/√Hz input noise (SIM910) 1.8 nV/√Hz input noise (SIM911) Selectable gain from 1 to 100 Differential or single-ended input SIM910 & SIM911 Preamplifiers

技术参数
4 nV/√Hz input noise (SIM910)
技术参数
1.8 nV/√Hz input noise (SIM911)
技术参数
Differential or single-ended input
技术参数
SIM (Small Instrumentation Modules) is a robust, flexible platform in which up to eight high performance instruments share the same compact mainframe and computer interface. Unlike other modular systems, both front-panel and computer operation are po
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SIM914 - 350 MHz Preamplifier
Scientific and analytical instrumentStanford Research Systems型号 SIM914

SIM914 - 350 MHz Preamplifier

Two independent amplifier channels Voltage gain of 5 per channel 6.4 nV/√Hz input noise 3 ns overload recovery Excellent phase linearity

技术参数
Voltage gain of 5 per channel
技术参数
6.4 nV/√Hz input noise
技术参数
The SIM914 350 MHz Preamplifier contains two wide-bandwidth, DC-coupled amplifiers, each with a gain of 5 (14 dB). Its fast rise time, low noise and excellent DC accuracy make it an ideal instrument for amplifying signals like those from photomultipl
技术参数
The gain stages of several SIM914s can be cascaded without creating oscillation problems. Input clamping gives a 3 ns recovery time from a 10× overload.
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SIM918 - Precision Current Preamplifier
Scientific and analytical instrumentStanford Research Systems型号 SIM918

SIM918 - Precision Current Preamplifier

Input offset voltage <10 µV DC bias current <2 pA Current gain of 10 6 to 10 8 V/A 15 fA/√Hz input noise (10 8 V/A) SIM918 Current Preamplifier

技术参数
Input offset voltage <10 µV
技术参数
DC bias current <2 pA
技术参数
Current gain of 10 6 to 10 8 V/A
技术参数
15 fA/√Hz input noise (10 8 V/A)
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SIM921 - AC Resistance Bridge
Scientific and analytical instrumentStanford Research Systems型号 SIM921

SIM921 - AC Resistance Bridge

Linearized analog output Resistance, temperature and phase Accurate millikelvin thermometry Microvolt/picoamp excitation Measurements from 1 mΩ to 100 MΩ

技术参数
Linearized analog output
技术参数
The SIM921 measures resistance using a four-wire circuit, eliminating the direct effect of lead resistance on the result. Thermal EMFs and amplifier offset drifts are avoided by using an AC excitation current source.
技术参数
The excitation frequency can be adjusted from 2 Hz to 60 Hz, either from the front panel or over the computer interface. This flexibility allows the user to operate at a synchronous sub-harmonic of the power line frequency (such as 15 Hz/12.5 Hz ) or
技术参数
The actual determination of resistance is achieved ratiometrically, passing the selected excitation current through both an internal, high-stability reference resistor as well as the user's device under measurement. An internal autocal is available t
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SIM922 & SIM923 - Temperature Monitors
Scientific and analytical instrumentStanford Research Systems型号 SIM922923

SIM922 & SIM923 - Temperature Monitors

SIM922 & SIM923 Diode & Pt RTD Monitors The SIM922 Diode Temperature Monitor and the SIM923 Platinum RTD Monitor are designed to measure four sensors simulta...

技术参数
Each of the four channels in the SIM922 has an independent, precision 10 µA current source to provide sensor excitation. Measurement results can be displayed in either kelvin or volts.
技术参数
The four channels in the SIM923 have independent, stable 1 mA current sources to provide sensor excitation. Sensor resistance is determined ratiometrically with a half-bridge circuit consisting of the sensor and an internal reference resistor. The cu
技术参数
A factory-standard calibration curve is built in for each model. In addition, each channel has non-volatile memory to store a 256-point custom calibration curve to convert sensor units (V or Ω) to temperature units (K). Results are displayed on easy
技术参数
4 constant current sources 10 µA ± 0.01 %, ±5 ppm/°C
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