Gigahertz-Optik传感器P-9710-1

Gigahertz-Optik传感器P-9710-1主要型号MSC15，BTS256-E，BTS256-EF，HCT-9610.X1-1;X1-3; VL-3701；VL-3702；

VL-3704；VL-3705；PD-9310B;PD-9310B-N

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gigahertz-optik

gigahertz-optik

Gigahertz-Optik GmbH

深圳市扎克贸易有限公司有限品牌长期致力于Gigahertz-Optik激光测距仪Gigahertz-Optik照度计Gigahertz-Optik辐射仪Gigahertz-Optik光谱仪Gigahertz-Optik传感器Gigahertz-Optik测角仪Gigahertz-Optik功率计Gigahertz-Optik放大器Gigahertz-Optik探测仪Gigahertz-Optik电源模块Gigahertz-Optik传感器

主要型号MSC15，BTS256-E，BTS256-EF，HCT-9610.X1-1;X1-3; VL-3701；VL-3702；

VL-3704；VL-3705；PD-9310B;PD-9310B-N

Gigahertz-Optik测量范围探测器头

验光.仪P-9710-1，P-9710-2和P-9710-4可与Gigahertz-Optik GmbH的所有单通道检测头一起使用。探测器的技术数据显示其在A / W，A / 1x等中的典型灵敏度 这些信息可用于使用下述步骤与光度计P-9710-1，P-9710-2和P-9710-4一起计算测量头的测量范围。

由检测器和光度计Gigahertz-Optik  P-9710-1， Gigahertz-Optik  P-9710-2或Gigahertz-Optik  P-9710-4组成的光测量装置的测量范围来自zui小值。和zui大。验光.仪的当前测量范围和探测器头的灵敏度。本数据表中可以找到光学眼镜当前测量范围的详细信息。测量头的典型灵敏度在相应的数据表中列出Gigahertz-Optik

噪声等效测量信号

视光仪偏移信号/检测器的灵敏度

Gigahertz-Optik GmbH

Gigahertz-Optik测量范围探测器头

验光.仪P-9710-1，P-9710-2和P-9710-4可与Gigahertz-Optik GmbH的所有单通道检测头一起使用。探测器的技术数据显示其在A / W，A / 1x等中的典型灵敏度 这些信息可用于使用下述步骤与光度计P-9710-1，P-9710-2和P-9710-4一起计算测量头的测量范围。

由检测器和光度计Gigahertz-Optik  P-9710-1， Gigahertz-Optik  P-9710-2或Gigahertz-Optik  P-9710-4组成的光测量装置的测量范围来自zui小值。和zui大。验光.仪的当前测量范围和探测器头的灵敏度。本数据表中可以找到光学眼镜当前测量范围的详细信息。测量头的典型灵敏度在相应的数据表中列出Gigahertz-Optik

噪声等效测量信号

视光仪偏移信号/检测器的灵敏度

示例：类型。灵敏度检测器0.33 nW /cm²，

P-9710-1 / P-9710-2 / P-9710-4偏置信号0.1 pA

0.1 pA / 3 nA /（mW /cm）= 33 nW /cm²

zui小的可测辐照度

噪声等效信号信噪比因子

例如：33 nW /cm 50 = 16.5μW/cm

（假定系数为50）

为了支持其多功能应用，该设备提供十八种不同的测量模式，可通过用户友好的菜单进行选择。

CW 在所选积分时间的测量间隔内进行连续测量。

CWzui大值 显示当前的CW测量值和达到的zui大CW值。

CWzui低 显示当前的CW测量值和达到的zui小CW值。

zui高峰值 用调制辐射显示当前CW测量值和zui低峰值。测量间隔100μs。

峰值zui低 用调制辐射显示当前CW测量值和zui低峰值。测量间隔100μs。

高峰到高峰 用调制辐射显示当前CW测量值和峰峰值峰值。测量间隔100μs。

我 显示强度或辐射。显示的测量值是根据光源和探测器之间的测量距离计算的。测量距离在菜单项目SETUP中输入。

我有效（SC） 根据Schmidt-Clausen的形状因子法测量闪光的有效光强度。时间常数C在菜单项目SETUP中选择。

我有效地（BR） 根据Blondel-Rey的形状因子法测量闪光的有效光强度。闪光长度在菜单项目SETUP中输入

脉冲能量 测量短光脉冲的脉冲能量。可调整的测量时间。根据光检测器的辐射测量或光度测量显示脉冲能量。

相对（％） 测量值是与参考值的比率。以百分比显示。

相对（日志） 测量值显示为以dB或dBm为单位的参考衰减。

相对（事实） 测量值是与参考值的比率，并显示为一个因子。

持有 启用或禁用CW测量。

CW等级检查 CW测量值与以前定义的zui小和zui大极限值的比较。显示超出或低于极限值。配合可选的P-9710-Z03继电器卡。

剂量（C） 在设定积分时间的测量时间间隔内集成测量值。根据光检测器的辐射测量或光度测量显示能量。

记录器（x） 存储高达12288个人读物。测量值根据预设时钟频率记录。

遥控R S232 RS232接口允许通过PC进行操作。

P-9710-1 – Multi-functional light meter for high-quality photometric measurements

The P-9710-1 optometer is a high-quality device designed by Gigahertz-Optik for mobi.le use. Its signal amplifier provides a wide dynamic range for the detectors’ signal currents ranging up to 2 mA. The noise-equivalent current signal is as low as 0.1 pA. The device has eight gain ranges that can be manually or automatically selected for adjustment to match the signal levels.

Variable integration time

One of the characteristic properties of the P-9710-1 optometer is the short integration time of the input amplifier that only ranges around 100 µs. This enables reduction of signal noises through multiple measurements with averaging. The 100 µs integration time also makes it possible to perform many other measurement functions:

• Adjustable integration times in CW measurement mode

• CW measurement with noise proportion (peak-to-peak)

• Peak value measurement

• Pulse energy measurements of short light pulses

• Dose measurement

• Fast data logger for up to 12000 measurement values

Photometer, radiometer, UV-meter, laser-intensity-meter

For use as optometer the P-9710-1 can be combined with all offered detector heads intended for photometric and radiometric measurements. The plugged detector head determines the photometric or radiometric measuring size as well as the spectral range of the measurement. Gigahertz-Optik offers a wide range of detector heads for various measuring tasks. The optometers’ signal input amplifiers offer a very wide dynamic range, in order to adjust the devices to detectors with various sensitivities and optical radiation intensities. The calibration data of the detector heads are saved in the calibration data plug of the detector heads.

Simple and safe detector exchange

Upon attachment of a detector head with a calibration data plug onto the P-9710-1 optometer, its calibration data as well as the device settings are automatically applied. This ensures that improper operation that might result from exchange of measurement heads is basically ruled out.

Remote operation

The P-9710-1 optometer can be connected to a PC via its RS232 interface.

Light measurements and light analysis

The P-9710-1 optometer has eighteen different measurement modes that can easily be selected using a user-friendly menu hence enabling its multifunctional application.

P-9710-2 – Optometer for dose measurement of short pulses using the pulse stretching method

Unlike the P-9710-1, the P-9710-2 optometer has a 20 ms standard time constant in all eight gain ranges. Thus light pulses shorter than 1 ns are stretched to 20 ms. The pulse energy of the stretched pulse can then be measured precisely with the 100 µs sample rate of the optometer.

P-9710-4 – multi-functional light meter for synchronized measurement of short light pulses

Similar to the optometer P-9710-2, the P-9710-4 also has a 20ms standard time constant in all eight gain levels. Besides the manual start of via keyboard, the dose measurement can also be started remotely via the trigger input.

Gigahertz-Optik P-9710-1 仪表，电源（D，USA或GB），说明书

Gigahertz-Optik S-P9710 "P9710测量仪器和变体的应用软件。

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Gigahertz-Optik P-9710-2 仪表，电源（D，USA或GB），说明书

Gigahertz-Optik P-9710-4 "P9710测量仪器和变体的应用软件。

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Gigahertz-Optik S-SDK-P9710 软件开发工具包，用于软件实现P9710或自己软件中的变体

Gigahertz-Optik P-9710Z-01 "RS232适配器电缆

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Gigahertz-Optik P-9710Z-02 "带RS232接口的继电器卡

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Gigahertz-Optik P-9710Z-04 "用于组合RS232和模拟输出插座的插头套件

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Gigahertz-Optik P-9710Z-1S / 2B 带BNC（-1）型插头的探测器适配电缆

Gigahertz-Optik BHO-01 "测量设备和配件的硬壳

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Gigahertz-Optik BHO-02 "测量设备和配件的硬壳

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Gigahertz-Optik传感器P-9710-1销售单

9002821093 HKSV_0007837

5522684893 HKSV_000863

Gigahertz-Optik P-9710-1

Gigahertz-Optik S-P9710

Gigahertz-Optik P-9710-2

Gigahertz-Optik P-9710-4

Gigahertz-Optik S-SDK-P9710

Gigahertz-Optik P-9710Z-01

Gigahertz-Optik P-9710Z-02

Gigahertz-Optik P-9710Z-04

Gigahertz-Optik P-9710Z-1S / 2B

Gigahertz-Optik BHO-01

Gigahertz-Optik BHO-02

Gigahertz-Optik MSC15

Gigahertz-Optik BTS256-E

Gigahertz-Optik HCT-9610

Gigahertz-Optik X1-1

Gigahertz-Optik X1-3

Gigahertz-Optik VL-3701

Gigahertz-Optik VL-3702

Gigahertz-Optik VL-3704

Gigahertz-Optik VL-3705

Gigahertz-Optik PD-9310B

Gigahertz-Optik PD-9310B-N

Gigahertz-Optik LDM-9810

Gigahertz-Optik LDM-9901

Gigahertz-Optik PD-9310与SRT-M37-L

Gigahertz-Optik ISD-5-VL

Gigahertz-Optik ISD-10-VL

Gigahertz-Optik ISD-15P-VL

Gigahertz-Optik MD-37-VL-SU100

Gigahertz-Optik MD-37 VLS-SU100

Gigahertz-Optik PD-9304

Gigahertz-Optik RW-3701

Gigahertz-Optik RW 3702

Gigahertz-Optik RW 3703

Gigahertz-Optik RW 3704

Gigahertz-Optik RW 3705

Gigahertz-Optik RCH-102

Gigahertz-Optik ISD-5-VISNIR

Gigahertz-Optik ISD-0.8-SILP

Gigahertz-Optik ISD -5-硅

Gigahertz-Optik ISD-5P硅

Gigahertz-Optik ISD-10硅

Gigahertz-Optik ISD-15硅

Gigahertz-Optik ISD-30

Gigahertz-Optik PD-11系列

Gigahertz-Optik PS-3701

Gigahertz-Optik PS-3702

Gigahertz-Optik PS-3703

Gigahertz-Optik VL-1101 + UMPA-0.5-11-RD测量头