2SK389C Search Results

2SK389C Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
Contextual Info: LSK389 ULTRA LOW NOISE DUAL N-CHANNEL J-FET Replace discontinued Toshiba 2SK389 with LSK389 The 2SK389 / LSK389 is a 1nV/√Hz single chip dual JFET Why use monolithic dual JFET instead of 2 single JFETS? 2SK389 / LSK389 removes significant cost for test screening time needed to match IDSS on 2 individual	Original	LSK389 2SK389 LSK389	PDF
2SK389 equivalent Abstract: LSK389 equivalent LSK389B 2sk389 LSK170A LSK389A 2SK389C ultra low igss pA Contextual Info: LSK389 ULTRA LOW NOISE DUAL N-CHANNEL J-FET Replace discontinued Toshiba 2SK389 with LSK389 The 2SK389 / LSK389 is a 1nV/√Hz single chip dual JFET Why use monolithic dual JFET instead of 2 single JFETS? 2SK389 / LSK389 removes significant cost for test screening time needed to match IDSS on 2 individual	Original	LSK389 2SK389 2SK389 equivalent LSK389 equivalent LSK389B LSK170A LSK389A 2SK389C ultra low igss pA	PDF

Catalog Datasheet

Type

Document Tags

PDF

Contextual Info: LSK389 ULTRA LOW NOISE DUAL N-CHANNEL J-FET Replace discontinued Toshiba 2SK389 with LSK389 The 2SK389 / LSK389 is a 1nV/√Hz single chip dual JFET Why use monolithic dual JFET instead of 2 single JFETS? 2SK389 / LSK389 removes significant cost for test screening time needed to match IDSS on 2 individual

Original

LSK389 2SK389 LSK389

PDF

2SK389 equivalent

Abstract: LSK389 equivalent LSK389B 2sk389 LSK170A LSK389A 2SK389C ultra low igss pA
Contextual Info: LSK389 ULTRA LOW NOISE DUAL N-CHANNEL J-FET Replace discontinued Toshiba 2SK389 with LSK389 The 2SK389 / LSK389 is a 1nV/√Hz single chip dual JFET Why use monolithic dual JFET instead of 2 single JFETS? 2SK389 / LSK389 removes significant cost for test screening time needed to match IDSS on 2 individual

Original

LSK389 2SK389 2SK389 equivalent LSK389 equivalent LSK389B LSK170A LSK389A 2SK389C ultra low igss pA

PDF