Capacitance: 1 uF
FG16X7R1E106KRT06 Multilayer Ceramic Capacitors MLCC - Leaded 4,923
FG16X7R1E106KRT06 Multilayer Ceramic Capacitors MLCC - Leaded 4,923 Voltage Rating DC: 100 VDC Dielectric: X7S Tolerance: 10 % Lead Spacing: 2.5 mm Case Style: Dipped Maximum Operating Temperature: + 125 C Minimum Operating Temperature: - 55 C Product: General Type MLCCs Length: 5.5 mm Width: 4.5 mm Height: 3 mm Packaging: Ammo Pack Brand: TDK Capacitance - nF: 1000 nF Class: Class 2 Lead Diameter: 0.5 mm Lead Style: Inside Bend
Please note. Any tools and/or accessories shown in the photo(s) are not included, only the exact items specified above.
Note: We can only sell in the quantities listed.
Our price is low because we resell in these larger quantities. All order and selling routines are set to this exact quantity.
Note: Although we normally will ship the exact part number shown, P/N's and manufacturers may be substituted from time to time as inventory requires. Please let us know if you are unable to use substitutions (other than the exact P/N shown.), to insure that you always receive the exact part you need.
These items are new, unused. We buy in bulk and repackage for resale.
Shipping And Returns
Our shipping charges are basically what it cost us to ship. International shipping rates via the USPS for this weight are much higher than you might expect. Please click HERE to view just how much these charges are, and you will see that our rates are just what it cost. We would charge less, if it cost us less.
Due to major delays in customs, we no longer ship to Italy.
To our International customers. We cannot misrepresent the price of the products being shipped to you. You are responsible for any and all tariffs, duties or import fees imposed by your country or customs.
Returned items must be in their original condition and fully resalable.
Returns may incur a 20% restocking fee.
Damages that occur during return transit will be liable to the buyer.
Buyer is responsible for all tariffs, customs fees, VATs.
By popular request, here are a few documents that show just how all of these components tie together.
