33100NH Search Results

HPL0603

Abstract: HPL1005 TFL0510
Contextual Info: TFL series, high-precision, thin-film chip inductors. An excellent inductance tolerance of Ϯ0.1nH and thickness of 0.4Ϯ0.1mm. Self-resonance frequencies of more than 1GHz and temperature coefficient of inductance from 0 to ϩ200ppm/ЊC are available. Our SMD components contribute to lead-free composition of electronics products.

Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

22nH

Abstract: 10nH TFL0510 05by SUSUMU
Contextual Info: TFL series, high-precision, thin-film chip inductors. An excellent inductance tolerance of +/-0.1nH and thickness of 0.4+/-0.1mm. Self-resonance frequencies of more than 1GHz and thermal coefficient of inductance from 0 to +200ppm/degree C are available. Our SMD components contribute to lead-free composition of electronics products.

Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

s11 021t

Abstract: PCAA041B RG1005 1005 Series samyoung "Humidity Sensor" Susumu RG series part Marking ps1608G PCAA031 SUSUMU RP Susumu RL series part Marking CYNTEC 25201B
Contextual Info: Rev.2009 Susumu World Group Companies About the Susumu Group S usumu was established in 1964 as a pioneer to mass produce thin film components for general purposes. For forty years Susumu has been continuously supplying thin film resistors to computer, telecommunication, peripheral, test equipment, automotive,

HPL0603

Abstract: HPL1005 TFL0510
Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

TFL0510

Contextual Info: TFL series, high-precision, thin-film chip inductors. An excellent inductance tolerance of Ϯ0.1nH and thickness of 0.4Ϯ0.1mm. Self-resonance frequencies of more than 1GHz and temperature coefficient of inductance from 0 to ϩ200ppm/ЊC are available. Our SMD components contribute to lead-free composition of electronics products.

RL0816-JMP

Abstract: LR0510 SE10255 HTC Korea Patent1921853 RL1632L4 electronic passive components catalog pioneer mosfet ic 007 HPL0603 CYNTEC Chip Multilayer Delay Lines
Contextual Info: Susumu World Group Companies About the Susumu Group S usumu was established in 1964 as a pioneer to mass produce thin film components for general purposes. For thirty-eight years Susumu has been continuously supplying thin film resistors to computer, telecommunication, peripheral, test equipment, automotive, and multimedia consumers. Recently chip inductors and

Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

HPL0603

Abstract: HPL1005 TFL0510
Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

Contextual Info: Thin Film Chip Inductor TFL Series 1.0 Description These 0805 and 0402 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1GHz and a very excellent rated current. The package size and

800MHzQ

Contextual Info: End of Life Notification for TFL Series Chip Inductors March 1, 2010 EOL Notification Please be aware that the TFL series of chip inductors will no longer be available after September 2010. The HPL series of chip inductors will still be available. Information on the HPL series

Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

Contextual Info: Thin Film Chip Inductors TFL Series 1.0 Description These 0805 and 0402 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1GHz and a very excellent rated current. The package size and

03024

Abstract: HPL0603 HPL1005
Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

Contextual Info: HPL, TFL series, high-precision, thin-film chip inductors. These 0805, 0402 and 0201 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1 GHz and high Q value and a very excellent rated current.

Contextual Info: TFL series, high-precision, thin-film chip inductors. An excellent inductance tolerance of +/-0.1nH and thickness of 0.4+/-0.1mm. Self-resonance frequencies of more than 1GHz and thermal coefficient of inductance from 0 to +200ppm/degree C are available. Our SMD components contribute to lead-free composition of electronics products.

HPL0603

Abstract: HPL1005 TFL0510
Contextual Info: TFL series, high-precision, thin-film chip inductors. An excellent inductance tolerance of Ϯ0.1nH and thickness of 0.4Ϯ0.1mm. Self-resonance frequencies of more than 1GHz and temperature coefficient of inductance from 0 to ϩ200ppm/ЊC are available. Our SMD components contribute to lead-free composition of electronics products.

Contextual Info: Thin Film Chip Inductor TFL Series 1.0 Description These 0805 and 0402 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1GHz and a very excellent rated current. The package size and

Contextual Info: Thin Film Chip Inductors TFL Series 1.0 Description These 0805 and 0402 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1GHz and a very excellent rated current. The package size and

Contextual Info: Thin Film Chip Inductors TFL Series 1.0 Description These 0603 and 0402 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1GHz and a very excellent rated current. The package size and dimensions make it very similar to the chip resistor products.

Contextual Info: Thin Film Chip Inductor TFL Series 1.0 Description These 0805 and 0402 size chip inductors are adjustment free due to their tight tolerance. Additionally, this part also offers a high self-resonance frequency of 1GHz and a very excellent rated current. The package size and

Contextual Info: TFL series, high-precision, thin-film chip inductors. An excellent inductance tolerance of +/-0.1nH and thickness of 0.4+/-0.1mm. Self-resonance frequencies of more than 1GHz and thermal coefficient of inductance from 0 to +200ppm/degree C are available. Our SMD components contribute to lead-free composition of electronics products.