- Electricity - Electronics >
- Energy: Production and Distribution >
- Copper choke
Copper chokes
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
Voltage: 1,500 V
Features •High performance CMC using nanocrystalline core •Optimized size for higher power density •Wide operating temperature range -40 to +140°C •UL94V and RoHS materials •AEC-Q200 qualified •Weight : approx 30grams Application ...
PREMO
Voltage: 2,500 V
Features •High performance CMC using nanocrystalline core •Optimized size for higher power density •Wide operating temperature range -40 to +140°C •UL94V and RoHS materials •AEC-Q200 qualified •Weight : approx 35grams Application ...
PREMO
Voltage: 1,000 V
Features •High performance CMC using nanocrystalline core •High frequency attenuation value in the MHz range •Wide operating temperature range -40 to +140°C •UL94V and RoHS materials •AEC-Q200 qualified •Weight : approx 90grams ...
PREMO
... required in such applications as dimmer chokes, filter chokes and commutation reactors. Due to the low permeability drop when implemented in DC applications, iron powder material may also be used in storage ...
PTR HARTMANN GmbH
... by means of an active PFC circuit. PTR HARTMANN offers converter chokes ideally suited for energy storage in PFC circuits implemented in accordance with DIN EN 61000-3-2. These chokes are components ...
PTR HARTMANN GmbH
... cover the large number of possible applications, PTR HARTMANN offer a variety of common mode chokes conforming to DIN EN 60938-2. We provide common mode chokes in toroid design ideally suited for the ...
PTR HARTMANN GmbH
D3K - THREE-PHASE CHOKES FOR REACTIVE POWER COMPENSATION Three-phase compensation chokes, being a source of inductive reactive power, are used in capacitive reactive power compensation systems occurring ...
Primary current: 0.9 A - 15 A
Voltage: 80 V
■ Excellent impedance characteristics, making it great for suppressing common mode noise. ■ Low profile design makes it optimal for surface mounting. ■ Measures against common mode noise in power lines for various DC power lines, ...
Shenzhen Codaca Electronics Co., Ltd.
Primary current: 1.3 A
Voltage: 250 V
■ Excellent impedance characteristics, making it great for suppressing common mode noise. ■ Measures against common mode noise in power lines for various power lines, multimedia devices, and various electronic devices, including ...
Shenzhen Codaca Electronics Co., Ltd.
Primary current: 22 A
Voltage: 250 V
■ Excellent impedance characteristics, making it great for suppressing common mode noise. ■ Measures against common mode noise in power lines for various DC power lines, multimedia devices, and various electronic devices, including ...
Shenzhen Codaca Electronics Co., Ltd.
Primary current: 3.5 A
Voltage: 250 V
■ Excellent impedance characteristics, making it great for suppressing common mode noise. ■ Applications in power line in-and output noise filter for inverter,UPS power supply,newenergy and other industrial equipment. ■ Operating ...
Shenzhen Codaca Electronics Co., Ltd.
Primary current: 3 A - 800 A
Voltage: 220, 380, 525, 690, 1,140 V
FWI-CKI3 Three phase 380v Input/output AC reactor (choke) Description Functions of AC reactor (choke): 1.Reduction of harmonics , Improvement of the power factor 2.Over-voltage restriction 3.Reducing ...
VTDRIVssE Technology Limited
Voltage: 500 V - 700 V
... However, a DC link choke, will not offer protection of the input rectifiers. DC link chokes offer the advantage of maximizing the circuit inductance for power quality reasons, but without causing an ...
VTDRIVssE Technology Limited
Your suggestions for improvement:
Receive updates on this section every two weeks.
Please refer to our Privacy Policy for details on how DirectIndustry processes your personal data.
- Brand list
- Manufacturer account
- Buyer account
- Our services
- Newsletter subscription
- About VirtualExpo Group
Please specify:
Help us improve:
remaining