DMM7510数字万用表

DMM 7510 7位半触摸屏数采万用表

• 高精度万用表，具有3位半至7位 半分辨率

• 1年直流电压基本准确度为14 PPM

• 100mV、1Ω和10μA量程提供低电 平信号测量所需的灵敏度

• 进行高精度低电阻测量，具有偏移 补偿电阻、4线和干电路功率

• 通过1MS/s数字化仪捕捉和显示波 形或瞬态事件

• 更大的内存缓冲器；以标准模式存 储1100万个读数或以压缩模式存储 2750万个读数

• 自动校准特性实现温度和时间漂移 最小化，从而提高精度和稳定性

• 通过5英寸高分辨率触摸屏界面可 以显示更多

• 通过前面板的USB存储端口可以 快速保存读数和屏幕图像

• 多个连接选项：GPIB, USB, 与 LXI兼容的LAN接口

• 2年规范允许更长的校准周期

高度自信地进行苛刻测量

DMM7510的设计充分利用吉时利的低电平测量专长。低噪声输入级和32位A/D 转换器等特性，使得该仪器能提供通常只有计量级仪器才具有的直流精度，但价格 只是这些解决方案的一半左右。DMM7510的100mV、10Ω和10μA量程为当今苛刻 的电子设计提供低信号测量所需的灵敏度。除了1年和2年高精度规范，其自动校准 功能确保校准周期之间的更大精度。

DMM 7510 7 - bit half touch screen multimeter

High precision multimeter with 3 - to 7 - bit half - resolution

1 year dc voltage basic accuracy is 14 PPM

100 mv, Ω 1 and 10 mu A range offer sensitivity in low electric flat signal measurement

High precision low resistance measurement with offset offset resistance, 4 wire and dry circuit power

Wave or transient events are captured and displayed by 1MS/s digitizer

Larger memory buffers; Store 11 million readings in standard mode or 27.5 million readings in compression mode

Automatic calibration features minimize temperature and time drift to improve accuracy and stability

More can be displayed via a 5-inch high-resolution touchscreen interface

The front panel's USB storage port allows quick saving of readings and screen images

Multiple connectivity options: GPIB, USB, LXI compatible LAN interface

The 2-year specification allows for longer calibration cycles

Make harsh measurements with a high degree of confidence

DMM7510 is designed to take advantage of keesley's low level measurement expertise. Features such as A low-noise input stage and A 32-bit A/D converter enable the instrument to provide the dc accuracy typically available for metering level instruments, but at about half the price of these solutions. DMM7510 100 mv, 10 Ω and 10 mu A range for today's harsh electronic design sensitivity for low signal measurement. In addition to the 1 - and 2-year high precision specifications, its automatic calibration feature ensures greater precision between calibration cycles.