| |
Description: |
Order: |
DD010 |
“Datalogging in Practice” by Roger Frost
DD010
This 142 page book contains a huge number of experiment ideas for teachers
|
|
PS010 |
12 V AC power adaptor
PS010
The PS010 AC power adaptor for the PicoScope 6000 Series with AC plug adaptors for the following regions or countries: UK, EU, US and China/Australia.
|
|
PS011
|
5 V AC power adaptor
PS011
The PS011 is the replacement AC power adaptor for the PicoScope 3000A/B/D, 4444 and 5000A/B Series oscilloscopes requiring 5 V DC power
|
|
PP310 |
ADC-20/24 terminal board
PP310
The ADC-20/ADC-24 Terminal Board is designed for use with the 8-channel ADC-20 and 16-channel ADC-24 High-Resolution Data Loggers. For simple applications, you can simply connect sensor wires to the screw terminals on the terminal board, without the need for soldering. For more advanced applications, the Terminal Board enables you to design, offset and extend the input ranges and build sensor circuits that condition measurements for the data loggers to process.
|
|
MI136 |
Hard carry case - small
MI136
The MI136 is a protective hard carry case with foam cut-out ideal for storing and transporting a selection of PicoScope oscilloscopes and accessories including: PicoScope 4224 and 4424.
External dimensions: approximately 340 x 270 x 83 mm (13.4 x 10.6 x 3.3 in)
|
|
PP969 |
Hard carry case – medium
PP969
The PP969 is a hard carry case with foam cut-out designed to fit the new generation of portable PicoScope oscillscopes.
PicoScope models compatible with this case are:
- PicoScope 3000D Series (including MSOs)
- PicoScope 3400A/B Series
- PicoScope 4444 differential oscilloscope
- PicoScope 4824 8 channel oscilloscope
- PicoScope 5000A/B Flexible Resolution oscilloscopes
|
|
PP216 |
Magnetic induction kit
PP216
The Pico Technology Magnetic Induction Kit provides a simple and effective method for students to investigate the concepts of Faraday’s laws of electromagnetic induction. A small bar magnet is dropped down the tube and, as it passes through the coil, an electromotive force (EMF) is induced. The output pulse can be viewed using a Pico Technology PC Oscilloscope, a DrDAQ data logger or most other types of digital storage oscilloscopes.
The Magnetic Induction Kit can be used to demonstrate electromagnetic induction, the direction of induced currents and variation of the size of induced EMF with velocity. It can also be used as a student-based investigation, either with full instructions or as an open investigation where the students research the concepts.
|
|
PA149 |
PicoScope 4444 carry case
PA149
The PA149 is a large hard-plastic carry case for the PicoScope 4444 differential oscilloscope and its compatible accessories. The base foam layer includes cut-outs for PicoConnect 441 and 442 voltage probes, AC adaptor, D9-BNC adaptor and PicoScope 4444 oscilloscope, while a hinged divider allows bulky items such as current probes to be stored in the lid section.
|
|
PP938 |
Protective rubber enclosure
PP938
The PicoScope protective rubber case helps absorb potentially damaging physical shocks to your PicoScope while giving you unobstructed access to all connectors (being made of rubber, the protective rubber case also helps prevent your PicoScope from damaging glass or polished surfaces).
A replaceable bracket on the case allows your PicoScope to be hung from a suitable hook (see our S-hook).
The PicoScope protective rubber case is suitable for PicoScope 4224, 4424, 4224-IEPE, 3224, and 3424 oscilloscopes.
Colour: black
|
|
MI254 |
Replacement hanging bracket for rubber enclosure
MI254
|
|
MI168 |
S-hook
MI168
This small but essential accessory makes it easy to keep all those test leads tidy in the lab.
The S-hook is about 100 mm (4 in) long and coated in plastic and rubber to protect any metalwork. Hook one end on a rail and use the other end to hang a PicoScope with the hanging bracket, or a bundle of cables up to about 25 mm (1 in) thick.
|
|
PP660 |
Screw terminal adaptor for PT-104
The PT-104 screw terminal adaptor is an accessory for the PT-104 platinum resistance data logger. The adaptor allows PT100 probes that are not fitted with a mini-DIN connector to be used with the data logger without the need for any soldering.
The adaptor is suitable for use with the following size of wire:
- 2.5 mm2 solid
- 1.5 mm2 stranded
- 14 to 22 AWG
|
|
PP624 |
Single-channel TC-08 terminal board
PP624
The USB TC-08 Single-Channel Terminal Board is an accessory for the USB TC-08 Thermocouple Data Logger. The screw terminals allow wires to be attached to the data logger without soldering and enable the USB TC-08 to measure voltages in the ranges ±5 V, ±500 mV and ±50 mV, or 4–20 mA current loop.
|
|
PP545 |
Small terminal board for PicoLog 1000
PP545
The Small Terminal Board (PP545) is an essential accessory for the PicoLog 1012 and 1216 Data Loggers. The screw terminals allow sensor wires to be attached to the data logger without soldering. The terminal board also has locations where you can fit resistors to offset and extend the input ranges of the logger.
|
|
TA268 |
USB 2.0 cable, 0.5 m
TA268
The TA268 is a high-quality 0.5 metre USB 2.0 cable, designed and built specifically for use with PicoScope oscilloscopes, and featuring 20 AWG conductors for minimal resistance. This also reduces the chance of voltage drop caused by inferior USB ports on some PCs and laptops. As well as reducing voltage drop, it prevents noise that could be caused by an unreliable ground connection and poor screening in inferior cables.
This short cable is ideal for field applications or just reducing clutter in the work space
|
|
TA207 |
USB 2.0 cable, 1.2 m
TA207
The TA207 is a high-quality 1.2 metre USB 2.0 cable, designed and built specifically for use with PicoScope oscilloscopes, and featuring 20-AWG conductors for minimal resistance. This also reduces the chance of voltage drop caused by inferior USB ports on some PCs and laptops. As well as reducing voltage drop, it prevents noise that could be caused by an unreliable ground connection and poor screening in inferior cables.
|
|
MI106 |
USB 2.0 cable, 1.8 m
MI106
The MI106 is a high-quality 1.8 metre USB 2.0 cable, designed and built specifically for use with PicoScope oscilloscopes, and featuring 20-AWG conductors for minimal resistance. This also reduces the chance of voltage drop caused by inferior USB ports on some PCs and laptops. As well as reducing voltage drop, it prevents noise that could be caused by an unreliable ground connection and poor screening in inferior cables.
|
|
MI121 |
USB 2.0 cable, 4.5 m
MI121
The MI121 is a high-quality, extra long 4.5 metre USB 2.0 cable, designed and built specifically for use with PicoScope oscilloscopes, and featuring 20-AWG conductors for minimal resistance. This also reduces the chance of voltage drop caused by inferior USB ports on some PCs and laptops. As well as reducing voltage drop, it prevents noise that could be caused by an unreliable ground connection and poor screening in inferior cables.
|
|
TA146 |
USB 2.0 Y-cable, 1.8 m
TA146
The TA146 is a high-quality 1.8 metre USB 2.0 Y-cable designed and built specifically for use with PicoScope oscilloscopes, and featuring 20 AWG conductors for minimal resistance. This also reduces the chance of voltage drop caused by inferior USB ports on some PCs and laptops. As well as reducing voltage drop, it prevents noise that could be caused by an unreliable ground connection and poor screening in inferior cables.
Standard USB 2.0 cables have one Type A plug which plugs into the PC, and one Type B jack which connects into the instrument. The TA146 "Y-cable" has an additional Type A plug which can be plugged into a second USB port for an additional 500 mA for use with some USB-powered PicoScope oscilloscopes, such as the PicoScope 5000 Series.
|
|
TA155 |
USB 3.0 cable, 1.8 m
TA155
The TA155 is a high-quality 1.8 metre USB 3.0 cable, designed and built specifically for use with USB 3.0 connected PicoScope oscilloscopes, and featuring 20-AWG conductors for minimal resistance. This also reduces the chance of voltage drop caused by inferior USB ports on some PCs and laptops. As well as reducing voltage drop, it prevents noise that could be caused by an unreliable ground connection and poor screening in inferior cables.
|
|
TA285 |
USB Type-C to Standard-A (f) adaptor, 0.14 m
TA285
USB Type-C is a new cable and connector standard that allows smaller USB devices and faster data transfers. It also simplifies the connection process with just the one type of reversible connector on both ends of a reversible cable.
The TA285 is a high-quality USB Type-C SuperSpeed to USB Standard-A (f) adaptor for use with any USB-connected PicoScope oscilloscope, or PicoLog data logger, and a Type-C port on a laptop or PC. Overall length of the adaptor is 139 mm.
Please note: This adaptor must be used in conjunction with the Pico blue USB cable supplied with your PicoScope.
|
|
