Product Images
Hurry only 1 left
Smart shoppers OnBuy it!
Interest-free payment options available
See full product description & details
Delivery: Standard (Free) | Mon 26th Oct - Fri 13th Nov
Sold by: Fityle Tools
Returns: 30 days
180-day payment protection
Description:
Measuring range: 0 - 200 μA / microamp, 2.5 μA resolution
Used to detect small currents and weak electromotive forces in DC circuits during experiments, such as thermocouples, photoelectric effect
This meter can be converted into an ammeter, voltmeter or multimeter
With three terminals, package with schematic diagram instructions
Internal resistance RG1 is 500 ohms, RG2 is 2500 ohms; VG1 = 100 mV, VG2 = 500 mV
Specification:
Measuring range: 0 - 200 μA / microamp, 2.5 μA resolution
Internal resistance RG1 is 500 ohms, RG2 is 2500 ohms
VG1 = 100 mV, VG2 = 500 mV
Dimensions: 13 x 9.5 x 9.5 cm
Material: Plastic
Package Includes:
1 Piece 200 uA Microammeter
Details
| OPC | PPHBDJH |
|---|---|
| Codes | 6901423069220 (EAN) |
| Seller | Ratings | Warranty | Returns | Price | Delivery | Total | Quantity |
|---|---|---|---|---|---|---|---|
|
Dispatched from:
|
(16 reviews) | - |
30 Days
Free Returns No
|
£14.37
|
+Free Delivery
Est. Delivery:
26th Oct - 13th Nov
|
£14.37
|
Earn as you shop with instant Cashback on everything.
No catch, no cost
Become a Cashback VIP
Just 1 purchase unlocks bigger deals & rates
You'll only get instant Cashback at OnBuy! Enter your email below and we'll send you a copy of your basket to save you time later.
By entering your email address, you'll automatically be added to our database, where you can enjoy personalised Cashback offers and early access to our best deals. You can opt out of our emails at any time and we'll never share your details with anyone. Check our Privacy Policy and T&Cs to find out more.
Want access to personalised offers and the highest Cashback rates? Sign up to our emails below.
You can opt out of our emails at any time and we'll never share your details with anyone. Check our Privacy Policy and T&Cs to find out more.
This page has expired.
Refresh and continue