inductor coil Flash tube trigger coil hot sales

Short Description:

Model Number:gold eagle B167

Type:Inductor Surface Mount

Place of Origin:Guangdong, China

Brand Name:Golden Eagle

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Product Detail

Product Tags

Quick Details

Model Number:gold eagle B167
Type:Inductor Surface Mount
Place of Origin:Guangdong, China
Brand Name:Golden Eagle
D/C:/
Application:Xenon flash tube,flash lamp
Brand:Golden Eagle
Cross Reference:/
Tolerance:N/A
Operating Temperature:Normal
Rated Power:/
Package Type:/
Resistance Tolerance:+/-5%
Temperature Coefficient:/
Resistance:support custom
Media Available:/
Frequency - Self Resonant:/
Features:/
Height - Seated (Max):/
Function:/
Inductance:support custom, support custom
Q @ Freq:/

Mounting Type:/
Package / Case:/
Size / Dimension:support custom
Height:support custom
Number of Coils:support custom
Inductance - Connected In Parallel:/
Inductance - Connected In Series:/
Current Rating - Parallel:/
Current Saturation - Parallel:/
Current Saturation - Series:/
DC Resistance (DCR) - Parallel:/
DC Resistance (DCR) - Series:/
Shielding:/
Material - Core:/
Current Rating (Amps):/
Current - Saturation:/
DC Resistance (DCR):support custom
Supplier Type:Original manufacturer
design:customized
Certificate:ISO9001:2008 and RoHs
shape:customized
operating frequency:high
Product Name:trigger coil

Supply Ability

20000 Piece/Pieces per Day

Packaging & Delivery

Packaging Details
1000pcs per plastic tray / carton box or as per customer's request
Port
FOB Shenzhen or Negotiation
Lead Time:

Quantity(Pieces) 1 - 100 101 - 500 501 - 10000 >10000
Est. Time(days) 15 20 25 To be negotiated

Specification

1. Flash tube trigger coil
2. Temperature choice from normal 130°c to 220°c
3. All material are RoHS approved
4. Winding capability from Φ0.3~Φ1.3mm
5. Most Competitive Price in best Quality.
6. OEM, ODM capability for Customer Request.

1. Wire type copper wire
2. Shape of coil as spec.
3. Capacity Good capacity (up to 5000k/Monthly) with low MOQ
4. Technology In-house design auto-winding machine.

FAQ

Q: What are your main products?
A: Our main products are: Tx-coil /Rx-coil for wireless charger, Inductor coil, toy coil, RFID antenna coil, IR-Coil for camera, Coin collector coil,IC/ID card coil.Card ReaderCoil,VCM coil, etc.
Q: Do you provide ODM and OEM?
A: Yes, ODM and OEM are welcomed.
Q: What you need supply for making coil.
A: Supply drawing is best, or tell us the size, inductance, resistance, Q value, OD, ID, Turns, thickness, etc.
Q:Can we put our logo on the product?
A:Yes we can do print your logo on the products.

Description

Copper coils are usually used in inductors. In the inductive coil. When an inductor is accumulating energy, it tends to limit the number of wires flowing through it. When an inductive coil accumulates enough energy to produce a strong enough magnetic field, the current is allowed to pass completely. Inductance tends to resist any change in energy flow. The coil is designed to help generate a magnetic field. Inductive coils do not actively seek energy. It is considered passive because the current must come from another source. Although inductive coils receive, accumulate and regulate energy, they will remain dormant if they do not receive any current. Inductors are used in all types of electrical equipment, including computers, radios, and mobile devices. Most inductors that handle high-frequency currents contain ferrite cores. The magnetic core is made of a magnetic material, such as iron oxide. Copper wire is usually wrapped around an iron core. Some inductors have bare wires, while others do not have a lower energy frequency. They usually have a better response to inductors containing some kind of laminated core. Steel is used to make a center. Steel is usually insulated to prevent energy leakage. The inductance coil does not work alone. They are part of the power system and are used to regulate the energy flow from the power supply. The power supply can be a battery or a power socket. There is usually some type of circuit or circuit board connection to pass the current of the power supply through the coil. In most designs, current flows through the inductor, but in several directions. It has the ability to send current from both sides to objects that need power, such as bulbs, computer monitors or stereos. One side of the inductor will receive the current from the power supply and send the current to the switch. In most electrical system designs, the power supply can be adjusted by the switch.


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