-24^%

3296W 50K Ohm (503)Trimpot Trimmer

Available:In Stock

Product SKU: PRESE030

Wishlist

₹ 19 ~~₹ 25~~

Available offers

Best Rates

on Express Shipping – Hurry! Shipping starts from Rs69.

Free Shipping Offer -

Avail free shipping on all orders above Rs999.

Volume Discounts-

Buy More Save More! Discounts upto 20%. Contact us

Special Bulk Discounts

for colleges, Schools, Companies & resellers Contact us

Cash on Delivery

Available above Rs 499

Highlights

Original, High Quality
KitsGuru Warranty

Services

Email Support
Video Support to be purchased separately

Easy Payment Options

Netbanking
Debit/Credit cards
Cash on Delivery
E-wallets/UPI

Shipping Details

International Shipping

Available

Quantity

Need Volume Discounts? Deals are specially designed for you. Click here

Need Customization? Provide us more details Click here

Warehouse Details 37F-142Q

Specification

Description

The "3296W 50K Ohm (503) Trimpot Trimmer" is a specific type of trimmer potentiometer designed for precise adjustments in electronic circuits.

Here's what each part of the name typically refers to:

3296W: This is likely a part number or model number specific to the manufacturer or supplier of the trimmer potentiometer. It helps identify the exact model or series.

50K Ohm (503): This indicates the resistance value of the trimmer potentiometer. In this case, "50K Ohm" signifies that the potentiometer has a total resistance of 50 kilohms. The "(503)" represents a specific resistance tolerance, with "503" typically indicating a 0.05% tolerance level.

Trimpot Trimmer: These terms describe the function of the potentiometer. It's a trimmer potentiometer, designed for applications requiring precise adjustments or trimming of resistance values. Trimmer potentiometers are commonly used during manufacturing or calibration processes to fine-tune circuit parameters.

Application:

The "3296W 50K Ohm (503) Trimpot Trimmer" would be suitable for applications where a 50-kilohm variable resistor with a high level of precision is needed. This could include calibration circuits, sensor adjustments, or voltage regulation tasks where precise resistance adjustment is critical. The 0.05% tolerance level ensures accuracy in the adjustment process.