Name: CS45SL2GA680JYGKA : Detailed Information | Capacitors - Disc Type Capacitors with Lead (High Voltage Ceramic Capacitors) | TDK Product Center
Brand: TDK
SKU: CS45SL2GA680JYGKA

Disc Type Capacitors with Lead (High Voltage Ceramic Capacitors)

CS45SL2GA680JYGKA

Product Status	Production
Applications	Commercial Grade
Feature	SafetySafety Standard Approved Halogen-freeHalogen-free
Series	CS
Brand	TDK
Environmental Compliance Click to learn more about these icons

Disc Type Capacitors with Lead,High Voltage Ceramic Capacitors

Images are for reference only and show example products.

Size

Diameter(D)	(7.50mm Max.)
Thickness(T)	5.00mm Max.
Lead Gap(F)	7.50mm ±1.50mm
Lead Diameter(d)	0.60mm ±0.05mm

Electrical Characteristics

Capacitance	68pF ±5%
Rated Voltage	X1/440VAC, Y2/300VAC
Withstanding Voltage	2.6kVAC
Temperature Characteristic	SL(+350 to -1000ppm/°C)
Dissipation Factor (Max.)	0.5%
Insulation Resistance (Min.)	10000MΩ

Other

Soldering Method	Wave (Flow) Iron Soldering
Lead Length / Package Type	25mm for Bulk
AEC-Q200	NO
Package Quantity	1000pcs

Catalog

Distributor Stock Info

Save Page as PDF

Distributor List

Part Number: CS45SL2GA680JYGKA

Part Number	Distributor	Buy from Distributor	Stock Quantity	Country	Info Last Updated
CS45SL2GA680JYGKA	element14 Click to know about this distributor	Buy Now	2,000	SG	2026/09/13
CS45SL2GA680JYGKA	Farnell, An Avnet Company Click to know about this distributor	Buy Now	2,000	Multiple	2026/09/13

Part Number:

CS45SL2GA680JYGKA

CS45SL2GA680JYGKA

Distributor	element14
Buy from Distributor	Buy Now
Stock Quantity	2,000
Country	SG
Info Last Updated	2026/09/13

CS45SL2GA680JYGKA

Distributor	Farnell, An Avnet Company
Buy from Distributor	Buy Now
Stock Quantity	2,000
Country	Multiple
Info Last Updated	2026/09/13

Please check the latest information on each distributor's website. Powered netCOMPONENTS

Tech Info

Collapse all Expand all

Documents

Technical Support Tools

Parts Selection Tool TDK Meister

3rd Party ECAD models

SnapMagic

MLCC Solutions for Data Center (AI Server) Power Systems

In recent years, driven by the expansion of AI and cloud demand, data center servers have become more highly integrated and higher performing, causing a rapid rise in power density p...