PROFILE Datasheet(PDF) - 145J - Hammond Manufacturing Ltd.

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Searched Keyword : 'PROFILE' - Total: 56 (1/3) Pages

Manufacturer	Part #	Datasheet	Description
Hammond Manufacturing L...	145J	376Kb/2P	LOW PROFILE - P.C. BOARD MOUNT AUDIO TRANSFORMERS
	162D12	260Kb/2P	LOW VOLTAGE P.C. BOARD MOUNT LOW PROFILE 162/164 SERIES
	229A120	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229A30	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229A12	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229C20	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229C12	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229C10	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229B24	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229E120	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229E24	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229D16	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229D12	377Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229C40	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229C24	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229B230	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229B120	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229E40	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229E230	376Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile
	229D40	377Kb/1P	Power Transformer - Dual Primary, Low Voltage PC Board Mount - Low Profile

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What is PROFILE

PROFILE is a term used in electronic components to describe the characteristics of a circuit.

This term is generally used in the electronic component manufacturing process and refers to the physical properties, components, characteristics, etc. of a circuit.

For example, in the case of a semiconductor chip, a profile describes the chip's structure, size, layer composition, connection structure, and element density.

Profiles are also used to describe the electrical characteristics of a circuit. These profiles can describe characteristics such as voltage, current, and frequency of a circuit.

Profiles provide important information for understanding the characteristics of electronic components, selecting appropriate components, and designing circuits.

Therefore, electronic component manufacturers provide product profiles to help customers select suitable components and design circuits.

Also, the profile of a circuit plays an important role in circuit design. Circuit designers consider profiles to optimize circuits, select components, and predict circuit performance.

Therefore, in electronic components, profiles play a very important role in component selection and circuit design.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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