How to request a quote for MLRF22M114J?

You can submit the RFQ form on this page with your required quantity, target price and contact information. The Raywise Technologies Co.,Limited team will respond with quotation and sourcing support.

Is MLRF22M114J available in stock?

The displayed inventory is for reference because electronic component stock changes frequently. Please submit an inquiry to confirm the latest availability of MLRF22M114J.

Gowanda Electronics MLRF22M114J

Q: Does Raywise Technologies Co.,Limited support BOM sourcing?

Yes. Raywise Technologies Co.,Limited supports BOM sourcing, component matching and RFQ service for electronic and communication components.

MLRF22M114J Gowanda Electronics electronic component

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Part No.:: MLRF22M114J

Manufacturer:: Gowanda Electronics

Category:: Fixed Inductors

Package:: Axial

Datasheet:: MLRF22M114J.pdf

Description:: MIL MOLDED AXIAL RF COIL

Quantity:: RFQ Add To RFQ list

Payment:

Shipping:

Inventory:0

Please send an inquiry. Send us your inquiry, and we will respond immediately.

Product Details

MLRF22M114J is an electronic component from Gowanda Electronics. Raywise Technologies Co.,Limited provides inventory inquiry, datasheet reference, RFQ support, BOM sourcing and component procurement service for this part number.

For the latest stock, lead time, price and alternative solutions of MLRF22M114J, please submit your inquiry with required quantity and target price. Our sourcing team will help confirm availability and provide quotation support.

MLRF22M114J Specifications

Product attributes: Attribute value

Part Number:: MLRF22M114J

Manufacturer:: Gowanda Electronics

Category:: Fixed Inductors

Package:: Axial

Stock:: 0

Series:: MLRF22M

Package/Case:: Axial

Packaging:: Tape & Reel (TR)

Product Status:: Active

Type:: Molded

Material - Core:: Iron Powder

Inductance:: 1.1 mH

Tolerance:: ±5%

Current Rating (Amps):: 78 mA

Current - Saturation (Isat):: -

Shielding:: Unshielded

DC Resistance (DCR):: 21Ohm Max

Q @ Freq:: 60 @ 250kHz

Frequency - Self Resonant:: 2.8MHz

Ratings:: -

Operating Temperature:: -55°C ~ 105°C

Inductance Frequency - Test:: 250 kHz

Features:: -

Mounting Type:: Through Hole

Supplier Device Package:: Axial

Size / Dimension:: 0.215" Dia x 0.561" L (5.47mm x 14.24mm)

Height - Seated (Max):: -

MLRF22M114J FAQ

1. How to order MLRF22M114J from Raywise Technologies Co.,Limited?

You can submit the RFQ form on this page with your required quantity, target price and contact information. Our sourcing team will confirm the latest stock, price and delivery options for MLRF22M114J.

2. How does Raywise Technologies Co.,Limited verify the quality of MLRF22M114J?

Raywise Technologies Co.,Limited works with reliable sourcing channels and applies strict supplier review and quality control processes. For critical orders, inspection and document support can be arranged according to your requirements.

3. Are the MLRF22M114J price and inventory displayed accurate?

The price and inventory of electronic components may change frequently. The displayed stock is for reference only. Please submit an inquiry to confirm the latest availability, lead time and quotation.

4. Can I get the datasheet for MLRF22M114J?

If a datasheet is available, you can download it from the datasheet section on this page. You may also contact us for additional technical documents or component matching support.

5. Does Raywise Technologies Co.,Limited support BOM sourcing for MLRF22M114J?

Yes. You can send your BOM list to Raywise Technologies Co.,Limited. Our team can help with component sourcing, part number matching, alternative recommendations and quotation support.

6. What payment methods are accepted?

Common payment methods include Wire Transfer, PayPal, Credit Card, Western Union and other agreed payment options. Final payment terms will be confirmed with your quotation.

7. How is shipping arranged?

Shipping can be arranged through DHL, UPS, FedEx, TNT and other international logistics channels. Tracking information will be provided after shipment.