Compact SAMYOUNG TDC 400V1000 35*50 capacitors ideal for SMPS inverter power conversion applications

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

Large sized aluminum electrolytic capacitors from the TDC Series, designed for SMPS and inverter applications. These capacitors are downsized, RoHS compliant, and available in halogen-free options. They offer 105 operation for 2,000 hours with assured performance.

Product Attributes

Non-solvent proof
Downsized
For SMPS, Inverter
RoHS compliant
Halogen-free capacitors are also available
105, 2,000Hrs assured
Marking: BROWN SLEEVE, SILVER INK
Standard design has no bottom plate
Satisfied characteristics: KS C IEC 60384-4

Technical Specifications

Series	Rated Voltage Range	Operating Temperature Range	Capacitance Tolerance	Leakage Current	Load Life	Shelf Life	Rated Voltage (VDC)	Tan (Max.)	Z(-25)/Z(20)	Frequency (Hz)	Dissipation Factor (Tan) (at 20, 5 minutes)	Rated Ripple Current (Arms/105, 120Hz)	Case Size DL(mm)
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	160400	0.15	4	120	0.02CV or 3mA, whichever is smaller	0.55	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	420500	0.20	8	120	0.02CV or 3mA, whichever is smaller	0.50	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	160250VDC	-	-	60	0.81	-	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	315500VDC	-	-	60	0.77	-	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	160250VDC	-	-	1k	1.32	-	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	315500VDC	-	-	1k	1.30	-	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	160250VDC	-	-	10k~	1.45	-	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	315500VDC	-	-	10k~	1.41	-	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	160	-	-	120	-	0.55	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	200	-	-	120	-	0.75	2225
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	250	-	-	120	-	0.66	2225
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	315	-	-	120	-	0.75	25.425
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	350	-	-	120	-	0.88	25.430
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	400	-	-	120	-	1.04	2240
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	420	-	-	120	-	0.58	2220
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	450	-	-	120	-	0.59	2225
TDC	160 500 VDC	-25 +105	20% (M)	I=0.02CV or 3mA, whichever is smaller	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	Capacitance change 20%, Tan 200% of initial, Leakage Current initial	500	-	-	120	-	0.50	2235