Multilayer Ceramic Chip Capacitors

C1608C0G2E122J080AA

Product Status	Production
TDK Item Description Please refer to the FAQ about part number	C1608C0G2E122JT****
Applications	Commercial Grade Please refer to Part No. CGA3E3C0G2E122J080AA for Automotive use.
Feature	MidMid Voltage (100 to 630V)
Series	C1608 [EIA 0603]
Brand	TDK
Environmental Compliance Click to learn more about these icons

MLCC,Multilayer Ceramic Chip Capacitors:C1608

Images are for reference only and show example products.

Size

Length(L)	1.60mm ±0.10mm
Width(W)	0.80mm ±0.10mm
Thickness(T)	0.80mm ±0.10mm
Terminal Width(B)	0.20mm Min.
Terminal Spacing(G)	0.30mm Min.
Recommended Land Pattern (PA)	0.70mm to 1.00mm(Flow Soldering) 0.60mm to 0.80mm(Reflow Soldering)
Recommended Land Pattern (PB)	0.80mm to 1.00mm(Flow Soldering) 0.60mm to 0.80mm(Reflow Soldering)
Recommended Land Pattern (PC)	0.60mm to 0.80mm(Flow Soldering) 0.60mm to 0.80mm(Reflow Soldering)

Electrical Characteristics

Capacitance	1.2nF ±5%
Rated Voltage	250VDC
Temperature Characteristic	C0G(0±30ppm/°C)
Q (Min.)	1000
Insulation Resistance (Min.)	10000MΩ
Allowable Voltage
Allowable Current

Other

Operating Temp. Range	-55 to 125°C
Soldering Method	Wave (Flow) Reflow
AEC-Q200	NO
Packing	Punched (Paper)Taping [180mm Reel]
Package Quantity	4000pcs
FIT (Failure In Time)	This will be displayed when you login to myTDK

Catalog

Distributor Stock Info

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Distributor List

Part Number: C1608C0G2E122J080AA

Part Number	Distributor	Buy from Distributor	Stock Quantity	Country	Info Last Updated
C1608C0G2E122J080AA	DigiKey Click to know about this distributor	Buy Now	2,299	Multiple	2025/12/14

Part Number:

C1608C0G2E122J080AA

C1608C0G2E122J080AA

Distributor	DigiKey
Buy from Distributor	Buy Now
Stock Quantity	2,299
Country	Multiple
Info Last Updated	2025/12/14

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Tech Info

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Documents

Technical Support Tools

3rd Party ECAD models

SnapMagic

SIM-CAL STUDIO "Mid/High Voltage MLCC Configuration Proposal Tool"

This tool proposes a series and parallel configuration of multilayer ceramic chip capacitor from based on the driving conditions of the LC resonance circuit.