Oscilloscopes & Accessories - Page 30

Manufacturer: Fluke Corporation Brand: Fluke Model: H3

Designed to absorb shock and protect your meter from rough handling, the Fluke H3 clamp meter holster has a convenient belt-loop with snap. Built-in pocket for lead storage. For 333 - 337 clamp meters. One year warranty.

Manufacturer: Signstek Brand: Signstek Model: 6100

Description: Oscilloscope probe is an electric component that connects circuit-under-test and oscilloscope input. Adopting completely new material, this oscilloscope probe is of high quality. Besides, superior material and high technology enhance its hand feel and strengthen its structure. Smooth surface is comfortable to use. In addition, this probe adopts injection molding style ground wire for prolonging its service life and ensuring reliable contact. Specifications * Attenuation Ratio: 10:1 and 1: 1 switchable (slide switch on the handle) * Input resistance of 10 megohms (10:1) or 1 Mohm (1:1) * Input capacitance: 10×(14-18P)、1×（120P） * Compensation range : 8 pF - 35 pF * Bandwidth: 100 MHz (10:1) * Rise Time: 3.5ns (10:1) and 56ns (1:1) * Maximum operating voltage : 600V (10:1) or 300V (1:1) Package Content 2 X Probe 2 X Protective Cap 4 x Color ring 1 x Regulating Rod 1 x User Manual

Manufacturer: Probe Master Brand: Probe Master Model: 4903-1

Oscilloscope probe, 38MHz, 1X, 600V, 3.5ft, BASIC KIT

Manufacturer: Probe Master Brand: Probe Master Model: 4901-2

Oscilloscope probe, 150MHz, 1X/10X, 600V, 5ft, BASIC KIT

Manufacturer: Probe Master Brand: Probe Master Model: 4905-2

Oscilloscope probe, 250MHz, 10X, 600V, 5ft, BASIC KIT

Manufacturer: Probe Master Brand: Probe Master Model: 4903-3

Oscilloscope probe, 26MHz, 1X, 600V, 6.6ft, BASIC KIT

Manufacturer: Probe Master Brand: Probe Master Model: 4901-1

Oscilloscope probe, 150MHz, 1X/10X, 600V, 3.5ft, BASIC KIT

Manufacturer: Yosoo Brand: Yosoo Model: DSO201

Item Details: DSO201is a pocket size digital storage oscilloscope fulfills basic electronic engineering requirements. It is base on ARM CortexTM-M3compatible 32 bit platform, equipped with 320*240 color display, SD card capability, USB connection, and chargeable batteries. Weighs only 60g!Portable Digital Oscilloscope DIY Kit provides waveform viewing, pocket size and over 2 hours battery operation. This DIY kit is a open source code. The Schematic, PCB layout and program code is free for re-design. It is ideal for production test, research, design and education.Specification. Setup your SD card for first time usage: Format SD card with FAT16 Download Datafile Decompress it, and copy to the root folder of SD card. Package Includes: 1 x DSO body 1 x USB cable 1 x Muelle Probe 1 x 700Mah LI-ion battery

Manufacturer: Probe Master Brand: Probe Master Model: 4903-1K

Oscilloscope probe, 38MHz, 1X, 600V, 3.5ft, DELUXE KIT

Manufacturer: Rigol Brand: Rigol Model: M3TB24

Rigol M3TB24 24 channel MUX Terminal Box Terminal block for MC3324. Terminal block accessory for M300 DAQ system modules with model numbers ending in 24. Measurement Connections Using External Terminal Blocks  M300 provides 6 kinds of terminal blocks to easily connect the signal to be measured to the module. The models of the terminal blocks and corresponding modules are listed in the table below. This section introduces how to use the external block.   Terminal Block Module 1 M3TB32 MC3132, MC3232 2 M3TB64 MC3164, MC3264 3 M3TB24 MC3324 4 M3TB48 MC3648 5 M3TB16 MC3416 6 M3TB34 MC3534 Note: for the MC3724, the signal can be connected to the SMB connectors on the module directly. No terminal block is needed.  WARNING: Cut off all the power supplies before opening the terminal block or removing the terminal block from the module.  1. Place the terminal block with the front (with the RIGOL caption) facing downward and pull the two latches in the arrow direction in the figure below and press them down. Place the terminal block with the front facing upward and pull the upper cover of the terminal block upward and remove it. 2. Connect the cables for connecting the signal under test according to the labels on the circuit board of the terminal block (for the connecting method, refer to Table 1-1). Pass the binding wires through the two groups of holes as pointed out by the arrows in the figure below to fix the cable connected. Pay attention to the channel or terminal connected to the cable to ensure that the signal connected is correct. 3. Connect the terminal block to the module via interface 1 (the interface definition is in Figure 1-7) on the module and screw down the two screw rods onto the nuts on the module. 4